JP2002120904A - Net recycle bin and article circulation promotion system using the same - Google Patents

Abstract

(57) [Summary] [Problem] To easily realize an efficient waste disposal system. A trash can according to the present invention includes: a container for storing and storing garbage;
Transmitting means for transmitting information on the measured amount of waste via a communication line. Or, moreover,
A transmission / reception unit, a display unit, and an information management unit are provided. [Effect] The amount of generated waste can be reduced, which can contribute to the reduction of local government waste disposal costs and the like.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an overall system for material circulation such as waste disposal, intermediate treatment and disposal, and reuse, recycling and disposal of used products, and sale of new products. The present invention also provides an effective marketing method for new product development using the material circulation system.

[0002]

2. Description of the Related Art At present, household garbage (raw garbage, bulky garbage, resource garbage, etc.) is to be sent to a station determined on the garbage collection date. Garbage is treated by tax regardless of the amount generated. There are a few municipalities that handle oversized garbage and recyclable garbage for a fee, but most municipalities are covered by taxes regardless of the amount. Transactions at each stage of product sales, reuse (reuse), processing (recycling), and disposal (landfill) are:
Generally, each is done in an independent market. Products are sold at retail stores (including mail order) that handle new products from manufacturers, and second-hand products are sold at recycle shops that receive and sell used products from consumers, and flea markets where consumers open their own stores. Etc. are sold. For the sale of used goods, mediation and auctions may be conducted on the Internet. For example, Japanese Patent Application Laid-Open
0-49592 and JP-A-11-25164.
In this method, a desired condition of a user is input for a used car, and a matching used car is identified with stock registration to specify and provide information. Another conventional example is disclosed in JP-A-11-66148. This describes the basis for calculating the purchase price of used goods.

[0003]

However, these existing systems have the following problems. First, in order to reduce the amount of garbage generated, the so-called 3R is realized "inexpensively and effectively" by reducing (reducing) the amount of waste in homes and businesses, and reusing resources that can be used and recycling resources that are discarded. It is widely recognized that it is important to: However, first, in reality, when looking at the amount of garbage generated, for example, as described above, the garbage disposal fee is often a fixed amount regardless of the amount, so incentives to reduce the amount of garbage are Eve did not work, and the amount of waste generated has not been significantly reduced. Conventionally, incentives in each household do not work because of management on the refuse collection side.

[0004] Secondly, bulky recyclables and recyclable wastes can be put out in Internet auctions if they can be reused. However, in reality, there is a willingness to exhibit on an auction site and the address on the Internet can be set to any address. If you do not know if there is an auction site, it will not be realized. In reality, existing Internet auctions have not yet penetrated society as a whole due to other factors such as quality assurance and poor quality of information provided. The goods market is not fully formed. Third, looking at the situation of occurrence of unnecessary goods from the viewpoint of a store-type reuse business such as a used goods store, even if unnecessary goods that can be physically used still occur, the unnecessary Efforts are needed to find a product taker, and often they do not know where the recycle shop that acts as the intermediary is located.
Conversely, from the emitter's perspective, it is generally difficult to know how to dispose of industrial products in recent years, even if they contain complex substances and contain harmful substances. Even if it is included, there is an aspect that it is disposed of as it is.

[0005] In order to solve the above problems, various measures are required to solve the following.

[0006] First, it is desired for waste dischargers to introduce an incentive system that has an economic benefit by reducing the amount of waste by making a fee such as a pay-as-you-go system. Similarly, it is desirable for a cleaning business management entity such as a local government to easily obtain information on the amount of waste generated for each discharger. This is because this makes it possible to clearly and transparently determine how to charge a processing fee according to the actual state of waste discharge. For these reasons, efficient measurement of waste weight is essential.

[0007] Second, it is necessary for a reuse business operator to be able to efficiently collect many types of unnecessary products of a certain quality or higher. This is because reuse sellers are not only less likely to attract customers if they have a low probability of providing products that meet the purchaser's purpose, but also have poor inventory and poor inventory accumulating if the product quality is insufficient. This is because business management deteriorates.

Thirdly, in order to comprehensively solve the above first and second problems, it is necessary for anyone having no particular knowledge to easily and reliably use garbage disposal and unnecessary products. It is required to establish a social system for reuse, recycling, disposal, etc.

An object of the present invention is to easily realize an efficient waste disposal system, thereby reducing the amount of waste generated and contributing to the reduction of waste disposal costs of local governments.

[0010]

SUMMARY OF THE INVENTION The present invention provides a container for storing and storing refuse, a weighing unit for measuring the amount of refuse in the container, and information on the amount of refuse measured via a communication line. And transmission means for transmitting the data.

[0011]

BEST MODE FOR CARRYING OUT THE INVENTION In the embodiment of the present invention, an innovative and advanced social system for material cycle transactions and concrete constituent means thereof are provided by introducing the following various means.

The present invention provides, firstly, a network-connected automatic weighing bin (hereinafter referred to as a net bin) and a network connection system using the same. This makes it possible to automatically sum up the data on the amount of garbage generated at each garbage generation point and household via a network. Thereby, charging according to the amount of generated garbage can be realized efficiently and labor-saving.

[0013] Second, the present invention provides an automatic intermediary transaction market according to the quality of used products, using the net trash can as an information terminal. Thus, according to the present invention, as long as the person who discharges the used product registers the information from the net waste bin, the reuse (reuse), recycling (intermediate processing and material collection), and disposal are performed according to the quality of the used product. (Landfill) priority is realized. The registration of the unnecessary item information using the net recycle bin is convenient in that it is not necessary to know where the auction site is, unlike the case where a conventional auction site on the Internet is searched and registered.

Thirdly, the present invention provides an advanced material recycling trading platform integrating a municipal waste disposal cost billing system and a used goods trading market as a total of the first and second aspects. Is what you do. The present invention is greatly different from the prior art in that the first and second functions are separated from each other. Many of these functions relating to material circulation are realized by information management means on a net recycle bin as an information terminal. It is integrated into one frontage. As a result, transactions related to waste discharge, reuse (reuse), recycling (recovery of materials by intermediate treatment), disposal (landfill), etc. of waste products are handled in a unified manner.
Reusable used products are more easily reused, and recyclable used products are more easily recycled, which has the effect of reducing the amount of waste disposed of. In addition, as described above, the frontiers of various transactions are integrated into one, making it very easy for garbage and unnecessary waste generators to access and process transactions, etc. regardless of the type of waste. It can be realized. In addition, this will allow a wide and large number of people to participate, which will further promote the transaction of used goods and reduce the amount of waste generated. Can be expected.

In the transaction management system of the present invention, the fourth
At the time of collection of unnecessary items,
Marketing data is input from the terminal and transmitted to the transaction management server. The marketing data relates to the cause of the unnecessary product, the degree of satisfaction of the product, the dissatisfaction, the next product to be purchased, and the like for the provider.
The system of the present invention has a form in which the marketing information can be provided to a maker terminal that can be connected to the transaction management server via a communication line. Collected,
Feedback can be provided to the manufacturer.

FIG. 1 is an overall configuration diagram showing one embodiment of a circulation system according to the present invention. This system is largely
Waste provided by the discharger and other items that are no longer needed and can be reused (hereinafter referred to as garbage, respectively, and the latter as provided goods 10 or unnecessary goods, used goods,
Second-hand goods, etc.) and a net trash can installed on the side of the discharger and connected to the Internet 90 via the home server 12 or the communication line 91 to notify the garbage or the occurrence information of the provided goods 10. 14 and the data of the state of waste generation are obtained to calculate the amount of the waste disposal fee charged by the discharger or his / her household, or the collection date, collection place, and discharge when the provided product 10 is discarded. A server 66 installed on the local government side for providing information such as a method, etc., and a transaction for mediating and managing transactions such as assessment, sale and disposal of the provided product upon receiving the occurrence information 92 of the provided product 10 A transaction management center 20 comprising a management server 21 and a group of related databases (hereinafter abbreviated as DB) connected to the transaction management server, and a communication line 91 and the Internet 90 Connectable to the transaction management server 21, and inputting the result information or the examination receiving the test method from the transaction management server for assessing the deliverables 10
Portable information terminal 13 used for transmission
And an information terminal that can be connected to the transaction management server 21 via the communication line 91 and the Internet 90, and is installed on the side of a purchaser 40 of a used item such as the provided item 40. And an information terminal 62 installed on the transportation business side in charge of transporting the provided product 10 after the transaction is restricted, and intermediately processing the provided product 10 by crushing and sorting to collect reusable materials. An information terminal 63 installed at the recycling company side and an information terminal 64 installed at the disposal company side that disposes the provided product by landfill or the like.
And an information terminal 65 installed on the rental company side for renting the provided product to a third party, and for subsequent transportation, intermediate processing, and disposal after being discharged from the provider when the 10 is discarded. A manifest management server 50 for managing the delivery of each stage, a server 61 installed on the maker side for providing an inspection procedure for evaluating the provided product 10 and new stock information at the maker or the dealer, and A settlement instruction server 69 for managing the settlement of a transaction, and a server 67 installed at the financial institution A, which represents the payment side of the settlement.
And a server 68 installed on the financial institution B side, which represents the settlement receiving side.

An outline of the operation method of the present system is shown below along this figure. First, the net trash box 14 provided on the side of the discharger (on the generation point 16 side) is a trash box provided with weighing means and communication means. It is also used for registering and transmitting the information on occurrence of unnecessary products. Since the net trash box 14 is provided with communication means capable of transmitting desired information, for example, the amount of garbage via a communication line, the amount of garbage for each household can be collected. In addition, since the means for measuring the amount of refuse is provided in the net trash box 14 itself, weighing can be easily performed.

As described above, there are two types of generation information 92 provided from the net waste bin 14 side, the first is information relating to the amount of waste generated or discharged, and the second is different from the first type of waste. For example, it is the generation information of the unnecessary home appliances such as the used home appliances which have become unnecessary and which can be reused further.

The former (first) information is the above-mentioned net trash 1
Collected at 4 and constitutes the above-mentioned information transmission path 10
The information is transmitted to the municipal server 66 which is responsible for garbage disposal, its management business, billing business and the like via 3, 12, 91 and 90. The details will be described later with reference to FIGS.
When the first information, that is, the waste generation status information, is received by the local government server 66, the local government server sets a waste disposal fee for each discharger or household based on the information. Or determine the amount. The configuration of the information processing system on the local government server 61 side for that,
The procedure of the garbage disposal fee charging calculation will be described later with reference to FIGS.

The latter (second) information is input by the terminal processing of the net recycle bin 14 by the provider, and constitutes an information transmission path 103, 12, 91, 9 as described above.
0 is transmitted to the transaction management server 21. The specific procedure will be described later with reference to FIG. In addition, this notification method may be a facsimile or a telephone instead of the Internet. In addition, the unnecessary product occurrence information 92 includes information on the occurrence schedule and the expectation of the unnecessary product. For example, the date on which the provider will perform the moving, inventory of the assets, cleaning, etc. It may be information. As an example, when the provider requests the transportation company to perform the moving, the transportation company side terminal 62 automatically generates the unnecessary product generation information 92 based on the moving reservation information, and It may be programmed so as to be transmitted / transmitted to the transaction management server 21. The system is realized, for example, as follows. That is, the provider accesses the homepage of the transport company from the information terminal 14 to the carrier who owns the information terminal 62 via the communication line 91 and the Internet 90, and sends e-mail, HTTP, F
When requesting a moving luggage transportation service by an information transmitting means such as a TP, upon receiving the electronic mail or the electronic information such as the FTP, the electronic mail is provided in the transporter side terminal 62 or the electronic information is received. With the attached software, information on the provider and the provided product such as the provider's name, e-mail address, and supposedly unnecessary products included in the moving transportation request information is extracted and is converted into electronic information such as e-mail and FTP. The unnecessary item occurrence information 92 can be transmitted by a system transmitted to the transaction management server 21 via the communication line 91 and the Internet 90. Alternatively, similarly, when the provider requests the moving service from the carrier, the provider connects to the website provided in the transaction management server 21 and through a link displayed on the website. This is realized by providing a website provided with a web application that automatically transmits the unnecessary product occurrence information 92 to the transaction management server 21 when the moving transport request information is transmitted to the transport operator terminal 62. You may.

When the transaction management server 21 receives the unnecessary product occurrence information as described above, an inspection staff member who performs an inspection for assessing the provided product 10 in response to the communication from the transaction management center 20 is generated. Dispatched to point 16. Preferably, the inspection personnel are employed by the transport operator or the transaction management center, but this is not necessary. Inspection and assessment of the offering 10 are generally performed as follows. That is, the provided product 10
The inspection personnel who visited the inspection of the transaction management server 2
1 carries the portable information terminal 13 connectable via a communication line 91 and the Internet 90. The information is transmitted to the transaction management server 21 via the communication line 91 and the Internet 90, and the transaction management server 21 performs a procedure of an inspection method for assessing the provided product according to the type information of the provided product 10 received by the server. The information is retrieved and retrieved from the assessment procedure database 30 connected to the transaction management server 21 via an electronic line, and the extracted inspection procedure information is returned to the portable terminal 13 via the communication line 91 and the Internet 91. In response to the received instruction information of the inspection procedure, the terminal 13 inspects the provided product 10 and inputs inspection result information to the terminal 13 at the terminal 13. And sending operation said test result information reply to the transaction management server 21 through the communication line 91 and the Internet 90, the test results the assessment procedure information is the transaction management server 21 that has received the DB30
In accordance with the information on the assessment procedure stored in the information processing apparatus, the assessment calculation for the provided product 10 is executed based on the test result information to obtain an assessment value or further information on a recommended transaction form (hereinafter collectively assessment result information), The assessment result information is returned to the information terminal 13 via the communication line 91 or the Internet 90, and the information terminal 13 displays the received assessment result information on a display screen provided in the terminal and sends the assessment result information to the provider. And the provider determines a desired transaction type and a desired transaction price of the provided product 10 with reference to the presented evaluation result information, and the inspector determines the desired transaction type and the desired price determined by the provider. Information such as transaction price (hereinafter, desired transaction method information) is input to the information terminal, transmitted, and returned to the transaction management server 21. These series of processing procedures will be described later in detail with reference to FIGS. 11 and 13. In a series of these exchanges, unique number information for the goods 10 to be traded is generated and transmitted on the transaction management server 21 side, and transmitted via the communication line 91 and the Internet 90. The terminal 13 receives and prints out the sticker 11 to which the barcode information corresponding to the unique number information is attached, and the inspector attaches the sticker 11 to the provided product 10, and According to the procedure, the transaction of the provided product 10 and the provided product 10 itself are integrally managed by the unique number. Furthermore, in addition to the inspection / assessment described above, the inspection staff receives an instruction transmitted from the transaction management server 21 to the terminal 13 and interviews the provider to collect marketing data. ,
It may be input to the terminal 13. The contents of the marketing data at this time are as described later in steps 18 to 190 in FIG. However, in FIG. 10, the provider himself / herself inputs the marketing data on the display screen (116 in FIG. 3) of the net recycle bin 14 and input means (11 in FIG. 2).
8), the marketing data is described here as an example in which the inspection staff uses the mobile terminal 13 to input the marketing data. In any case, in the present invention, the marketing information is provided along with the unnecessary product information provided by the unnecessary product provider. In addition, the information on the inspection procedure or the assessment procedure stored in the assessment procedure DB 30 is transmitted from the transaction management server 21 via the communication line 91 and the Internet 90 from the server 61 on the manufacturer side as the manufacturer of the provided product 10. The information may be transmitted to the assessment procedure DB 30 via an external device. The timing at which the inspection staff is dispatched for inspection of the provided product 10 may be determined based on the desired date and time received from the provider together with the unnecessary product occurrence information, or the transaction management center side or the inspection staff receiving the information on the desired date and time. May be determined, or if the scheduled date of occurrence is determined as in the case of moving as described above, the date and time prior to the scheduled date of occurrence may be determined by the provider or the transaction management center side or the inspection as described above. If it is determined according to the convenience of personnel, it is better as described later. After a series of inspections and assessments of the offering by the inspection personnel are completed as described above, the location of the offering 10 is stored at the point of occurrence 16 if it can be stored at the point of occurrence 16 as it is, and If it cannot be stored at 16, it is loaded on the transportation means 15 and transported to a storage place such as a warehouse or the like which the transport company or the transaction management center holds or contracts. For example, when the inspection / assessment cannot be conducted before the expected date of the move and the inspection / assessment is performed on the day of the move, or when the provider wishes to release the product from the hand on the day of the inspection / assessment. And the like fall under the former, and when inspection / assessment is conducted before the scheduled date of occurrence, etc., the latter falls under the latter. In the latter case, there is no need for the transport company or the company that manages the transaction management Santa 20 to keep inventory in its own warehouse, so no inventory cost is required, and transportation to the warehouse and transfer from the warehouse to the receiver are not required. There is an advantage that transportation costs can be reduced because transportation can be performed directly from the point of occurrence to the receiver without wasting transportation. The assessment result information and the desired transaction method information of the provider received by the transaction management server 21 are provided by the transaction management server 2.
1 is stored in the stock information DB 32 connected by an information line, and is connected to the recycle business side terminal 63, the disposal business side terminal 64, and the rental business connected to the Internet 90 via the transaction management server 21. The information is disclosed to the customer side terminal 65, the purchase applicant side terminal 40, and the like, and is provided to the market for electronic trading of unnecessary items. As this disclosure method, in accordance with the desired transaction method information of each data record stored in the stock information DB 32, provided product data for reuse and rental is extracted, and the purchaser side terminal 40 and the rental company are provided. It is preferable that the provided product data desired to be recycled is disclosed to the recycling terminal 63 and the provided product data desired to be disposed of is disclosed to the terminal 64.

