CN203186930U - Intelligentized rubbish classification recycling system - Google Patents

Abstract

The utility model provides an intelligent system for sorting and recycling garbage. Among them, the utility model includes a garbage identification module, an intelligent recycling device for garbage classification, and a cloud platform for intelligent digital terminals for garbage classification; this method marks the classified garbage through a digital marking technical solution to determine the information of the householder and the category of garbage. The classification intelligent recycling device includes an induction identification module, a garbage category identification module and a processing module. The garbage sorting intelligent sorting module will take corresponding disposal measures for different types of garbage according to the garbage category (such as through barcode scanning and garbage category detection methods) to ensure that it is put into the corresponding garbage collection container and measured Or remember, in this way, the intelligent garbage classification and recycling will eventually be realized. The utility model realizes the intelligent sorting and recycling of garbage. In addition, the utility model can be well applied to the actual garbage sorting and recycling management. The manufacturing cost of the device is low, and it is easy to be popularized among various residential quarters in cities and towns. It has very important practical significance.

Description

An Intelligent System for Garbage Sorting and Recycling

technical field

The utility model relates to the field of garbage recycling, in particular to an intelligent system for sorting and recycling garbage.

Background technique

In the process of large-scale production, massive consumption of resources, and massive consumption, human beings produce a lot of garbage at the same time. At present, most of the garbage will be harmlessly treated by sanitary landfill, incineration, composting, etc. However, the cost of harmless disposal of garbage is very high. ranging from a few hundred dollars.

If the garbage is sorted and then treated in a harmless manner, the cost of garbage disposal can be greatly reduced. At present, domestic garbage sorting methods mostly use open-type garbage sorting intelligent recycling devices in the community, and mark them on multiple garbage bins of the garbage sorting smart recycling device: recyclable garbage, kitchen garbage, harmful Trash, other trash, etc. However, in the actual implementation process, it mainly relies on the consciousness of residents to promote garbage classification, and lacks effective incentives or supervision measures. Few residents will sort garbage, and most of them randomly discard all kinds of garbage in the garbage classification. Therefore, the current garbage sorting and recycling effect is relatively poor. At the same time, the cleaning management department needs to sort the collected garbage again, which brings a lot of workload to sanitation workers and wastes public resources.

Utility model content

The main purpose of the utility model is to provide an intelligent system for garbage sorting and recycling, aiming to solve the problem of lack of necessary intelligent auxiliary equipment or methods in the process of garbage sorting and recycling management, which leads to poor efficiency of garbage sorting.

Another object of the present utility model is to provide an intelligent method for sorting and recycling the above-mentioned garbage.

In order to achieve the above object, the utility model provides an intelligent garbage sorting and recycling system, including a garbage identification module and a garbage classification intelligent recycling device, the garbage identification module includes a garbage category marking module, and the garbage classification intelligent recycling device includes a garbage classification module. Category identification module and processing module;

Wherein, the garbage category marking module is used to mark the category of the thrown garbage; the garbage category identification module is used to read the label and determine the garbage category of the garbage; the processing module uses According to the judgment result of the garbage category identification module, different categories of garbage are transferred to corresponding garbage collection containers.

Preferably, the garbage category identification module is also used to read the barcode marks on the put plastic bottles or beverage bottles or detect whether the garbage is recyclable.

Preferably, the processing module is further configured to measure or weigh the garbage to be recycled according to the judgment result of the garbage category identification module.

Preferably, the intelligent garbage sorting and recycling system further includes a garbage sorting smart digital terminal cloud platform, and the garbage identification module also includes a proximity card module, and the garbage sorting smart recovery device also includes a sensing identification module; wherein, the The induction card module is used to generate an induction signal after sensing with the induction identification module; the garbage category identification module is used to read the mark after receiving the induction signal and determine the garbage category to which the garbage belongs ; The smart digital terminal cloud platform for garbage sorting includes a management server, which is used to statistically analyze the measurement or weighing data of the garbage corresponding to the proximity card module.

Preferably, the intelligent garbage sorting and recycling system also includes an identity recognition module. In addition, the garbage sorting intelligent digital terminal cloud platform also includes a garbage sorting service terminal, and the garbage sorting service terminal includes a display module, an identity recognition module reading fetching module; wherein, the identity recognition module is used for induction with the reading module of the identity recognition module; the display module is used for displaying and managing the identification module after sensing with the reading module of the identity recognition module The server statistically analyzes the processed data.