The types of transaction forms of the provided product 10, which is a used product performed by the transaction management server 21, are roughly classified into reuse, recycling, and disposal. In reuse, a purchaser connected to the transaction management server 21 from the information terminal 40 via the communication line 91 and the Internet 90 purchases the provided product 10 from the provider and reuses it.
In recycling, a recycling company connected to the transaction management server 21 from the information terminal 63 via the communication line 91 and the Internet 90 performs an intermediate process for material recycling by a method such as crushing and sorting the provided product 10. In this case, the provider pays a recycling processing fee to the recycling company. In the disposal, the transaction management server 2 is transmitted from the information terminal 64 via the communication line 91 and the Internet 90.
The disposal company connected to 1 disposes the provided product 10 by landfill or the like. In this case, the provider pays a disposal fee to the disposal company. Alternatively, in a transaction such as rental, for example, in a rental transaction, a rental company connected to the transaction management server 21 from the information terminal 65 via the communication line 91 and the Internet 90 purchases the product 10 from the provider, and obtains the third party. Lending to paid or free. In this case, the flow of payment is different from reuse, but is the same as reuse in that the rental company purchases the provided product 10 and reuses the provided product. In the transaction management server 21, the provided product 1 is
A method of determining which of the above three types is preferable as the transaction type of 0 and a recommended transaction type is determined. For example,
The priority of reuse, rental, recycling, and disposal may be determined according to the quality of the assessment value. As a simple example, at least three or more assessment values are determined based on the inspection result information described later with reference to FIG. It is preferable that the evaluation result is determined to be reused or rented if the assessment result is the first grade, recycled if the assessment result is the second grade, or disposed of if the assessment result is the third grade. Alternatively, with reference to a transaction history DB 31 described later with reference to FIG. 4, provided products of the past appropriate period that are the same or similar in type to the provided product 10 and have the same evaluation value (hereinafter, referred to as
It is more preferable to decide with reference to the data of the transaction form at the time of closing the transaction of the past similar offer). Specifically, for example, the transaction history DB 31 is searched to extract the transaction records of the similar products in the past, and the number of contracts for each transaction type is counted, and the transaction type with the highest contract frequency is selected. Or, similarly, the transaction history DB 31 is searched to extract the transaction records of the past similar offerings, and the relationship between the assessment value and the transaction closing form is analyzed in a time-series manner to obtain the assessment value for the offering 10. A well-known statistical processing method such as estimating a suitable transaction closing form may be used. Alternatively, as another method, an automatic intermediary transaction procedure as shown in FIG.

When the transaction of the provided product 10 provided to the electronic transaction market is completed in this way, the transaction management server 2
1 generates transport instruction information for transporting the provided product 10 to the recipient to the transport operator terminal 62, and transmits and transmits the information via the communication line 91 and the Internet 90. The transport instruction information includes information such as the provided product 10, the shipping source, the recipient, and the date and time of transportation. Here, the sending source is the warehouse, if the provided product 10 is stored in a warehouse or the like of the transport company, depending on the location of the provided product 10, and the origin of the provided product 10 If it is located at 16, it is the point of occurrence. In addition, the recipient here refers to the recycling company, the disposal company, the rental company, or the purchase applicant who has concluded a transaction contract with the provider for the provided product 10. The transportation company receives the transportation instruction information at the terminal 62, and transports the provided item 10 from the generation point 16 to the recipient by the transportation means 15.

The settlement instruction information is transmitted from the transaction management server 21 to the settlement instruction server 69 in accordance with the form of the transaction. The settlement instruction information differs depending on the form of the settlement.For example, in the case of reuse, the purchaser's financial institution is instructed to pay the purchase price from the purchaser's account to the provider's financial institution account. Instructs the financial institution on the provider side to pay for the purchase price from the rental provider's account to the provider's financial institution account, and in the case of recycling, the provider's financial institution financing from the provider's account to the provider's financial institution In the case of disposal, this is information for instructing the provider's financial institution to pay and settle the disposal fee from the provider's account to the disposal institution's financial institution account. The settlement instruction server 69 receives the settlement instruction information transmitted from the transaction management server 21 via the communication line 91 and the Internet 90, and pays the various charges or fees according to the contents of the settlement instruction information. The contents of the settlement instruction are transmitted from the server 67 of the financial institution A having the original account to the server 68 of the financial institution B having the account on the receiving side via the communication line 91.
And transmission and transmission via the Internet 90, whereby payment from the payment source account of the financial institution A to the receiving account of the financial institution B is settled. In the operation of the transaction system, a fee such as a fixed rate or a fixed amount of service fee or a membership fee paid at regular intervals according to the transaction volume in each transaction is charged to the account on the payment side related to the transaction or It is preferable that payment is made from at least one of the accounts on the receiving side to the account on the operating company side of the transaction management center 20. Further, when the provided product 10 is stored in the warehouse of the transport company or the operating company of the transaction management center as described above, the storage fee related to the storage is changed from the account of the provider to the operating company of the warehouse. Will be paid to the side account. Furthermore, regarding the collection of marketing data realized by the present system, at least one of the account of the company of the transaction management center, the account of the transportation company, or the account of the inspection staff from the account of the manufacturer of the provided product 10. Marketing commission is paid,
It is more preferable that a marketing cooperation fee is paid from the manufacturer account to the provider account. These settlement instructions are transmitted from the transaction management server 21 to the settlement instruction server 69, and the procedure of the settlement is the same as in the case described above. The marketing cooperation money may be realized in a broad sense in the form of return of service points, and in this case, the payment source is not limited to the manufacturer.

The transaction management server 21 is connected to a manifest management DB 50 that manages the issuance of a management slip (hereinafter, manifest) for managing the delivery of the waste and the delivery thereof. It also issues manifests. The transaction management server 21 stores such transaction records in a transaction history database 31 (hereinafter, the database is referred to as DB).
The inventory information DB 32 extracted for inventory transactions as needed, the transaction history DB 33 for reference to pricing in transactions, and the user for customer management DB37 and transaction history D by user
B34 and a marketing information DB 35 for use as marketing information. Further, since the marketing information DB is connected to the server 61 of the maker which is the manufacturer of the provided product 10 via a network, the marketing information DB can be used for marketing from the server 61 of the manufacturer which is the manufacturer of the provided product 10. It is possible to acquire marketing data collection instruction procedure information such as questions in collecting data, and transmit the obtained result to the maker server 61. Here, the marketing information DB 35 has been described as being located in the transaction management center, but the marketing data collection instruction procedure information and the like may be stored in the server 61 of the maker. One example of the information processing procedure in such a case will be described later with reference to FIG.
0 as described. Transaction management server 21
Garbage discharge information such as the garbage discharge method set by the local government in charge of garbage disposal, that is, information such as the type of separation for each local government, the collection date of each district, and the inquiry window (hereinafter, discharge method guide information) 3 to provide to the elderly
6 is provided. These discharge method guide information is obtained because the discharge method guide DB 36 is connected to the local government server 66 via the communication line 91 and the Internet 90 from the transaction management server 21 connected to the DB. It is obtained by information communication with the local government server 66. This allows the waster, who discharges garbage or provides unnecessary items, to check the information on the type of separation and the collection date and time associated with the garbage discharge, and to set the date on which the garbage that is not regularly collected, such as oversized garbage, should be collected. Or enter information. The discharge method guide DB 36 does not need to be connected to the transaction management server 21 and may be connected to the local government server 66 and connected to the server 66. An example of such a case will be described later with reference to FIG. Further, in this case, in place of the discharge method guide DB 36 under the transaction management server 21, it is sufficient that there is link information that provides access to the discharge method guide DB under the local government server 61. The link information referred to here is the transaction management server 2
This is information that provides the local government server or the network address information of the discharge method guide DB 36 to the accessor to the server 1 and switches the connection destination from the transaction management server to the local government server 61. For example, it can be realized by a link on an Internet homepage.

The business entities involved in the transaction system described above are not limited to the illustrated example. For example, a business entity that purchases or repairs the provided product for a fee and sells or rents it to a third party, In the same way as the business entities 62, 63, 64, etc., the business operator such as the service provider of the repair parts or the brokerage business of the repair parts also has the main circulation system via the communication line 91 and the Internet 90. And the business entities involved in the recycling system thus comprehensively refer to any business entity involved in the trading of waste, unnecessary or new products. In addition, the various transactions in the above-mentioned circulation system are shown in FIGS. The marketing information DB 37 is a database that stores both instruction information of a marketing information collecting procedure and information of a result of collecting marketing data.

FIG. 2 is a structural view showing an example of the net trash box 14 according to the present invention. (A)
As shown in the figure, the automatic weighing means 101 and the information management means 1
02, a container 104 placed on the automatic weighing means and storing garbage therein, and a power supply unit 10
1 and information display means 116 for displaying the results of weighing by the weighing means and the like. The connection to the outside is made by connecting the information management means 102 to the home server 12 via the communication line 103. As shown, it is connected to the Internet 90 via the communication line 91. Although FIG. 1A shows a trash can for weighing one type of trash, a plurality of containers 104 may be provided as shown in FIG. Needless to say, the lid 105 may be divided according to the type of discrimination.

In the system using the net recycle bin 14,
The weight of the refuse stored in the container 104 is measured by the automatic weighing means 101. The weighed weight data is transmitted to the home server 12 via the communication line 103 through information processing and information transmission in the information management means 102,
A part of the information or other information described later is transmitted to the information display means 108 and displayed as needed.

As a specific example of the automatic weighing means 101 in the present net trash box, a known weighing technique may be used. For example, an electronic balance which measures weight and outputs weighing data as electronic information is preferable. However, the present invention is not limited to this, and the measurement may be performed by, for example, a known light amount measuring device. The content of the measurement is not limited to the weight, but may be a volume or a unit having a physical unit obtained by combining them (for example, measuring the density and the volume). The communication line 103 may be, for example, a LAN cable, a wireless LAN, or any other known data transferable wired or wireless communication line or power line carrier. Alternatively, as the connection destination of the communication line 103, the communication line 103 may be a telephone line, and the line 103 may be connected to the Internet 90 through a dial-up connection using a normal modem. The power supply unit 106 is a unit that supplies power, and specifically, a unit that stores a battery and uses the power of the battery,
Alternatively, a known device such as an AC adapter connected to an AC power supply may be used. The display means 116 is preferably a liquid crystal display unit. In particular, as described later, in a case where the net recycle bin has a function of registering unnecessary items and a function of collecting marketing information, a liquid crystal of a touch panel type is used. It is more preferable if there is. In this case, the provider can conveniently input the unnecessary item information and the marketing information by touching the options of the information displayed on the screen, the numeric keypad, the character input panel, and the like. However, since the touch panel type liquid crystal panel is expensive, the display means 116 may not be a touch panel type liquid crystal, and the net trash box 14 may be provided with some information input means 118 (omitted in the figure) instead. As the information input means 118, for example, a button or a reduced keyboard similar to those used in a known calculator or electronic dictionary terminal may be used. Here, the reduced keyboard is a keyboard in which input buttons having a size of about 3 mm × 7 mm to about 10 mm × 10 mm corresponding to 50 sounds or letters of the alphabet are densely arranged. This size is shown to indicate the average size of the reduced keyboard, and it goes without saying that this size does not define or define the specifications of the reduced keyboard. The display means 116 is not necessarily limited to the above-described case in which only the function of displaying the measurement result of the garbage is required as the function of the net trash box 14. It may be a measuring device that measures the weight of the refuse to display the water head surface and a mechanical structure that also has a display function. FIG. 2 is an example for illustrating the concept of the configuration of the net trash can of the present invention. The container 104, the automatic weighing means 101, the information management means 102, and the power supply unit
The physical positional relationship such as 6 is not limited to the arrangement of the figure,
As long as the trash can has a garbage amount weighing function and a weighing data transmission function, the shape may be any arrangement of parts.

Automatic weighing means 10 in the net waste bin 14
For example, the method of determining the amount of waste in 1 may be as follows.

That is, for example, as a first method, the amount of dust can always be grasped by measuring the amount of dust in an empty state only in a container and setting the value at this time to zero so-called zero point adjustment. Alternatively, as a second method, continuous time-series data of the weighing data may be acquired, and for example, a decrease in the weighing data before and after the collection time zone of the garbage collection date may be used as the garbage discharge data. Alternatively, when the waste ejector presses the switch that activates the weighing and weighing result recording / sending functions provided in this net trash can at the time of discharge on the predetermined garbage collection day, weighing is performed, and weighing data is required. May be recorded and transmitted. In this method, the net recycle bin does not need to be energized at all times, and is energy saving. Alternatively, in addition to constantly measuring and grasping the amount of waste as in the first method,
When the discharger presses the registration button at the time of discharging the waste, the waste amount at that time may be transmitted as the discharge amount data separately from the generation amount trend. The registration button may be physically provided on the net waste bin 14, or may be arranged as a touch button on the liquid crystal touch panel. Of the above methods for grasping the amount of waste, as shown in the latter two examples, the waste discharger presses a button (hereinafter, referred to as a discharge registration button) at the time of discharging the waste, whereby the discharge amount data is obtained. This method is useful because it can take measures to prevent garbage emission data from being fraudulent, as described below. A signal or the like may be issued on the scheduled collection date or the previous day to notify the user of the collection date.

The refuse disposal system using the net trash box 14 realizes a system for calculating and charging a refuse disposal fee according to the amount of refuse as shown in FIGS. 7 to 9 described later. Need to prevent fraud.
Unauthorized is, for example, the case where garbage not weighed in the net trash box 14 is discharged to the garbage collection place, or only a part of the generated garbage is weighed in the net trash box 14 and discharged to the garbage collection place. If the weighing data is made smaller than the actual data by combining the garbage, or if the garbage disposal unit price (charge per weight) differs depending on the type of garbage, the sorted garbage with a higher unit price is sorted at a lower unit price. This is to put the waste in the waste container 104 so that the waste disposal charge is lower than the actual amount. In order to prevent such fraud, the net recycle bin 14 is further provided with a barcode-seal output means 119 as an identification member.
(Not shown in the figure), the seal output unit 119 converts the information of the ID number for identifying the net trash box or the discharger (for example, 124 in FIG. 5) into a bar code, and the measurement result information of the refuse amount. It is good to have the function which gives the information of the above to a seal. The seal output unit 119 operates to output the seal when the garbage discharger presses the discharge registration button upon discharging the garbage as described above. The garbage discharger attaches the seal to the garbage bag containing the garbage when discharging the garbage, and then discharges the garbage to a predetermined garbage discharge place (hereinafter referred to as a collection point) such as a neighborhood association. The attachment of the seal may be a trash can structure that is automatically performed when the seal is output. When a collection vehicle such as a packer truck comes to the collection point and collects the refuse, only the refuse bag attached with the seal is collected. Also, since the information of the weighing result registered as the amount of garbage is described on the seal, it can be easily confirmed whether there is no difference between the registered amount of garbage and the amount of garbage in the actual garbage bag, and Since the information of the discharger is given to the user, the discharger can be specified when there is any fraud. In a simple case, the presence / absence of fraud can be determined by the collection worker comparing the written weight of the seal with the amount of the garbage when collecting the garbage. When certainty is assured, at the time of refuse collection or prior to refuse disposal, garbage bags may be weighed one by one and compared with the value described on the seal. As a good example, in an intermediate treatment facility such as a refuse incineration plant, at the stage where refuse is stored prior to refuse disposal, a check means comprising a weighing means and a barcode seal reader is introduced, and the refuse amount is measured by the weighing means. Is weighed, the bar code seal reader reads the weighing data at the time of the garbage discharge registration, and the weighing data and the read data may be automatically collated. Since the result of collation of both data may be slightly shifted due to liquid leakage from the garbage bag or measurement error, it is needless to say that the determination of improperness may be allowed up to the shift width determined by a certain method. . As described above, in the garbage disposal fee management system using the net trash can, by providing the barcode-attached sticker output means 119, it is possible to more accurately grasp the garbage amount for each discharger while preventing fraud. it can. Although a means for outputting a sticker with a bar code has been described here as an example of the output means 119, the output object may not be a sticker with a bar code. Any given medium may be used as long as it is an identification member that can be attached to or put in the garbage bag and can read such information.

The outline of the hardware configuration and information processing in the information management means 102 will be described with reference to FIG.
The hardware configuration of the information management means 102 is, for example, as shown in the figure, a system timer 111 capable of outputting date and time information, and a weighing means 112 which weighs refuse in the weighing tank 104 and outputs weighing result data. And information on the destination network address and garbage disposal unit price registered for each type of goods as required when updating such information, when introducing the system, etc. Receiving means 113 for receiving the information of the information transmission destination network address, the information of the waste disposal unit price, the information of the registration procedure of the unnecessary goods, etc. Information storage means 114 for storing and recalling and using the information as needed; By processing receives information output from and information storage means 114, followed by the information display means 116
Information processing circuit 1 for outputting to the information transmission means 117
15, information display means 116 for receiving and displaying the information output from the information processing circuit 115, and information for receiving the information output from the information processing circuit 115 and transmitting the information to the destination network address It comprises a transmission means 117. Although not shown in the drawing, the net trash box 14 may further include a barcode seal print output unit 119 as shown in FIG. The information display means 116 is preferably a touch panel type liquid crystal as described above with reference to FIG. 2, but if a display screen of another type is used, the information management means 102 is provided with the information input means as described above. 118 (omitted in the figure). Also, this figure shows a functional configuration. For example, the information receiving means 113 and the information transmitting means 117 are described separately. However, in practice, the same part may be formed as the information transmitting / receiving means. The actual configuration of the components and devices may be such that the above-described functions are fulfilled.

The information input / output / managed by the information management means 102 is diversified, but mainly deals with the following six functions. (1) Monitoring of garbage generation / discharge status (2) Provision of charge information related to the amount of refuse generated (3) Registration of unnecessary products (4) Inspection of unnecessary products (5) Notification of transaction results of unnecessary products (6) Marketing data For details of each of these, the monitoring of the waste generation status in (1) is shown in FIGS. 4 and 5, the provision of the fee information related to the generated waste amount in (2) is shown in FIGS. 6 and 7, and (3) 10 and 12 show the registration of unnecessary items in FIG. 10, and FIG. 11 shows the inspection of unnecessary items in (4).
The notification of the transaction result of the unnecessary product of (5) is shown in FIGS.
Then, the collection of marketing data of (6) is shown in FIG.
Each will be described later. The protocol of the information transmitted from the information transmitting means 11 may be a known protocol, and for example, the TCP / IP protocol used most recently as the Internet communication protocol is the most suitable.

Referring to FIG. 4 and FIG. 5, the above-mentioned (1) relates to the function of monitoring the state of waste generation or the management of the amount of waste.
The procedure for generating the garbage amount data will be described. In the information processing circuit 115 provided in the information management means 102, information processing according to a procedure as shown in FIG. 4 is performed in order to monitor a garbage generation state, and generation state data as shown in FIG. 5 is generated. Is output to the information transmitting means 117.
That is, as shown in FIG. 4, the information processing circuit 115 acquires date and time information from the system timer 111 in step 131, acquires the weighing data of the refuse weight from the weighing unit 112 in step 132, and acquires Step 134 is to acquire ID information for identifying a garbage discharger or a discharge household (hereinafter, discharger ID) from the information storage means 114.
In step 13, a destination network address of the garbage information is acquired from the information storage unit 114 (in this case, the municipal server 66 that manages garbage information of a municipal cleaning station or the like).
In the information processing circuit 115, as shown in FIG. 5, the destination network address 121, the source network address (in this case, the network address of the net recycle bin 14) 122, and information 1 representing the type of data as shown in FIG.
23, the discharger ID information 124, the date and time information 12
5, data 126 on the type of article, and the weighing data 127
Is generated, and in step 136, the occurrence status data is transmitted from the information transmitting means 117 to the destination network address 121. In addition, here, the generation situation data for constantly grasping the generation situation of garbage was explained as an example, but the following explanation is also included, including the case of garbage collection date etc. Similarly, data can be generated and transmitted.

The information 123 indicating the type of the data is information for distinguishing that the data is waste measurement data and is not registration information or marketing data of an unnecessary product (supplied product 10) described later. It is. In order to distinguish these pieces of information, for example, the measurement data of the waste is 1, the registration data of the unnecessary product is 2, the inspection information data of the unnecessary product is 3, the marketing data is 4, and so on. It is good to give an identification code to a condition. The article type data 126 is, here, information for identifying the type of waste separation. Specifically, for example, garbage is 1, paper trash, plastic trash is 3,. For example, an identification code may be given. The order of arrangement of each data shown in FIG. 5 is an example, and the present invention is not limited to this. Further, the configuration of the occurrence status data is minimal, and the information 121 of the destination network address and the discharger ID information 12
4, the date and time information 125, and the weighing data information 127
Anything should be good. The timing of weighing by the weighing means 112 can be roughly divided into two methods as follows, and either method may be adopted. The first method is a method in which measurement data is acquired online by energizing constantly. In this case, the local government-side server 66 can monitor the transition of the state of waste generation in real time, and accurately grasp and predict the amount of waste generation by region in seasons when the amount of waste is large, such as at the end of the year, at the beginning of the year, or during consecutive holidays. As a result, efficient and smooth waste collection and disposal can be realized. Alternatively, if it is only necessary to grasp the actual amount of waste generated, automatic weighing can be performed for a certain period of time before and after the collection period of the garbage on the garbage discharge date. The reduced minimum weighing data may be detected, and the amount of waste discharged may be specified based on the difference between the two. At this time, the program setting method of the operation time is, for example, the local government server 66
Alternatively, the instruction information of each time of the start and end of the weighing operation is sent in advance from the municipal garbage disposal management server for the municipal waste management server to the information receiving means 113 of the net trash box 14 via the Internet 90, and the information storage means 1
14, the operation of the weighing means may be controlled based on the stored information. Alternatively, instead of registering in advance in the information storage means, the local government server 66 transmits information for instructing operation at any time interval at which the weighing data is to be obtained, and controls the local government server 66. May be. In the second method, normally, the net recycle bin 14 is in a standby state or a power-off state and is not weighed, and the weighing function is operated by a button or switch operation only when weighing is necessary, and the weighing data is transferred. How to get. For this purpose, a button 107 (FIG. 7) for instructing weighing on the surface of the net trash can is provided.
May be provided. The time when weighing is required here is when refuse is discharged on the day of refuse collection. In this method, since the weighing is performed only when necessary, there is an advantage that the power consumption of the net trash box 14 can be small.

With reference to FIGS. 6 and 7, the provision of the fee information relating to the generated waste amount in the above (2) will be described.

FIG. 6 is an example of a screen for displaying the current amount of waste generated in the net waste bin of the present invention and the related waste disposal fee. A display screen 116 provided on the net trash box 14 displays the amount of refuse generated as a result of the weighing and the refuse disposal fee associated therewith. 107 is a button for displaying such information. In the case of this example, the display screen is normally off and the button 10
By pressing 7, information is displayed. In this example, as shown in FIG. 2B, the net garbage bin 14 stores two types of garbage (in this case, garbage and paper garbage). In this example, the weighing result and the waste disposal fee are displayed. In this example, the display screen 116 is shown in a diagram provided on the side surface of the net waste bin 14, but the position of the display screen may be anywhere, for example, even on the lid 105 of the net waste bin 14,
Good visibility and operability. Alternatively, as will be described later with reference to FIG. 18, only the display means may be separated as a display terminal and hung on an indoor wall or the like. Also, the contents of the display screen 116 of the net garbage spot 14 are not specified in the description of the figure, but as described later, for example, (1) guidance on a method of separating and discharging garbage by a local government, (2) Utilization of the net recycle bin described in the present invention, such as registration of the occurrence status of unnecessary products, (3) support for inspection / assessment of unnecessary products, (4) notification / display of transaction results of unnecessary products, and (5) support for collecting marketing data. It covers general menu screens necessary for realizing each of the services provided, display of input instructions and response information according to the input results, and the like.

FIG. 7 shows an information processing procedure in the information processing circuit 115 provided in the net trash box 14 for realizing the display of the weighing information and the garbage disposal fee on the display screen 116. I have. In the information processing circuit 115, the measurement data of the refuse weight is obtained from the weighing unit 112 in step 161, and the information storage unit 11 is obtained in step 162.
4, the pre-stored waste disposal unit price data is obtained, the weighing data is converted into a refuse disposal fee in step 163, and the weighing data and the refuse disposal fee are transmitted to the display means in step 164. The conversion to the waste disposal fee in the step 163 is performed by multiplying the waste weight by the waste disposal unit price. When the garbage is separated and stored in the plurality of weighing tanks 104 in the net trash box 14, the information on the refuse disposal unit price is also different for each type of separation. The provision of the waste disposal unit price data previously stored (stored) in the information storage means 114 is performed, for example, by the local government server 66 or a waste disposal management server instead of the communication line 91 and the Internet 90. , The home server 12, and the communication line 103, the communication is transmitted to the information receiving means 113 of the net waste bin 14. The timing may be updated and communicated / transmitted as necessary whenever the waste disposal fee is revised or the year changes. Alternatively, the information may be stored in the information storage unit 114, and may be communicated and transmitted from the local government server 66 via the communication path as needed. Alternatively, in addition to the refuse disposal fee (or instead of the refuse disposal fee), information on environmental load, for example, information such as the amount of CO2 emission related to refuse disposal is displayed on the display screen 11.
6 may be displayed. In this case, in addition to the information on the waste disposal unit price, information on the environmental load per unit waste (hereinafter referred to as an environmental load basic unit) is stored in the information storage unit 114 in the same manner as described above, and In 163, the weight of the waste is multiplied by the unit of environmental load. The term "environmental impact information" as used herein means not only the above-mentioned CO2 emissions but also dioxin emissions data from incineration, or index values such as tax rates if environmental taxes related to waste disposal are introduced. Any information may be used as long as the information is used for estimating or evaluating the influence of the waste from the relationship with the waste amount.

With the communication network system in which the net waste bin 14 of the present invention is introduced, the municipal cleaning office or the garbage disposal fee charging department (hereinafter referred to as the municipal government) can use a pay-as-you-go garbage disposal fee system. It is possible to efficiently construct a management system for waste generation and processing status (hereinafter, referred to as a local government waste management information management system). This will be described below with reference to FIGS.

FIG. 8 is a functional block diagram showing an example of the information processing system of the local government server 66 for realizing the above-mentioned local government waste processing information management system. The local government server 66 is connected to the Internet 90 via a communication line 91, and receives the garbage generation amount data shown in FIG. And the received data on the amount of garbage is received on an information processing chip or a circuit board.
Information processing is performed by a waste disposal cost calculation circuit 143 for each discharger, a waste amount identification circuit 144 for each generation point, and a collection plan planning circuit 149 provided in the information processing means 142 composed of software or the like, and a waste disposal cost bill output device is provided. 147 and the display device 148.

The waste disposal cost calculation circuit 143 for each discharger
The information processing in is as follows. That is, first, the waste storage fee calculation data storage unit 145 stores waste disposal fee data per waste weight (hereinafter referred to as a waste disposal unit price) and data required for individual household waste disposal fee billing calculation described later with reference to FIG. The waste disposal cost calculation circuit 14
3 receives the occurrence status data (FIG. 5) transmitted from the receiving means 141, classifies the data by the discharger ID 124, and discharges the data for each unit period of charging (for example, monthly or once a year). The waste generation amount for each waste generator ID 124 is totaled, and based on the totaled waste generation amount value and the waste disposal unit price information, the waste disposal fee charging amount for each discharger is calculated by a calculation method such as multiplying the two. The output is calculated and output, and the waste disposal cost bill is printed out by the device 147.
The output content of the device 147 is not limited to the invoice, but may be anything as long as it is a result of a wide range of calculation processing using the garbage measurement data 127 for each of the discharger IDs 124, such as an environmental load associated with the garbage processing and a calculated value of an environmental tax. Good. Further, the output device 147 is not necessarily required to output a print, but may output information to another information processing system, for example. Examples of other information processing systems here include a local government utility bill processing system, a tax processing system, a statistical information recording system, and a data server for information disclosure.

The information processing in the waste point-specific waste amount identification circuit 144 is as follows. That is, database 1
In 46, location information for each of the discharger IDs 124 is registered in advance, and the waste point-specific waste amount identification circuit 144 stores the discharger information included in the generation status data (FIG. 5) transmitted from the receiving means 141. The ID information 124 is extracted, the information of the ID 124 is used as a key to search the database 146 to obtain the location information of the corresponding occurrence point, and the location information and the weighing data 127 are mapped and output on an electronic map. , On the display screen of the display device 148. The mapping and the display method are, for example, to collectively display numerical data figures by generation point or by group of generation points such as a neighborhood association, or to generate the generation amount for each collection base or the generation density for each district (per unit area). The amount of garbage generated) and the rate of generation (the amount of garbage generated per unit area per day) may be displayed in different colors.

In the collection planning circuit 149, based on the information on the amount of waste generated for each area, which is compiled by the waste amount identification circuit for each generation point, the transportation efficiency is determined under the conditions of the waste collection schedule and the number of vehicles. Developing a transportation plan for the number of garbage collection vehicles, collection order, collection schedule, relay method, destination, etc. that optimizes garbage collection. The drafted plan is also displayed on the display device 148, so that a recovery plan for the situation of waste generation can be confirmed on the screen, and the screen information can be printed out or the screens 90 and 9 can be displayed.
Output as electronic information via a network consisting of
It may be transmitted to a terminal of a garbage collection company (for example, 62 in FIG. 1) and transmitted as collection request information. The above-mentioned collection planning circuit 149 is not necessarily required for garbage collected on a regular route such as garbage, but is a collection plan for garbage collected irregularly such as oversized garbage. Is effective. In addition, by visualizing the state of waste generation on the display device 148 as described above, not only during normal times but also when the amount of waste generated increases, for example, during the year-end and New Year holidays or long-term holidays, the area can be identified in advance of waste collection. Since another waste generation amount can be grasped, there is an effect that an efficient waste collection and treatment plan can be established and the waste treatment system can be operated.

The discharge method guide database 36 includes:
This is to guide the garbage discharger when he or she does not know the garbage discharge method. The database 36 stores the type of garbage separation, the collection date information for each area, the contact telephone number and e-mail address information of the inquiry, and the like. This discharge method guide database 36
The discharger uses the display means 116 and input means 118 of the net waste bin 14 or any Internet connection terminal (for example, a personal computer) owned by the discharger in order to confirm the unknown matter relating to the waste discharge. A guide information extraction circuit which is referred to when accessing the local government server 66 via the nodes 91 and 90, and is provided in the information processing means 142 and is used for information retrieval in the DB 36 and extraction / presentation of necessary information. 140, necessary information is extracted,
At 41, it is transmitted to the terminal on the provider side.
This allows the waster, who discharges garbage or provides unnecessary items, to check the information on the type of separation and the collection date and time associated with the garbage discharge, and to set the date on which the garbage that is not regularly collected, such as oversized garbage, should be collected. Or enter information. Further, the guide DB 36 has a list in which items of a large number of assumed wastes and classifications to which the wastes belong are classified. It is still more preferable that the classification information can be specified for the transmitted information on the discarded goods by referring to the guide DB 36 and the reply information to be returned to the terminal on the discharger side can be generated.

The present embodiment described above shows an example of the functional configuration of the local government server 66. Even if the actual configuration of the information processing apparatus is different from this, the above functional configuration is realized. It is sufficient that the various circuits, databases, devices, and the like shown in the above 141 to 1478 need not be integrated on one server side, and can be connected to any location on a network connectable via the communication line 91 or the Internet 90. May be dispersed in the same manner, and similarly, each of the above circuits is described as a circuit in order to easily explain the function, and does not mean that each circuit is mounted as an independent circuit component, It only needs to be implemented as software at an arbitrary place on the network. In this example, the bureau in charge of cleaning services and the department in charge of garbage disposal fees are referred to as municipalities in this example. It refers to private businesses that have received this.

FIG. 9 is a flow chart showing an example of a waste disposal charge calculation procedure in the local government server 66 of the circulation system of the present invention. The waste disposal waste cost calculation circuit 143 in FIG. It shows an example of the flow of processing. Step 151 is a step of summing up the collected amount data of each house / separation type. In this case, the waste processing cost calculation circuit 143 which is received by the receiving means 141 in FIG.
Receiving the occurrence status data (FIG. 5) transmitted thereto, classifies the data into the discharger IDs 124, and generates the discharger I for each charging unit period (for example, monthly or once a year).
D124 The amount of waste generated for each garbage classification type is totaled.
Each table 155 in the figure shows data compiled for each emitter ID, and A, B, and C in the table indicate classification types. Step 152 is a statistical processing step, in which statistical processing is performed on the data on the amount of generation for each discharger ID and classification type during the charging unit period (one year in the figure), and the average value, maximum value,
Statistical data such as the minimum value and standard deviation are collected, and a histogram of the generation amount (frequency distribution diagram of the generation amount) is created. Step 153 is an extraction step in which, for example, based on the histogram of the generation amount, a discharger ID whose emission amount is larger or smaller than a certain range is extracted. It is desirable that the amount of garbage discharged here is converted to the amount of garbage discharged in consideration of the number of households. This process collects a fixed amount of waste in advance as a method for collecting waste disposal charges, and then, depending on the actual amount of waste, adds or shorts or returns the amount of waste, This is for data collection when tax reduction or taxation is performed by shaping certain points according to the actual results.However, the collection method of the waste disposal fee charges all in proportion to the actual amount of emissions Cases are not always necessary. Step 15
Reference numeral 4 denotes a billing calculation step, in which the waste generation amount data tabulated by the discharger ID and the classification type and the data of the waste disposal unit price obtained from the waste disposal billing data storage means 145 shown in FIG. Based on this, a garbage disposal fee that takes into account the amount of emissions for each emitter is charged. In the simplest case, the charge calculation formula may be obtained by multiplying the waste generation amount by the waste processing unit price. Alternatively, as mentioned above, a certain amount is collected in advance,
In the case where excess or shortage is added or returned according to the actual amount of waste, for example, as a result of the statistical processing, the top 5% For households only, the amount in proportion to the generation unit may be calculated as an additional amount if the unit is large, and a refund amount if the unit is small. There are various other calculation methods, but any calculation method may be used as long as the calculation method is based on the weighing data summed up by the discharger ID and the charge calculation data such as the waste disposal unit price.

Among the information processing functions of the net trash can terminal in the circulation system of the present invention, the registration of unnecessary items (3) and the collection of marketing data (6) described above will be described with reference to FIGS. 10 and 12. This will be described below. FIG. 10 is a flowchart showing an example of a procedure for registering unnecessary products and obtaining marketing data. The description of each entity in the figure is as follows. The terminal on the provider side in the figure is the net recycle bin 14 in which the provider of the unnecessary product registers the occurrence status of the unnecessary product. Take control. However, this terminal is not necessarily limited to the net trash box 14, and may be any type of information terminal such as a personal computer or a mobile phone as long as the terminal can be connected to the Internet 90 or the transaction management server 21 via a network. The transaction management server in the figure is the transaction management server 21 shown in FIG. 1 described above, and the information transmission / reception / processing function is provided in the transaction management server 21. The marketing server in the figure is the maker-side server 61 shown in FIG. 1 described above, and its information transmission / reception / processing function is provided in the maker-side server 61. In the case where the service is not directly performed by the service provider and is outsourced to another service provider, the server refers to the server of the service provider. For example, when marketing is entrusted to a business operator of the transaction management server from a maker, the marketing server is the same as that of FIG.
Means the transaction management server 21 shown in FIG. In this case, instruction information of a procedure for collecting marketing information is stored in advance in the marketing information DB 37 of FIG. 1 described above, and the instruction information is extracted and used by the transaction management server 21. The communication of information among the provider terminal, the transaction management server, and the marketing server is performed via the communication line 91 and the Internet 90 shown in FIG.

The contents of the processing in steps 170 to 190 in the figure will be described below. Steps 171 and 1 surrounded by round corners in the figure
Reference numeral 72 and the like represent information input processing by the provider, and steps surrounded by other squares, for example, step 170 and the like represent information processing in an information processing device (terminal or server). As described with reference to FIG. 2, the information input process by the above-mentioned provider is an input from the touch panel when the display means 116 of the net recycle bin 14 is a touch panel type liquid crystal. If the liquid crystal is not of the formula type, the input is through the above-described information input buttons or a reduced keyboard. First, start information as a pre-stage for starting a series of processes will be described. The start information referred to here is information indicating that registration processing of an unnecessary product is to be started, and is provided by a provider of the unnecessary product (hereinafter, provided product,
The information is given by inputting the information to the net recycle bin 14 as an information terminal. This step is shown in the figure as a step labeled "START" in the processing at the discharger terminal for simplicity. There are three specific ways of giving this start information. The first method is to use the touch panel type display screen 116 provided in the net recycle bin 14.
This is a method in which the start information is input to the device. The second method is a method in which the start information is input by the information input means 108 described in the description of the structure of the net trash box 14 in FIG. In either method, the start information is input by being selected from options displayed on a screen, or is input by a command. As a third method, the net recycle bin 14 may be provided with a button 109 (not shown) dedicated to inputting the start information, and the registration work may be started by pressing this button. The main button 109 is used to register unnecessary items, enter transactions, and input marketing information, in contrast to the weighing button 108 shown in FIG. 6 described above. It is superior to the former two methods in facilitating the performance. The processing after the step 170 is as follows. In step 170, receiving the start information, the information storage unit 11 in the net trash 14
4 is read and obtained. The information of the provider is stored in the information storage unit 114 by the initialization / registration processing from the provider or the local government server 66 at the time of introducing the net trash box system. Alternatively, in this step 170, the registration information may not be read in this way, but may be input by the provider using the liquid crystal touch panel or the information input means 108. In step 171, a provider of unnecessary goods (hereinafter referred to as a provided product and a provider, respectively) inputs information such as an item name, a model classification, and a manufacturer name of the provided product. Such information is specifically as shown in the column of product classification in the table shown in FIG. In step 172, the provider inputs quality information and the like of the provided product. The quality information or the like here specifically refers to quality information, specification information, and the like in the table shown in FIG. 12, and further includes environmental information, support information, and the like as shown in the table. It may be. In step 173, the information is transmitted from the provider terminal and received by the transaction management server. In step 174, a recommended transaction type is preliminarily diagnosed on the transaction management server side based on the received information. The form of transaction here is roughly divided into reuse where the provided product is sold to a third party who wishes to purchase (hereinafter referred to as “applicant”) and reused, and the provided product is collected by crushing and sorting. There are three types of disposal: recycling, which is entrusted to a business that performs intermediate treatment, and disposal, which is entrusted to a disposal business that performs landfilling. In this step 174, based on the information on the type and quality of the provided product declared by the provider, the process is connected to the transaction history DB 31 shown in FIG. 1 and the actual transaction data is referred to. Is determined, and an estimated transaction price or a range of prices is determined. In step 175, information on these recommended transaction types and recommended prices is transmitted as recommended information from the transaction management server side, and received by the emitter side terminal. In step 176, the provider receiving the recommendation information
With reference to this information, a desired transaction price, a desired transaction deadline, a priority of a desired transaction form, and the like are input. In the following step 177, the provider provides information on the desired date to receive a formal inspection / assessment of the provided product, or a request for collection before the conclusion of the transaction without keeping the provided product at hand until the transaction is completed. Enter information about the day. In step 178, the steps 176, 1
The information input at 77 is transmitted from the provider side terminal and received by the transaction management server side. Step 179
Then, the information on the desired transaction conditions of the provider received in the step 178 is registered in the information storage means in the transaction management server. The information storage means here specifically refers to a hard disk device or the like that can be connected to a circuit provided in the transaction management server and that performs a mediation processing of a provided product as shown in FIG. 14 described below. Transaction management server 21
The information storage medium is not limited to this, but may be any known information storage medium as long as it can be connected to and used by any known information network even at a position physically separated from the information storage medium.
In step 180, the information on the desired inspection / assessment date and the desired collection date received in step 178 are respectively sent to the information terminals of the test execution company and the collection execution company as inspection instruction information and collection instruction information. Send. The inspection execution company and the collection execution company referred to here are all the transportation companies described in the case of FIG. 1 described above, and the respective terminals are in this case the transportation company side of the figure. This corresponds to the terminal 62. However, this is only an example, and when the test execution company and the collection company are different, the information is transmitted to each information terminal (omitted in the figure). This step 180
The information transmitted in the above is not the instruction information, but may be the information of the consultation on the date and time of the inspection and collection to the above-mentioned inspection business operator and the collection business operator. In this case, the response information from each business operator is received. Thus, a step of transmitting the information to the provider is further added (omitted in the figure). When the desired inspection / assessment date in step 179 is reached, the offering / supply 10 is inspected / assessed according to the procedure shown in FIG. 11 during the course t, and the information assessed here is shown in FIG. Used stock information 1
At the stage where the data is registered in the functional component part of the transaction management server 21 that manages the transaction mediation function 425 (FIG. 24) in the form of 224, the data of the provided product is registered in the electronic market for unnecessary products and used for transactions. It has been offered.

In step 181, inquiry information for asking the provider whether he / she has an intention to provide marketing data is generated. This inquiry information is transmitted to the provider in step 182, and the provider receiving the inquiry is generated. In step 183, information on whether or not there is an intention to provide marketing data is input to the terminal. In step 184, the input information is transmitted from the provider terminal to the transaction management server side. Step 185
Then, based on the will information of the provider returned in the step 184, if there is a will to provide marketing data, a connection switching process is performed so as to connect the discharger side terminal to the marketing server. Although omitted in the figure for simplicity, if the provider has no intention of marketing, the transaction management server 21 returns information indicating that the information communication has ended to the provider side terminal, and provides the book with the provider. End the registration transaction for the goods. When the provider has a willingness to provide marketing data, the processes after the connection switching 185 are as shown in 186 to 190. In step 186, processing such as registration of customer data relating to the provider is started, and in step 187, question information for marketing stored in the marketing server in advance according to the type of the provided product is changed according to the provided product. The question information is transmitted to the provider side in step 188, and the provider transmits the question information to the provider in step 189. The marketing data is input in the form of answer, and the input marketing data is returned to the marketing server in the interactive communication step 188 and received in the step 187. In the processing step 187 on the marketing server side, such exchange of questions and answers is repeated several times. The contents of the marketing data here include, in addition to the information on the classification and quality of the product, reasons for the provider to provide the provided product, that is, reasons why the product becomes unnecessary,
Satisfaction points, dissatisfaction points, improvement requests, and information on the name of the manufacturer or model of the product that is being purchased or replaced, and the reason, the desired purchase price, or the desired product. Information about the functions that you want to add, information about the products that you want to be released in the future, their desired purchase prices, and information about the provider's occupation, occupation, work location, age, gender, and nationality. Or, it relates to marketing in general, such as an improvement request point regarding the used product trading system and marketing information of the trading system itself, which is scored in comparison with other used product trading systems. The collected marketing data is converted in step 190 to conform to a predetermined marketing data storage format, and then stored in an information storage means (omitted in the drawing) provided in the marketing server. The information storage means here is a hard disk device or other known information storage medium.

In the marketing data collection performed as described above, in step 187, while the exchange of the question and the answer is repeated several times as described above, the content of the question is programmed in accordance with the answer information from the provider. , And sending it, it is possible to obtain detailed marketing data according to the customer group. Such marketing cannot be efficiently performed by conventional information gathering once by a postcard or the like. Still further, in the system of the present invention, the marketing server side analyzes marketing data received from the provider,
Information on the next replacement product or the like that matches the taste or demand of the provider may be extracted and transmitted as recommended information to the provider to provide the information. Further, when the provider purchases a product included in the recommended information based on the recommended information, information on the purchase is transmitted from the marketing server to the maker-side server (6 in FIG. 1).
More preferably, the data is transmitted and transmitted to 1), and the maker server executes a calculation for discounting the selling price to the provider from the normal price. Alternatively, a discount service may be provided for the provision of the marketing information itself, irrespective of the recommendation information.
When the P products of company A are registered as unnecessary products and the marketing information is provided, points corresponding to the number of times, amount of information, effects, etc. of the provided marketing information are provided on the server side of company A (61 in FIG. 1). It is preferable that the information is separately accumulated and recorded, and that the provider can receive a discount or cashback according to the point height when purchasing the product from the company A.

The features of the marketing method performed in this way are that firstly, the unnecessary information is provided at the time of registration, and that marketing data is collected when anyone can easily participate. As described above, it is possible to collect detailed marketing data according to the types of customers, and in combination with these two points, the present marketing system can efficiently collect a large amount of reliable marketing data from a wide range of customers. Further, according to the marketing method of the present invention, the provider can receive recommended product information for the next purchase from the marketing server or the maker side, as described above, or purchase at a preferential price. Therefore, summing up these effects, providers (customers) can efficiently obtain the next product that meets their needs, and manufacturers can not only efficiently collect marketing data, but also sell products based on marketing results. Can be realized, and customers can be efficiently secured.

In the information processing of the unnecessary goods registration and the marketing as described in the present embodiment, the processing on the provider side is not necessarily performed on the net recycle bin 14 but may be performed by an arbitrary computer which can be connected to the Internet such as a personal computer or a mobile phone. May be performed on the terminal. However, when using an Internet-connected device such as a personal computer, the provider must search for and access unnecessary transaction sites on the Internet. The advantage is that you only need to access it from the screen of the recycle bin that you use everyday for disposal. In this way, the unwanted goods mediation system using this net recycle bin offers many ways to provide a frontage that anyone can easily participate even if they are not familiar with the Internet in the form of a home recycle bin that is easy to recall. We can expect participation of person. This will increase the number of unneeded items to be traded, so we can offer a wide variety of unneeded items, which means that those who wish to purchase unneeded items will need a transaction machine that can obtain the desired used items. Since it increases, the effect of attracting buyers to purchases also increases. Therefore, the introduction of this system spontaneously fosters a second-hand electronic brokerage market that is larger than the level of conventional second-hand dealers, and this increases the reuse of used goods throughout society, resulting in an effect. The effect of reducing the amount of waste can be expected in a form that is appropriate for economic and economic principles.

FIG. 11 shows an example of the procedure for the above-mentioned (4) inspection of unnecessary items and the assessment related thereto among the information processing functions at the net trash can terminal in the circulation system of the present invention. This will be described below. In the figure, the steps surrounded by rounded frames represent manual work by the inspection personnel, and the steps surrounded by other square frames represent the information terminal, ie, the net trash box 14 side or the portable information terminal 13 for inspection, or This represents automatic processing by the information device on the transaction management server 21 side. Also, there are two cases of processing on the terminal side shown in the figure, the first case is a case where the information processing of the inspection is performed by the inspection personnel using the portable information terminal 13, and the second case The case where the information processing of the inspection is performed by the inspection staff using the net recycle bin 14 which is an information terminal. In any case, the information exchanged with the transaction management server 21 is the same. Hereinafter, processing contents in each of the steps 1101 to 1117 will be described. In step 1101, information on the provider, information on the type of provided product, and the like is input to any of the information terminals (the net recycle bin 14 or the mobile terminal 13 for inspection support) by the inspection personnel, and the input information is In the following step 1102, it is transmitted to the transaction management server 21 side. In the transaction management server 21 receiving the information, the process 1
In 103, unique number information for the provided product 10 to be traded is generated, and the unique number information is transmitted to the terminal in an information transmission step 1104. On the terminal side receiving the unique number information, a seal print output step 1105 (omitted in the figure) provided in any of the information terminals (the net trash box 14 or the portable terminal 13 for inspection support).
Then, the unique number information is received, and the sticker 11 provided with the bar code information corresponding to the unique number is printed out. The printed seal 11 is attached to the provided product 10 by the inspector in a seal attaching step 110. On the other hand, on the transaction management server 21 side, the inspection procedure search / acquisition step 110
In step 7, the inspection procedure DB 30 (FIG. 1) retrieves and acquires information on an inspection procedure according to the type and the manufacturer of the provided product 10 and an assessment procedure based on the inspection result. The information is transmitted to the terminal side in a subsequent inspection procedure information transmission step 1108. On the side of the terminal that has received the inspection procedure information, in an inspection and marketing step 1109, the inspection personnel performs inspection and marketing data collection according to the inspection procedure information, and inputs the result information to the terminal. Examples of specific items and the like of the inspection will be described later with reference to FIG. The marketing data here refers to the reason that the provider no longer needs the provided product (failure,
Aging, dissatisfaction, replacement, etc.), information on satisfaction, dissatisfaction, the next product to be purchased, etc., and data necessary for general marketing such as the occupation, age, and gender of the provider. Whether the inspection personnel listens to the provider and inputs these information to the terminal,
Alternatively, the provider selects an option for the question displayed on the display screen (omitted in the figure, the display means 116 in the case of the net trash can 14) on the terminal and interactively answers it. The question items for collecting the marketing data are registered in advance in the marketing information DB 35 in the transaction management server 21 according to the type of the product 10 from the maker-side server 61, and are registered in the inspection procedure information transmitting step. It is assumed that the information is transmitted from the transaction management server 21 to the terminal together with the information on the inspection procedure. Alternatively, the collection of the marketing data is directly exchanged between the terminal side and the maker's server 61 or a server of a marketing execution company entrusted to the maker (not shown) via the communication circuit 91 and the Internet 90. May be done. The inspection and marketing result information is transmitted from the terminal to the transaction management server 21 in an information transmission step 1110.
The transaction management server receives the inspection and marketing result information, performs an evaluation operation on the provided product 10 based on the inspection result information in an evaluation operation step 1111, temporarily determines a transaction method, and calculates a transaction price as an evaluation value. evaluate. The provisionally determined transaction method is reuse, rental, recycling, disposal, or the like described with reference to FIG. 1, and the reuse, rental, and recycling are performed in the descending order according to the quality grading result of the provided product 10. , Presented in priority of disposal. The transaction price is the same as the transaction history D described above.
By referring to B31 and the product-specific transaction history DB 33, the price is determined by referring to the data of the transaction result of another provided product 10 of the same type and the same quality. Further, the received marketing data is transmitted to the manufacturer terminal 61 in a marketing data transmitting step 1112. It is more preferable that the marketing information is periodically transmitted from the transaction management server to the manufacturer terminal. The information on the assessment result is transmitted from the transaction management server 21 side to the terminal side in the assessment result information transmitting step 1113, and the assessment result information displaying step 1113 is performed.
It is displayed on the display screen provided on the terminal at 14. In the subsequent approval information acquisition / transmission step 1115, when the provider approves the presented transaction, information indicating that the transaction is accepted is input from the display screen, and the approval information is received from the terminal for transaction management. It is transmitted to the server 21 side. If the provider does not understand the presented transaction and desires another transaction, information corresponding to the desired transaction is transmitted. The desired transaction type is one of the transaction types described with reference to FIG. 1, and information on the type of transaction and necessary information on the desired selling price, desired processing price, and desired disposal price are input. Is sent. The transaction management server 21 that has received the consent information or the desired information in the case of non-consent conducts a transaction of the provided product 10 in a transaction step 1116.
The details will be described later with reference to FIG. When the transaction is completed, information such as a transportation instruction to the trading partner who has completed the transaction and a settlement instruction for the transaction are generated from the related procedure generation and transmission step 1117 according to the type of the transaction, and the Internet 90 shown in FIG. (For example, to 63, 64, 65, etc.)
Is transmitted.

FIG. 13 is a table showing an example of grading criteria for inspection items, quality, and the like in inspection of articles provided by the circulation system of the present invention. Here, grading of quality and the like is basically performed in terms of function and performance in six stages of A to F, for example, as shown in the figure according to the respective operation conditions, and appearance is indicated by scratches, discoloration, dirt, and external shape. Grades are graded in four stages A to D according to the degree of damage and the like, and the use period is classified into seven stages A to G according to the length of the period. In addition, as a reference price evaluation, the rightmost in the table based on the results of diagnosis and grading of the quality, the year of sale, the number of years of use, other sales information of the product at that time and the average market price, etc. The rating is based on the new price as shown in the column. However, this is not required. Further, the environment information and the support information shown in FIG. 12 are also described, but this is not essential. However, if such information is also graded, the useful information that can be provided to the user by the search service described later increases. Further, in connection with the grading of the quality, according to the grade of the function / performance, for example,
The warranty level of the product 1 may be set so that the product of the grade A is guaranteed for one year and the product of the grade B is guaranteed for two years. It should be noted that the definition of the content and the category of the quality described above is merely an example, and it goes without saying that, for example, the functions, performances, and appearances may be collectively classified as one item (quality). Nor. Further, in this example, the price is determined as shown in the rightmost column of the table. However, the transaction history DB shown in FIG. For example, the risk of loss is 10
It is needless to say that the transaction price with less risk may be calculated by estimating the transaction price in% or by setting a price reflecting the transition status of the transaction price by extrapolation by time series analysis. In addition, the information of the use period described above may be simply replaced with the information of the initial purchase date and the information of the release year.

In the processing in the transaction management server 21 described above, an example of a procedure for deciding which of the above-mentioned transaction forms the provided product 10 will be described in detail with reference to FIGS. 14 and 15 and FIGS. The explanation will be made while supplementing.

First, the transaction management server 21 stores in FIG.
As shown in FIG. 2, the integrated inventory management module 122 stores the product information on the provided product 10 and the used product inventory information 1224 including information indicating the presence / absence and location of the product.
5 is updated at regular time intervals and uploaded, and the stock information database is posted on a homepage provided in the transaction management server 21 and made public. The integrated inventory management module 1225 is provided with a provided product transaction mediation function 425 shown in FIG. 24 described later. The home page is also realized by mounting a web server function 431 shown in FIG. 24 described later. FIG. 15 shows an example of a specific data format of the inventory information database. In this example, the database includes management number information for identifying each product, the product classification information such as an item name, a model classification, and a manufacturer name, the price information, and evaluation results such as functions / performance, appearance, and use period. The quality information, the specification information such as function, performance, size and weight, and the environmental information, the support information, the stock information, and the like are included in the field, and these various types of information on each target product are the same. The data is graded according to the criteria described in the margin of the table shown in the figure, and is registered as a record in each row. In this example, various information about used and new products are registered in the database without discrimination and based on uniform criteria including quality grades. The database can be searched according to quality and price requirements, and appropriate products can be provided with appropriate quality and price without distinction between new and used products. In order to identify whether the target product is a used product or a new product, the database may refer to the information on the grade of the function / performance or the grade of the use period. As shown in FIG.
If so, it is new. Further, the manufacturer terminal 1221 and the new stock information 1222 in FIG. 14 are added to the components of the present system when the new information is also provided together with the used product information in this way. May be a terminal of an arbitrary new store. The purchaser connects to the published homepage from the purchaser's terminal 40 such as a personal computer via the communication line 91 and the Internet 90 to apply for a purchase request (for example, FIG. 1).
For example, transmission of purchase intention information 1212 of a specific stock item shown in FIG. 4) and response information as a result of applying for a request are received. There are two methods. In the first method, the purchaser browses the integrated inventory information database posted on the homepage, and if there is an inventory that meets the request, information on the purchase intention of the inventory and the purchase desire. The user sends the specific stock item purchase intention information 1212 including information such as the name, address, and telephone number of the person to the transaction management server 21 via the communication line 91 and the Internet 90 in the form of electronic mail or file transmission. . In the second method,
The purchase applicant 20 accesses an application screen 1240 linked on the homepage as shown in FIG. 17, and obtains information on desired conditions, the name of the purchase applicant,
Request information 12 including information such as address and telephone number
13 is transmitted to the transaction management server 21 in the form of electronic mail or file transmission. The details of the latter method are described in FIG.
It will be explained in. In the following, the specific stock item purchase intention information 1212 and the request information 1213 are collectively referred to as desired condition information. The following transaction management server 21
In the inquiry / search step 1215, the desired condition information from the purchaser is received, and whether there is a stock that matches the desired condition information is checked in the integrated stock item information in the integrated stock management module. In a subsequent answer information generation / transmission step 1216, answer information 1228 to the purchaser 20 is generated and transmitted from the information of the search result, and the display screen ( (Omitted in the figure). As a search method in the step 1215, based on the product classification included in the request information 1213 and the grade information of each item corresponding to the product classification, it is determined whether or not there is a stock item matching the desired grade. A matching search is performed for each field of the inventory information database to determine whether there is any. The screen display format of the answer information 1228 to the purchaser based on the result of the search is, for example, a table having substantially the same format as that of FIG. 15 or a part of data shown in this table. , In addition to these,
As described above, the purchase applicant specifies at least one screen input field for specifying the specified purchase desired item and transmits the purchase intention information 1212 for specifying the purchase desired item and the purchase intention information 1212. And a cancel button for terminating the search screen without transmitting the purchase intention information 1212, respectively. Is omitted). Here, the purchaser side terminal 1211
Of the answer information displayed on the screen of FIG.
May be simplified, for example, in a format in which only the product classification, price information, and quality information in the table are displayed. In addition, as a result of the search, there may be a plurality of stocks that match the desired condition, or there may be no stocks that match, so in transmitting the request information 1213 through the application screen 1240, Drop-down list box 124
7,1248,1249,1250,1251,125
Which of the various conditions, such as the desired price and the desired quality, designated in 2,1253, 1254, is selected by the purchaser 20
It is more preferable that a column is provided in which information on the priority of whether or not is given priority can be input and given to each of the drop-down list boxes. In this way, even if there is no stock that meets the desired condition, the grade of the desired condition is reduced to the next lower rank in order from the item having the lowest priority of the purchase applicant, and the search is performed again. According to the method described above, even if there is no stock that meets the initial desired condition, the inventory items that are close to the desired condition are listed up, and the items that are close to the desired condition are sequentially listed in the same format as FIG. The answer information 1228 can be displayed as an answer to the buyer-side terminal 40. Further, in this case, if there is a difference between the price condition of the original request information 1213 and the price condition of the stock item in the answer information 1228, information on the difference is added to the answer information 1228. It is even better. In addition, the purchase applicant side terminal 12 displaying the answer information 1228
On the screen 21, the information of the answer condition 1228 displayed in the table format as described above is arranged using arbitrary items (fields) such as the manufacturer name, the price information, the function / performance grade as a search key. If you can change it,
The purchaser 20 can browse and review the search results based on various priorities only by inputting the above-described one search condition, so that it is easy to narrow down the items to be purchased, which is efficient and efficient. is there. The purchaser who has received the answer information 1228 at the purchaser-side terminal 40,
When the item desired to be purchased is specified from the response information 1228 as described above, a mouse / keyboard or the like is displayed in the check box for specifying the desired product on the display screen of the terminal 1211 for purchaser. Is operated to input a check indicating designation, and the transmission button for transmitting a purchase intention is operated and pressed with a mouse. As a result, the purchase intention information 1229 is returned from the purchase applicant side terminal 40 to the transaction management server 21. In the transaction determination step 1218 of the transaction management server 21, whether or not a product sales agreement is established between the purchaser and the intermediary company (representing the operating entity of the transaction management center shown in FIG. 1) is determined. The determination is made based on whether or not the purchase intention information 1229 has been received from the customer terminal 40. The purchase intention information 1229
Is received, if the product specified in the purchase intention information 1228 is a used product, the purchase of the used product is concluded. If the product is new, the purchase of the new product is concluded. In each case, the transaction management server 21
Transmits the delivery instruction information of the concluded goods to the purchaser to the transportation company side server 62 as described above, generates related settlement instruction information and the like, and generates the related payment instruction information and the like on the server or the information terminal (for example, FIG. 1). 63, 64, 40), a payment instruction server 69, a financial institution server 67 on the paying side, a financial institution server 68 on the receiving side, and the like. In a state where the purchase intention information 1228 is not received, the stock information and the like are held while a transaction is not established. However, if the period during which the transaction of the used product is not established continues for a long time, the number of products stored without the transaction being established increases, and the inventory does not rotate. There are two main ways to prevent this. As a first method, in the stock continuation determining step 1219, it is determined whether or not the storage of the used product whose storage period has passed a certain period of time is to be further continued. , The storage period is divided into a first phase, a second phase, a third phase,..., A disposal phase over time, and each time the storage period of the provided product 10 shifts through each of the phases, the used product is used. For example, when the storage period of the used article 1 reaches the disposal phase or falls below a predetermined pricing standard (for example, 10% of the initial price setting), The necessity of inventory may be determined in such a manner that continuation of storage is stopped. When the necessity of continuation of storage of the provided product 10 in the storage facility is determined, if the result of the determination is storage continuation, the transaction management server 21 generates / transmits inventory continuation information 1212 The price information of the used product 1 in the integrated inventory database in the integrated inventory management module 1225 is updated by reflecting the adjustment result by performing adjustment such as a change in the price setting as described above. As a second method, those that have passed the desired transaction deadline by the provider are unconditionally excluded from reuse transaction candidates, and are set as recycling transaction candidates as desired transaction conditions (see FIGS. In steps 339 and 36
9, the contents of which are provided in 9,399) to determine the recycling business partner of the business partner. In addition to the matching process here and the matching of the type of item of the transaction product, etc., the price information (hereinafter referred to as sale information) of the provided product 10 determined in the same manner as the first method and the aforementioned This is matching processing of desired transaction price information (hereinafter referred to as “buying information”) included in the desired transaction conditions from the recycling business side. In the former, the product classification information as shown in FIG. It is sufficient to inquire whether the provider side and the receiver side match each other. For the latter, for example, the price of the above-mentioned selling information and buying information is, for example, 5
Processing may be performed such that matching is performed when the price is within the same price range divided in units of 0 yen, and matching is not performed when the price is not within the same price range. Further, if the recycling process is not completed within a predetermined period or time, the same procedure as described above may be performed by changing the recipient to the disposal company. When the contract for recycling and disposal is established in this manner, the transaction management server 21 needs to commission the recycling or final disposal of the used product 1 at the processing facility or disposal site as described above. In this manner, information such as transport instruction information and settlement instruction is generated, and the transport business server 62, the recycling business terminal 63, the disposal business terminal 64,
It is transmitted to the settlement instruction server 69, the financial institution A side server 67, the financial institution B side server 68, and the like, and transmitted via the communication line 91 and the Internet 90. As described above, the transaction management server automatically determines the necessity of stock continuation, so that the intermediary company effectively and unnecessarily reduces the management efficiency due to the accumulation of products whose sales are not established as described above. Labor saving can be prevented. In addition, recyclable products according to the quality of used products are automatically provided for reuse or recycling as much as possible, so that society as a whole can reduce waste and efficiently and voluntarily recycle resources. Can be promoted.

FIG. 17 is a screen diagram showing an example of a used article purchase desired condition application screen in the circulation system of the present invention. This screen is the request information 12 shown in FIG.
13 is transmitted. This screen is basically displayed on the public side terminal 40, or alternatively, the display screen 116 is displayed on the net recycle bin 14.
Is displayed on the net trash box 14, it is possible to perform a process such as an application for a desired condition for purchasing a used article. In this way, the net recycle bin not only discharges waste and sells and disposes of unnecessary goods, but also involves the acquisition of discharged goods such as the purchase of used goods. It can control both sides of the material circulation to form. This means that the user of the net recycle bin 14 can easily and efficiently use the one device without discriminating services such as waste discharge, provision of recycled products, and purchase of recycled products, which were conventionally separated. Realize convenience that can be utilized. In addition, since anyone can easily participate in the service group in this way, the society as a whole, in particular, effectively promotes transactions such as reuse of second-hand goods, thereby not only growing the reuse market, but also saving energy. There is also an effect of reducing the environmental impact by recycling resources and reducing the amount of waste.
The method of inputting information according to this screen will be described below with reference to the drawings. The purchaser is "1. Product type"
Then, whether the desired product is a new product, a used product, or whichever is acceptable, the selection buttons 1241 to 1241 on the screen are displayed.
1243, and in “2. Item / Model, etc.”, “Item” is clicked with a mouse on the right end of the drop-down list box 1244 with a mouse, for example, a refrigerator, a washing machine, a television,. .. Are displayed, and a desired item is selected from the list with the mouse. As for “model classification”, the right end of the drop-down list box 1245 is displayed in the same manner as described above.
Click the mark with a mouse to display a list of model classifications such as 14-type, 21-type, 25-type, etc. in the case of a TV, for example, according to the item, and select from the list. Is selected with the mouse, and for the "manufacturer name", click the mouse at the right end of the drop-down list box 1246 in the same manner as above, and, for example, company A, company B, company C,. A list of maker names such as .. is displayed, and a desired maker name is selected from the list with the mouse. In "3. desired price", the part of the right end of the drop-down list box 1247 with the mouse is displayed with a mouse. Click for example 0-1000 yen, 100
A list of desired price ranges expressed in the form of 0 to 2000 yen,... Is displayed, and a desired price range is selected from the list with a mouse.・ Performance ”drop-down list box 12
48 is clicked on with a mouse at the right end to display a list of the grades of the functions and performances as described in FIG. 13, and a desired grade is selected from the list with a mouse, and “ As for the “Appearance”, click on the right end of the drop-down list box 1249 with a mouse to display a list of the appearance grades as described in FIG. The desired grade is selected with the mouse, and the "use period" is clicked with the mouse on the right end of the drop-down list box 1250 in the same manner as described above, and the grade relating to the use period as described in FIG. Is displayed, select the desired grade from the list with the mouse,
In “5. Desired warranty”, click the mouse at the right end of the drop-down list box 1251 with the mouse to display the warranty period, for example, 1 month, 3 months, 1 year,.
・ Display the warranty period or a list of warranty grades graded in response to this, select the desired grade from the list with the mouse, and in “6. Other”,
As for “environment information”, similarly to the above, click the mouse at the right end of the drop-down list box 1252 to display a list of the grades of the environment information as described in FIG. Select the desired grade from the list with the mouse, and click on the right triangle of the drop-down list box 1253 with the mouse for "support information" in the same manner as described above, and click the mouse to select the support level as described in FIG. A list of information grades is displayed, and a desired grade is selected from the list with a mouse.
Then, the conditions desired by the purchaser are input in characters via input means such as a keyboard provided in the purchaser-side terminal 40, and in “7. In the text box 1271, the postal code in the text box 1272, the prefecture in the text box 1273, the municipalities in the text box 1274, the street address in the text box 1275, and Enter the building name and room number in the text box 1276, enter the telephone number of the contact in the text box 1277, enter the e-mail address for receiving the response to the application result in the text box 1278, and enter the text information. When the selection and input of the conditions (hereinafter referred to as desired conditions) are completed, the desired condition transmission button 1261 shown in the figure is clicked. Selected in the nest click (or less, the same operation, referred to as "pressing a button"). In addition,
If the purchaser wants to cancel the above application operation, he selects and clicks (presses) the cancel button 1262 shown in the figure with a mouse, and the application screen 1240 closes, and the purchaser terminal 40 closes the request screen. Condition information 121
3 is not transmitted. When the desired condition transmission button 1261 is pressed by the desired purchaser 20, the desired condition information 1213 (FIG. 7) is transmitted from the desired purchaser terminal 40 to the transaction management server, and the communication line Is transmitted via In the application using the application screen 1240, the model classification, the manufacturer name,
In each of the lists relating to the function / performance, the appearance, the use period, the warranty period, the environment information, the support information, and the like, there are options that can be selected if there is no particular request. For example, if the desired maker name is not included in the given list of maker names in the drop-down list box 1246, the input means such as a keyboard provided in the purchaser-side terminal 40 causes the list box 1246 to be displayed. You can input characters. Also, desired condition information on the application screen 1240,
If the integrated inventory information database includes the desired delivery date information and the possible delivery date information on the number of delivery days, for example, even if the new product is out of stock at the manufacturer, the purchaser can substitute the delivery date. It is even better because the conditions can be determined by comparing various conditions of the candidate product. The medium for publishing the integrated stock information of the transaction management server 21 and transmitting it to the purchaser is preferably an Internet homepage as described above. Any media that can communicate can be used, or general advertising media such as advertising flyers
(In this case, the purchaser 20 can view the e-mail or FA
X, etc.).

FIG. 16 shows an example of a data storage format in the transaction history DB 31 in the circulation system of the present invention.
The transaction history information includes an ID, which is an identification number, and provider name information, information on the item and type of the provided product 10, information on the evaluation classification and assessment value of the provided product 10, Consists of information on the date and type of contract related to the transaction result, transaction price, and purchaser. The evaluation classification and the contract classification of the provided product 10 are the three types of transaction forms of reuse, recycling, and disposal described above, and the assessment value is a suggested value of the transaction price based on the assessment result.

FIG. 18 shows an example of another embodiment different from the above-mentioned FIG. 2 for the net trash can according to the present invention. This example is an example of a method for realizing the net recycle bin of the present invention by adding to the existing recycle bin, and the system configuration thereof is arranged below the existing recycle bin 201 and weighed as shown in FIG. A display unit 303 mounted with a weighing unit 201 and a liquid crystal touch panel 204 for displaying a weighing result by the weighing unit and a display for supporting various information input processes such as the above-described unnecessary product registration and marketing data collection; And the weighing means 202 and the display means 20
3 are connected to each other. The configuration of the weighing means 202 includes an automatic weighing / data generating means 211, a weighing data storage means 212, and a weighing data output means 213, as shown in FIG. The weighing data transmission means 21
3 is transmitted to the display means 203 via the communication path 205. As shown in FIG. 3C, the configuration of the display means 203 is as shown in FIG.
24, information display means 225, and information storage means 226. Each of these functions will be described with reference to FIG. 2 described above. The system timer 222 is the same as the system timer 111, and the information storage unit 2
26 is the same as the information storage means 114, the information processing means 223 is the same as the information processing circuit 115, and the information display means 225 is the information display means 116.
The information transmitting / receiving means 224 is the same as the combination of the transmitting means 117 and the information receiving means 113. Further, the display screen 204 and the display means 203 are not limited to the liquid crystal touch panel as described above, and can be realized by introducing various means similar to those described with reference to FIGS. it can.
When the information display means 203 of the present system is a wall-mounted terminal and is hung on an indoor wall or the like, operability and visibility are good and convenient.

FIGS. 19 to 23 are scheme diagrams showing the interrelationship of goods, information, services, and payment in the circulation system of the present invention. The dashed arrows indicate the flow of information, the solid arrows indicate the flow of services or goods, and the dashed arrows indicate the flow of payment. In addition, the flow of information between each entity such as the discharger, the local government, and the waste management company shown in these scheme diagrams is performed via the communication line 91 and the Internet 90 as described above. Similarly, information processing in each of these business entities is performed by the communication line 91.
And servers and terminals (for example, 62 and 6 in FIG. 1) of each business entity connected to a network composed of the Internet 90.
3, 64, 65, 66, 61, 40, etc.). The details of the generation and processing of these information, or the method of realizing the service and the movement of the goods have already been described at any time in the relevant portions of FIGS. 1 to 18. , Paper services and goods, and the flow of payment. In the following, the flow of payment specifically means that the payment is settled from the financial institution account of the paying entity to the financial institution account of the receiving entity, and the method is transfer, cash payment, Alternatively, any method such as credit or debit payment or other electronic payment may be used. In the case of payment of the waste disposal fee to the local government, payment may be realized as tax payment, and the payment to the local government in the following shows such a case. Further, as described above, in the case where a waste disposal fee is collected in advance and a refund / addition is made afterwards according to the actual amount of garbage discharge, the result of the deduction is collectively displayed as payment below.

FIG. 19 is a scheme diagram showing an example of the relationship among goods, information, services, and payment related to refuse disposal in the circulation system of the present invention. This example shows a case where a local government performs garbage disposal and billing services by itself. Step 303
Then, information on the amount of waste generated or the amount of waste discharged by the waster 301 measured by the net waste bin 14 is transmitted to the local government 302. The municipal government 302 collects the refuse of the discharger 301 with its own transport vehicle and transports it to a so-called garbage disposal facility such as a garbage incineration plant or a bulky garbage disposal facility, a so-called intermediate waste treatment facility, or a landfill disposal site. . The fees for these waste treatments are based on the I
Based on the garbage generation information 303 compiled for each D124, as described above, the amount is calculated for each of the dischargers 301 according to the amount of garbage generated, and charged in step 305. The discharger 301 pays this refuse disposal fee in step 306.

FIG. 20 is a scheme diagram showing an example of the relationship among goods, information, services, and payment related to refuse disposal in the circulation system of the present invention. This example shows an example in which a local government outsources waste management and billing to a private waste management company. The garbage disposal management company 313 in the figure represents a business entity entrusted with garbage disposal management, and is not necessarily a private company, and is a garbage disposal management commissioned by a third sector or a plurality of local governments. It may be a union. Hereinafter, each step will be described. In step 315, information on the amount of waste generated or the amount of waste discharged by the waste generator 301 measured by the net waste bin 14 is transmitted to the waste disposal management company 313. This information may include the refuse disposal fee information described with reference to FIGS. In step 317, the transportation company 312 collects the refuse of the discharger 311 by means of a transportation vehicle owned by the transportation company or a transportation vehicle owned by the re-contracted transportation company,
The waste is transported to so-called intermediate waste treatment facilities such as refuse incineration plants and bulky waste treatment facilities, and so-called refuse disposal facilities such as landfills. At this time, depending on the type of garbage, for example, the collection and transportation of garbage such as garbage does not need to be particularly instructed by the garbage disposal management company every time. Conversely, it is efficient to collect and transport garbage of a type that occurs irregularly, such as bulky garbage, in response to an instruction (step 316) from the garbage disposal management company 313. Such bulky waste collection instruction information is not only derived from the net garbage bin weighing information described above, but also after the unnecessary items are registered and provided to the trading market as described above, the recycling transaction is not completed and the recycling or disposal is not completed. This information also occurs when a transaction is concluded, and this information is obtained as a result of the transaction mediation process in the transaction management server,
The transaction management server notifies the waste management company. In this case, the server of the waste disposal management company is not shown in FIG. 1 described above, but is connected to the Internet 90 in the same manner as the entities 63, 63, 64,... Shown in FIG. The information is transmitted through this network. In step 318, the fees related to the collection, treatment, disposal, etc. of these refuse are transmitted and received from the server or terminal (for example, 63, 63, 64) of each relevant business entity shown in FIG. Based on the information and the information on the amount of waste generated by the discharger, the discharger 311 according to the amount of waste generated as described above.
Another charge amount of the waste disposal cost is calculated, and the server of the waste disposal management company 313 side and the server 66 of the local government 314 side are calculated.
Is transmitted to In step 319, the local government 314 charges a waste disposal fee to each discharger 311 based on the billing information. In step 320, the discharger 311 pays the municipal government 314 a waste disposal fee. In step 321, the local government pays a waste disposal management company a consignment fee, which is a proxy fee for waste disposal and its management. The waste management company pays a fare to the transport company 312 (step 322). Note that the fare payment 322 to the transport company may be made by the local government. This is equivalent to the case where a transportation company has a contract with a local government. In this example, the transport company 312 is a different entity from the waste management company 313, but may be the same entity. In this case, the collection instruction 322 is not paid. Also, in this example, the waste disposal cost is collected from the municipal government by charging the waste generator and paid by the municipal government to the waste disposal management company. However, the private company 313 commissioned by the local government directly sends the waste to the waste generator 311. It is good also as a form which charges and collects.

FIG. 21 is a scheme diagram showing an example of the relationship among goods, information, services, and payment when a reuse transaction for unnecessary goods is concluded in the circulation system of the present invention. Business entities 331, 332, 333, 33 related to this scheme
4, 335, 336, and 353 are all as described above,
It is connected to a network via the communication line 91 and the Internet 90 using a server or an information terminal. This is the same in FIGS. 22 and 23 below. The business entity in the present invention refers to an economic entity that exchanges information, goods, and services with each other. For this reason, individual purchase applicants 334, 364 (FIG. 22) and 394 (FIG. 23). And so on. Each step of the trading scheme shown in this figure is as follows. In step 337, the supply information of the unnecessary goods registered by the discharger in the net trash as shown in FIG. 10 is transmitted to the server 21 of the transaction management company 333 and registered. Step 337 corresponds to Step 173 and Step 178 when described in the light of the example of FIG. In addition, the transaction management company 333 receives the purchase request information from the purchaser, the transaction request information from the recycling company, and the transaction request information from the disposal company, respectively.
9, 340. The purchase request information is shown in FIG.
The transaction desired information is information on a desired pickup price according to the type and quality of the provided product, or simply information on a desired transaction item by the recycle business or disposal business. And so on. Step 3 so far
The timing of receiving the information of 37 to 340 does not matter before or after. In step 341, the transaction management company 333 based on the received unnecessary goods provision information 337,
32 (in this example, it is assumed that the transportation company performs the inspection). The transportation company or the like 332 receiving this instruction dispatches the inspection execution staff to the discharger 331 to execute the inspection. In this case, the inspection method is performed by means of acquiring the inspection procedure information and inputting the inspection result information. There are two cases in which the information display means 116 of the net trash box 14 and / or the information input means 108 are used, and either one may be used. In this case, the inspection instruction information is transmitted from the transaction management company side (the management server 21) to any of the information terminals, but this is omitted in the figure for simplicity. In step 343, the information of the inspection result is stored in one of the information terminals (the net recycle bin 14 or the
3) is received by the server 21 on the transaction management company 333 side and registered, so that unnecessary products are provided to the electronic transaction intermediary market. The function of determining and presenting the assessment value based on the information of the examination result may be given to any of the information terminals as a so-called distributed application program. In this case, the information transmitted in the step 343 includes the assessment Is included. Also, as described above, in a normal unnecessary goods intermediary transaction, the provided product is kept until the transaction is concluded under the discharger 331 as a provider. However, for example, the discharger 331 moves. In the event that the transaction cannot be stored until the transaction is completed,
The provided product may be collected at the stage of performing the assessment or at the date and time desired by the discharger (Step 34).
4). In this case, the collected product may be stored in a warehouse owned by a transport company or the like 332 as shown in the figure, but the storage location is not limited to this location, and the transport company or the like or the transaction management company 333 or the like may store the collected product. It may be a storage place such as a warehouse under the jurisdiction of any business entity to which the contract is made, and in this case, the transportation company 332 or the transaction management company which has contracted with the arbitrary business entity stores the information with the arbitrary business entity. Pay the fee. Alternatively, the transaction management company may store it in its own warehouse or the like, and in this case, it goes without saying that no storage fee is paid. When the transaction of the provided product provided in the transaction as described above is concluded as a reuse transaction through the mediation process as shown in FIG. 14, the transaction management company 33
From the third transaction management server 21, transaction closing information (A) indicating the closing of the transaction is transmitted and transmitted to the discharger 331 side and the purchaser applicant 334 side in steps 345 and 346, respectively. Upon the conclusion of the transaction, the transaction management company sends the provided product to the transport company 332, etc.
Instruction information to be transported to the purchaser 334 (hereinafter, referred to as a purchaser 334) as a purchaser from the source of the purchaser 31 or from a place such as the storage facility where the provided product is stored, and Information such as the date and time of transportation is transmitted and transmitted in step 347. In response to this instruction, the transportation company 33
2 is a step 348 in which the goods are delivered from the discharger 331 as the transportation source or from the arbitrary storage location, to the purchaser 334 to be transported, or to a delivery destination specified by the purchaser. Transport to Transaction management company is process 3
At 49, the purchaser is charged a fee including the price of the provided product, transportation fee, brokerage fee, and the like. The purchaser 334 pays the fee in step 350, and the transaction management company 333 pays in step 351 the provided product obtained by subtracting the brokerage commission and the fare from the fee to the discharger 331 as a provider. The management company pays the fare to the transportation company or the like 332 in step 352. In this step 352, in addition to this, compensation for the inspection performed by the inspection staff is paid to the inspection executing company (omitted in the figure). In this example, the inspection company is the transportation company 392 or the like. In step 354, the discharger 331 provides marketing information to the manufacturer 353 as shown in FIG. 10 described above, and in step 355, the manufacturer pays a marketing cooperation fee to the discharger in consideration of providing the information. In step 356, a cooperative fee is paid to the transaction management company 333 as a consideration for the introduction of the marketing data provider.
The business entity related to the toll collection described above is not limited to the example shown in this figure, but is a settlement financial institution that operates a settlement instruction server 69 entrusted to consolidate various settlement information as shown in FIG. Alternatively, in this case, the operating entity of the settlement instruction server 69 may be a separate operating company from the settlement financial institution entrusted by the settlement financial institution. This is the same in FIGS. 22 and 23 described later.

FIG. 22 is a scheme diagram showing an example of the relationship among goods, information, services, and payment when a recycling transaction of an unnecessary product is concluded in the circulation system of the present invention. Each step of the trading scheme shown in this figure is as follows. In step 367, the provided information of the unnecessary goods registered by the discharger 361 in the net waste bin 14 as shown in FIG. 10 is transmitted to the server 21 of the transaction management company 363 and registered. This step 367 corresponds to step 173 and step 178 when described in the light of the example of FIG. Further, the transaction management company 363 receives purchase request information from the purchase applicant 364, transaction request information from the recycle operator 365, and transaction request information from the disposal operator 366 in steps 368, 369, and 370, respectively. The purchase request information is as described with reference to FIG. 17, and the transaction request information is information on a desired pickup price according to the type and quality of the provided product by the recycle business or disposal business, Alternatively, it simply refers to information on the desired transaction item. The timing of receiving the information in steps 367 to 370 up to this point does not matter before or after. In step 371, the transaction management company 36
Reference numeral 3 transmits inspection instruction information to the transport company or the like 362 (in this example, it is assumed that the transport company performs the inspection) based on the received unnecessary item provision information 367. The transport company or the like 362 receiving this instruction is the discharger 361
Inspection is conducted by dispatching the above-mentioned inspection execution personnel.
At this time, the inspection method is performed by means of acquiring the inspection procedure information and inputting the inspection result information. Information display means 11 of net trash 14
6 and / or two cases where the information input means 108 is used. In this case, the inspection instruction information is transmitted from the transaction management company side (the management server 21) to any of the information terminals, but this is omitted in the figure for simplicity. In step 373, the information of the inspection result is stored in one of the information terminals (the
Alternatively, the transaction management company 363 transmitted from the mobile terminal 13)
By receiving and registering in the server 21 on the side, unnecessary goods are provided to the electronic transaction intermediary market. The function of determining and presenting the assessment value based on the information of the inspection result may be given to any of the information terminals as a so-called distributed application program. In this case, the information transmitted in the step 373 includes the assessment Is included. As described above, in a normal unnecessary goods intermediary transaction, the provided product is stored under the supplier 361 as a provider until the transaction is completed. However, for example, the provider 361 may move due to a move. In the case where it cannot be stored until the transaction is completed, the provided product may be collected at the stage of the assessment or at the date and time desired by the discharger (omitted in the figure). In this case, the collected product may be stored in the warehouse owned by the transport company or the like 362 as in the case of FIG. 21 described above, but the storage location is not limited to this location, and the transport company or the like 362 or the transaction It may be a storage place such as a warehouse under the jurisdiction of any business entity contracted by the management company 363 or the like. In this case, the transportation company 362 or the transaction management company 3 contracted with the arbitrary business entity
63 pays a storage fee to the arbitrary business entity.
Alternatively, the transaction management company may store it in its own warehouse or the like, and in this case, it goes without saying that no storage fee is paid. When the transaction of the provided product provided in the transaction as described above is concluded as a recycling transaction through the mediation process as shown in FIG. 14, the transaction management server 21 of the transaction management company 363 indicates that the transaction has been concluded. The transaction contract information (A) is transmitted and transmitted to the discharger 361 and the recycler 365 in steps 374 and 375, respectively. Upon the conclusion of the transaction, the transaction management company sends the provided product to the transport company 362, etc.
In step 376, the instruction information for transporting the goods to the recycling company 365, which is the pick-up company, and the information on the date and time of the transportation are transmitted in step 376 from the storage facility or the place where the goods are stored. Is transmitted. In response to this instruction, the transport company or the like 362 transfers the goods in step 377 from the discharger 331 as the transport source or from the arbitrary storage location to the recycler 365 as the transport destination. Transport to Transaction management company is process 3
At 78, a fee including a processing fee, a transport fee, an agency fee and the like of the provided product is charged to the discharger. The discharger 36
1 pays this fee in step 379, and
3 is a step 380 in which a processing fee obtained by subtracting the brokerage commission and the fare from the fee is used as the recycling company 365;
And the transaction management company pays the fare to the transportation company etc. 362 in step 381. In this step 381, in addition to this, compensation for the inspection performed by the inspection personnel is paid to the company that performs the inspection (omitted in the figure). In this example, the inspection company is the transport company 362 or the like. In step 383, the discharger 361 provides marketing information to the manufacturer 382 as shown in FIG. 10 described above. ,
In step 385, a cooperative fee is paid to the transaction management company 363 as compensation for the introduction of the marketing data provider. In this example, the case of the recycling transaction has been described. However, the same applies to the case of the disposal transaction. The same is true only for

FIG. 23 is a scheme diagram showing an example of the relationship among goods, information, services, and payment when a transaction for reuse of unnecessary goods such as home electric appliances is made in the circulation system of the present invention. This example shows an example of a transaction in a case where a provided product to be traded is a so-called Internet home appliance, which is a home appliance that can be remotely controlled and managed by connecting to the Internet. Hereinafter, these articles are referred to as Internet home appliances for simplicity, but need not be home appliances, and may be any articles that can be connected to an information network such as the Internet for remote operation and remote information management. There is a great advantage in the transaction of used goods of such net home appliances as compared with the above-described cases of FIGS. 21 to 22 and the like. As in the case, there is no need to dispatch inspection personnel to carry out the inspection. That is, after connecting the Internet home appliance to the information network via the communication line 91 or the Internet 90, an operation confirmation test or the like of the provided Internet home appliance is performed by remote control from the transaction management server 21,
If the result information is received, an automatic inspection without dispatching personnel or manual operation and an evaluation process receiving the inspection result information are realized. Each step of the trading scheme shown in this figure is as follows. In step 397, the provided information of the unnecessary product registered by the discharger 391 in the net trash box 14 as shown in FIG. 10 is transmitted to the server 21 of the transaction management company 393 and registered. This step 397 corresponds to step 173 and step 178 when described in the light of the example of FIG. In addition, the transaction management company 393 receives the purchase request information from the purchase applicant 394, the transaction request information from the recycling company 395, and the transaction request information from the disposal company 396 in steps 398, 399, and 400, respectively. . The purchase request information is as described with reference to FIG. 17, and the transaction request information is information on a desired collection price according to the type and quality of the provided product by the recycling business or disposal business. Or simply information on the desired transaction item. Steps so far 397-40
The timing of receiving the information during 0 does not matter. In step 401, upon receiving the provision information of the unnecessary product, the transaction management server 21 of the transaction management company 393 sends an automatic inspection instruction to the Internet home appliance (supplied product) at hand by the discharger 391 as the provider. Information is transmitted and transmitted. In the network home appliance receiving this, based on the automatic inspection instruction information, various operation confirmation tests for automatic inspection are performed, and inspection information as a result of the operation confirmation test is obtained,
A series of operations and information processing until the result information is returned to the transaction management server 21 (step 402) are automatically executed. However, in this case, the inspection information cannot include visual information such as the presence or absence of a flaw on the appearance. Information for requesting the provision of the photograph information of the provided product may be transmitted to 391 (not shown in the figure). In this case, the provider 391 takes an image of the appearance of the provided product using a digital camera or the like, and transmits the obtained digital photograph information from the terminal on the net trash box 14 side. The digital camera is connected to the net bin 14
, Or may be independent. Further, as described above, the bar-coded sticker 11 used for actual product collation is not always necessary in the present example in dealing with unnecessary products other than the Internet home appliances. The reason for this is that the identification information of the provided product is product number information obtained by an additional function associated with the connection of the Internet home appliance to the Internet or identification number information on the network.
This is because it can be obtained almost accurately by an AC address, a TCP / IP address, or the like. However, when it is desired to perform independent information management in the present system, the net recycle bin 14 may be provided with a function of printing out the sticker 11 to which the barcode representing the identification information of the provided product is attached. (Omitted in the figure). Inspection result information is transmitted from the emitter in the above-mentioned step 402 as described above, received by the server 21 of the transaction management company 393, and registered, thereby being provided to the electronic transaction intermediary market for unnecessary items. You. As described above, in a normal unnecessary goods intermediary transaction, the provided product is kept under the supplier's discharger 331 until the transaction is concluded. However, for example, the discharger 331 may move. In the case where it cannot be stored until the transaction is completed, the provided product may be collected at the date and time desired by the discharger (omitted in the figure). In this case, storage of the collected product and settlement of the storage fee may be performed in the same manner as in the case shown in FIG. When the transaction of the provided product provided in the transaction as described above is concluded as a reuse transaction through the intermediary processing shown in FIG. 14, the subsequent transaction procedure is performed according to the steps 403 to 414. These procedures are basically the same as steps 345 to 356 described in the case of FIG.

The system configuration of the transaction management server 21, which controls the transaction management of unnecessary goods in the circulation system of the present invention, will be described with reference to FIG. The information processing functions in a broad sense including information transmission / reception, data processing, data storage, and the like in the transaction management server 21 are diversified as shown in the figure.
1, information transmission function 422, processing content control function 423, provided product registration processing support function 424, provided product transaction mediation function 425, provided product inspection / assessment support function 426, provided product receiving side desired information reception support function 427, support processing function 428 such as movement and storage of transaction closing data, marketing data collection support function 429, disposal method guide support function 43
0, WEB server function 431 and the like. The figure shows these functional configurations, but the implementation in the transaction management server 21 may be any hardware and software configuration that satisfies these functions comprehensively. For example, the functions of 421 and 422 are implemented as an information transmitting / receiving device such as a network card, and the series of functions of 423 to 431 are basically a program software, an information processing circuit for operating the program software, and information storage means. (Memory), information storage device (hard disk), information processing unit MPU,
Alternatively, it is further implemented by a printed operation chip or the like as necessary.

In the embodiment of the present invention, by introducing the above-mentioned net waste bin and the network system using the same, an efficient waste disposal fee system can be easily realized, thereby reducing the amount of waste generated and reducing Waste disposal costs can be reduced. In addition, the function for registering unnecessary information and the automatic mediation function in the network system described above can create a used goods circulation trading market that can be used by anyone without hassle, thereby promoting the reuse of substances. There is a resource effect, and there is also an effect of reducing the amount of waste generated.

[0069]

According to the present invention, an efficient waste disposal system can be easily realized, which can be expected to contribute to the reduction of waste disposal costs by reducing the amount of waste generated.

[Brief description of the drawings]

FIG. 1 is an overall configuration diagram showing one embodiment of a circulation system according to the present invention.

FIG. 2 is a structural view showing an example of a net trash can according to the present invention.

FIG. 3 is a functional configuration diagram showing an example of hardware of an information management unit of the net recycle bin of the present invention.

FIG. 4 is a flowchart showing an example of a procedure for generating garbage occurrence status data by the information processing circuit of the net trash box of the present invention.

FIG. 5 is a data configuration diagram showing an example of a data standard for managing the status of waste generation in a circulation system according to the present invention.

FIG. 6 is an example of a screen displaying the current amount of refuse generated in the net trash box of the present invention and the related refuse disposal fee.

FIG. 7 is a flowchart showing an example of an information processing procedure in an information processing circuit for displaying a current refuse generation amount and a refuse processing fee in the net trash box of the present invention.

FIG. 8 is a functional configuration diagram showing an example of an information processing system on the local government server side in the circulation system of the present invention.

FIG. 9 is a flowchart showing an example of a garbage disposal charge calculation procedure on the local government server side of the circulation system of the present invention.

FIG. 10 is a flowchart showing an example of a procedure for registering unnecessary items and obtaining marketing information in the net trash can terminal in the circulation system of the present invention.

FIG. 11 is a flowchart showing an example of a procedure of inspection / assessment of an unnecessary product provided by the circulation system of the present invention.

FIG. 12 is a table showing an example of categories and contents of product information of articles provided by the circulation system of the present invention.

FIG. 13 is a table showing an example of grading criteria such as quality in inspection of articles provided by the circulation system of the present invention.

FIG. 14 is a flowchart of a transaction mediation processing procedure in an article transaction management server provided by the circulation system of the present invention.

FIG. 15 is a data format diagram showing an example of the format of a stock information database in the transaction management server of the circulation system of the present invention.

FIG. 16 is a transaction history DB in the circulation system of the present invention.
FIG. 4 is a data format diagram showing an example of a data storage format.

FIG. 17 is a screen diagram showing an example of a used article purchase desired condition application screen in the circulation system of the present invention.

FIG. 18 is a configuration diagram illustrating an example of an additional system including a weighing unit, a display unit, and a communication unit for realizing the net trash bin according to the present invention by adding the trash bin to an existing trash bin.

FIG. 19 is a scheme diagram showing an example of a relationship among goods, information, services, and payment related to refuse disposal in the circulation system of the present invention.

FIG. 20 is a scheme diagram showing an example of a relationship among goods, information, services, and payment related to refuse disposal in the circulation system of the present invention.

FIG. 21 is a scheme diagram showing an example of a relationship among goods, information, services, and payment when a reuse transaction of an unnecessary product is concluded in the circulation system of the present invention.

FIG. 22 is a scheme diagram showing an example of the relationship among goods, information, services, and payment when a recycling transaction of an unnecessary product is concluded in the circulation system of the present invention.

FIG. 23 is a scheme diagram showing an example of the relationship between goods, information, services, and payment when a transaction for reuse of unnecessary goods such as Internet home appliances is made in the circulation system of the present invention.

FIG. 24 is a diagram showing an example of a functional configuration of a transaction management server that manages transactions and the like of unnecessary items in the circulation system of the present invention.

[Explanation of symbols]

10: Offering goods, 11: Barcode, sticker with unique number, 13: Portable terminal, 14: Net recycle bin, 15: Transportation means, 16: Occurrence point, 20: Transaction management center, 21 ...
Transaction management server, 30: assessment procedure DB, 31: transaction history DB, 32: inventory information DB, 33: transaction history D by product
B, 34: user-specific transaction history DB, 35: marketing information DB, 36: disposal method guide DB, 37: user DB, 40: purchase applicant terminal, 50: manifest management DB, 61: manufacturer server, 62: Transport operator side terminal, 63: Recycling operator side terminal, 64: Disposal operator side terminal, 65: Rental operator side terminal, 66: Local government server, 67: Financial institution A side server, 68: Financial institution B
Side server, 69 ... settlement instruction server, 90 ... internet, 91, 103 ... communication line, 92 ... generation information, 101
... automatic weighing means, 102 ... information management means, 104 ... container, 105 ... lid, 106 ... power supply unit, 107 ... button, 108 ... information input means, 111 ... system timer, 112 ... weighing means, 113,141 ... information reception Means 114 Information storage means 115 Information processing circuit 1
16 information display means (screen) 117 information transmission means
142 ... information processing means including information processing chip or circuit board, software, etc. 143 ... waste disposal cost calculation circuit for each discharger, 144 ... garbage amount identification circuit for each generation point, 14
5 garbage disposal billing calculation data storage means 146 garbage database of discharger ID and location information 147 garbage disposal bill output device 148 occupation status display device
51: Aggregation process of collected amount data for each house and classification, 15
2. Statistical processing step, 153 extraction step, 154 billing calculation step.

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification code FI Theme coat ゛ (Reference) G08C 19/00 301 B09B 5/00 ZABM F-term (Reference) 2F073 AA40 AB01 BB20 BC01 CC03 CC12 CC14 DD03 EE11 FG01 FG02 GG01 GG04 GG08 GG09 3E023 DA10 LA10 3E025 CA01 EA03 EB08 EB10 4D004 AA03 AA21 AA46 CB50 DA01 DA04 DA11 DA16 DA17

Claims (41)

[Claims] 1. A container for storing and storing refuse, weighing means for measuring the amount of refuse in the container, and transmitting means for transmitting information on the measured amount of refuse via a communication line. Recycle bin provided. 2. A container for storing and storing garbage at home,
Measuring means for measuring the amount of refuse, and transmitting means for transmitting information on the amount of waste generated or discharged at home based on the measured amount of refuse via a communication line, Recycle bin. 3. A container for storing and storing refuse, weighing means for weighing the amount of refuse in the container, and information on the amount of refuse weighed can be transmitted via a communication line so as to be able to receive information from the outside. A trash can comprising: a transmitting / receiving means capable of receiving the information of the above; a display means for displaying information to be transmitted / received; and an information management means for managing the information to be transmitted / received. 4. A trash can according to claim 1, wherein said weighing means is provided with switch means for performing a weighing operation. 5. The trash can according to claim 4, further comprising issuing means for issuing an identification member based on the weighing operation by said switch means, said issuing means comprising information on the weighing by said weighing means, and said trash box or trash box. A garbage box having a function of giving information for identifying a home that holds the information to the identification member. 6. A trash can according to claim 1, wherein a display means for displaying information on a refuse disposal fee calculated based on the weighed information on the refuse, and a weighing of the refuse. A trash can comprising at least one of display means for displaying information on the degree or amount of environmental load based on the received information. 7. The garbage box according to claim 6, wherein the information on the degree or amount of environmental load displayed on the display means is the amount of carbon dioxide generated by the garbage and the use of electric power for processing the garbage. Amount, amount of dioxin generated in the treatment of the garbage, global warming effect by the treatment of the garbage, degree of soil and groundwater pollution by the treatment of the garbage, amount of emission of substances by the treatment of the garbage, A trash can comprising at least one of: an amount of a substance used in the treatment; 8. A weighing means capable of weighing the weight of each garbage for each container for storing and storing the garbage, and information transmission / reception for transmitting information on a result of weighing by the weighing means or receiving information from outside. A trash can comprising: means, means for displaying the transmitted and received information, and information management means for managing the weighing result and the information related to the transmission and reception and the display. 9. A transmitting / receiving means capable of transmitting information on the measured amount of waste via a communication line and capable of receiving desired information from outside, a display means for displaying information to be transmitted / received, and the information to be transmitted / received. An information display device comprising an information management means for managing the information. 10. A transmitting / receiving means capable of transmitting measured information on the amount of household waste via a communication line and capable of receiving desired external information, and a display means for displaying information relating to the amount of waste transmitted / received. And an information management means for managing the information to be transmitted and received. 11. A method for calculating a garbage disposal fee corresponding to a garbage discharge amount for each home based on information on a garbage discharge amount for each home received via an information network connected to each home. Waste management fee management method. 12. Information on the amount of garbage discharged for each home received via an information network connected to each home is stored by the information management means for a desired period, and the accumulated information for each home for the desired period is stored. A waste management fee management method comprising calculating a waste management fee based on the amount of waste generated. 13. The amount of waste generated in each household obtained by a waste bin provided with a weighing means for measuring the amount of waste in a container and a transmitting means for transmitting information on the measured amount of waste through a communication line. A display method characterized in that, based on information, the amount of waste generated for each household or each area is mapped and displayed on a map. 14. The amount of waste generated in each household obtained by a waste bin provided with a weighing means for measuring the amount of waste in a container and a transmitting means for transmitting information on the measured amount of waste through a communication line. A display device characterized in that, based on information, the amount of waste generated for each household or each region is mapped and displayed on a map. 15. A garbage box comprising a display means for displaying information on a garbage discharge method such as a garbage collection time and a garbage separation method according to a location. 16. A method of providing support information, wherein information on a garbage discharge method such as a garbage collection time and a garbage separation method according to the location of each household is transmitted to each household via a communication line. 17. A method for receiving and displaying information on a display means and a transmitting / receiving means installed at a household or a garbage collection point, and information on a garbage discharge method such as a predetermined garbage collection date and a garbage separation method. A garbage information management means comprising a button for selecting contents or information input means, wherein information on a garbage discharge method such as a garbage collection date and time and a garbage separation method according to the location of the garbage information management means is provided. A garbage information management means, which is acquired by an information transmission / reception means and displayed by the information display means. 18. The contents of receiving and displaying information which is installed in a home or a garbage collection point, and which displays information and transmission / reception means, or furthermore, information on a garbage discharge method such as a predetermined garbage collection date and a garbage separation method. A waste collection date / time and a waste separation method according to the location of the waste information management means via a communication network formed by connecting a waste information management means constituted by a button for selecting a waste or information input means. A method for providing support information, characterized by providing information on a garbage discharge method such as a waste disposal method. 19. An input means for inputting presence information or scheduled occurrence information of a reusable unnecessary article or an unnecessary article capable of processing and collecting a reusable material, wherein the presence information or the scheduled occurrence is provided. A recycle bin comprising at least one of storage means for storing information, and transmission means for enabling transmission of the presence information or the scheduled occurrence information via communication means. 20. Receiving a request for obtaining information on a procedure for inspecting a desired product from a trash can provided with a transmitting / receiving means, and transmitting the information on the procedure for inspecting the provided product to a trash can provided with the transmitting / receiving means via a communication line. A method for providing support information, comprising: 21. A transmission / reception means capable of transmitting / receiving desired information via a communication line, and an input means capable of inputting an information acquisition request of a test procedure for a desired product, wherein said transmission / reception means includes A trash can provided with receiving means for receiving information on the inspection procedure through a communication line. 22. The trash can according to claim 21, further comprising display means for displaying the received information on the inspection procedure. 23. Receiving means for receiving information on a request for obtaining a desired product inspection procedure, and transmitting means for transmitting a desired product inspection procedure from storage means storing information on each provided product inspection procedure. A transaction management server comprising: 24. Receiving means for receiving, from a recycle bin provided with communication means, a request for obtaining an inspection procedure for a desired product, A transaction management server, comprising: transmission means for transmitting an inspection procedure to the trash can. 25. A garbage can provided with communication means, a server for managing waste disposal of local governments, an information terminal owned by a person who wishes to purchase unnecessary goods, a server of a waste disposal and disposal business operator, a used article. Such as a server of a company that buys and sells products, a server of a company that buys, repairs, and sells used goods.
Connected to a waste or unnecessary goods transaction information network consisting of a group of information terminals of businesses involved in the disposal and sale of waste or unnecessary goods, tallying waste emission information and registering information on generation of unnecessary goods A transaction management server that performs at least one function of mediating reuse transactions and collecting marketing data. 26. A method for acquiring unnecessary goods transaction selling information, wherein unnecessary goods information is registered on a network from a trash can provided with a transmitting / receiving means capable of transmitting / receiving desired information. 27. In addition to existence information or scheduled occurrence information on an unnecessary article that can be reused or an unnecessary article that can be processed to collect a reusable material, an occurrence event and a satisfaction point regarding the unnecessary article, Input and transmit information such as information such as unsatisfied points, requested improvement points, and comparative evaluation with competitor products, and information such as the age, occupation, occupation, and address of the owner or user of the unnecessary article. A trash can comprising means. 28. In addition to existence information or scheduled occurrence information on a reusable unnecessary article or said unnecessary article from which a reusable material can be collected by processing, a reason for occurrence and a satisfaction point of the unnecessary article, It is characterized by inputting marketing data consisting of information such as points of dissatisfaction, requests for improvement, comparative evaluation with competitor products, and information on the age, occupation, occupation, and address of the owner or user of the unnecessary product. How to collect marketing data. 29. In addition to existence information or scheduled occurrence information of an unnecessary article that can be reused or an unnecessary article that can collect a reusable material that has been processed and reused, an occurrence event and a satisfaction point regarding the unnecessary article, Analyze marketing data consisting of information such as dissatisfied points, points of improvement, or comparative evaluation with competitors' products, and information on the age, occupation, occupation, address, etc. of the owner or user of the unnecessary product. An information providing method comprising: estimating a requirement of a product that is estimated to have a high degree of satisfaction of a provider; and searching for and providing information on a product that matches the requirement. 30. In addition to existence information or scheduled occurrence information on an unnecessary article that can be reused or an unnecessary article that can be processed to collect a reusable material, an occurrence event and a satisfaction point regarding the unnecessary article, Analyze marketing data consisting of information such as dissatisfied points, points of improvement, or comparative evaluation with competitors' products, and information on the age, occupation, occupation, address, etc. of the owner or user of the unnecessary product. Estimate the requirements of products that are estimated to be highly satisfied by the provider, search for and provide information on products that match the above, receive marketing data provision intent information from the provider, and A method for collecting marketing data, characterized in that the marketing data is switched to a marketing server. 31. A garbage can provided with communication means, a server for managing waste disposal in a local government, an information terminal owned by a person who wishes to purchase unnecessary goods, a server for a waste disposal and disposal business operator, a used article. Such as a server of a company that buys and sells products, and a server of a company that buys, repairs, and sells used goods.
Connected to a waste or unnecessary goods transaction information network consisting of a group of information terminals of businesses involved in the disposal and sale of waste or unnecessary goods, tallying waste emission information and registering information on generation of unnecessary goods A transaction management method that performs at least one function of mediating reuse transactions and collecting marketing data. 32. A trash can provided with a communication means, a server for managing waste disposal in a local government, an information terminal owned by a person who wishes to purchase unnecessary goods, a server of a waste disposal and disposal business operator, a used article. Such as a server of a company that buys and sells products, and a server of a company that buys, repairs, and sells used goods.
The waste and unnecessary goods transaction information network, which is composed of information terminals of businesses involved in the disposal and sale of waste and unnecessary goods, is provided with a transport business, recycling business,
An information terminal provided with a means that satisfies at least one function of a server of a disposal company, a maker, etc., a manifest management server, a settlement instruction server, and a transaction management server. 33. A garbage can provided with communication means, a server for managing waste disposal in a local government, an information terminal owned by a person who wishes to purchase unnecessary goods, a server for a waste disposal and disposal business operator, a used article. Such as a server of a company that buys and sells products, and a server of a company that buys, repairs, and sells used goods.
Connected to a waste or unnecessary goods transaction information network consisting of a group of information terminals of businesses involved in the disposal or sale of waste or unnecessary goods, providers, purchasers, reuse businesses, and repair businesses , A server connected to at least one of a server or a terminal on the side of a processing company or a disposal company to perform an intermediary transaction. 34. A garbage can provided with communication means, a server for managing waste disposal of local governments, an information terminal owned by a person who wishes to purchase unnecessary goods, a server of a waste disposal and disposal business operator, a used article. Such as a server of a company that buys and sells products, and a server of a company that buys, repairs, and sells used goods.
Connected to a waste or unnecessary goods transaction information network consisting of a group of information terminals of businesses involved in the disposal or sale of waste or unnecessary goods, providers, purchasers, reuse businesses, and repair businesses , A processing broker, a transaction brokering method for performing a brokering transaction by connecting to at least one of a server and a terminal on the disposal company side. 35. The transaction intermediation method according to claim 34, wherein the assessment is preliminarily diagnosed. 36. An inspection / assessment method for connecting to a transaction management server or a maker through an Internet home appliance, and performing a function diagnosis and assessment for mediating the purchase and sale of an unnecessary product or a failed product. 37. A transaction management method for connecting to a transaction management server or a maker through an internet home appliance to diagnose and evaluate a function for mediating the sale and purchase of an unnecessary product or a defective product. 38. The transaction intermediation method according to claim 35, wherein payment is made from the account of the maker or the marketing company that received the marketing information provided by the emitter to the provider's account. How to mediate transactions. 39. The transaction intermediation method according to claim 35, wherein the transaction management server is accessed and the marketing information provided by the emitter who participated in the unnecessary goods transaction is received from the account of the maker or the marketing execution company. A transaction mediation method characterized by payment to a transaction management company account. 40. The transaction intermediation method according to claim 35, wherein a sticker with a barcode of an unnecessary transaction item is attached. 41. The transaction mediation method according to claim 35, wherein a sticker with a barcode of an unnecessary transaction product is printed out.