The utility model proposes an intelligent garbage sorting and recycling system, which includes a garbage identification module and a garbage classification intelligent recycling device. The garbage identification module includes a garbage category marking module, and the garbage classification intelligent recycling device includes a garbage category identification module and processing module; wherein, the garbage category marking module is used to mark the category of the thrown garbage; the garbage category identification module is used to read the label and determine the garbage category of the garbage; the processing A module for transferring different types of garbage to corresponding garbage collection containers according to the judgment result of the garbage category identification module. In the actual application process of the utility model, considering that some garbage itself carries unique marks, such as the barcode on the plastic bottle, the utility model scans the barcode directly, and compares the scanning result with the identification module of the garbage category identification module. After the results are matched, the matching results are sent back to the management system for statistical analysis, so as to achieve special recycling of this type of self-marked garbage.

Description of drawings

Fig. 1 is a structural schematic diagram of an embodiment of an intelligent system for sorting and recycling garbage according to the present invention.

Fig. 2 is a structural schematic diagram of a garbage sorting intelligent recycling device of the present invention.

The realization of the purpose of the utility model, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

Detailed ways

It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

Please refer to Figures 1 to 2 together, wherein Figure 1 is a structural schematic diagram of an embodiment of an intelligent system for garbage sorting and recycling according to the utility model; Figure 2 is a kind of garbage sorting intelligent recycling according to the utility model Structural schematic diagram of the device; FIG. 3 is a work flow diagram of an embodiment of an intelligent method for garbage sorting and recycling according to the utility model. A kind of garbage sorting and recycling intelligent system of this embodiment includes a garbage identification module 1 and a garbage classification intelligent recycling device 2, the garbage identification module 1 includes a garbage classification marking module 12, and the garbage classification intelligent recycling device 2 includes a garbage classification identification module 22 And processing module 23; Wherein, rubbish classification marking module 12 is used for making corresponding mark to the belonging category of thrown rubbish; Garbage classification recognition module 22 is used for reading mark and judges the rubbish classification that rubbish belongs to; Processing module 23, for according to According to the judgment result of the garbage category identification module, different categories of garbage are sent to corresponding garbage collection containers. In the actual application process, by distributing the garbage marking module 12 with a record for the designated garbage dropper, or the manufacturer marks the package or product through the garbage category marking module, when the product is discarded and recycled, the garbage collector passes the garbage category identification module 22 to read out the category of the garbage, which is convenient for the intelligent management of garbage sorting and recycling. Considering that some garbage itself has unique marks, such as the barcode on the plastic bottle, the utility model directly scans the barcode, matches the scanning result with the identification result of the garbage category identification module, and sends the matching result back to the management In the system, it is used for statistical analysis to achieve special recycling of this type of self-marked garbage. Or considering the detection technology of existing garbage, such as detection technology of metal, paper products, plastics, etc., the garbage category identification module 22 of the present utility model can also detect whether the garbage thrown by the garbage thrower is recyclable garbage. to a good role in automatic supervision.

In the further implementation process, the utility model also includes a garbage sorting intelligent digital terminal cloud platform 3, and the garbage identification module 1 also includes a proximity card module 11, and the garbage sorting intelligent recovery device 2 also includes a sensing identification module 21; wherein, the proximity card module 11 is used for generating induction signal after sensing with induction identification module 21; Garbage category identification module is used for reading the mark on the garbage after receiving the induction signal and judging the category of garbage to which the garbage belongs; processing module 23 is also used for according to the The judgment result of the garbage category identification module measures or weighs the garbage to be recycled. The smart digital terminal cloud platform 3 for garbage sorting includes a management server 33 for performing statistical analysis on the measurement or weighing data of the garbage corresponding to the contactless card module. In the actual application process, the implemented system can be installed in residential quarters of urban residents, and each household distributes induction modules 1 with different IDs, that is, induction cards, which can generally be attached to residents' own trash cans. In addition, the garbage sorting intelligent recycling device 2 is set at the garbage recycling site of the community. When the residents are at home, they first classify the garbage and throw it into their own garbage cans, then put the garbage filled in the garbage cans into the garbage sorting intelligent recycling device 2, and then use the sensor module 1 attached to the garbage cans to cooperate with the garbage sorting intelligent recycling The induction identification module 21 of the device 2 generates an induction, and the garbage classification identification module 22 recognizes the category of the thrown garbage after receiving the induction signal, and transmits different categories of garbage to the corresponding garbage collection container 24 according to the identification result, In this way, the intelligent garbage sorting and recycling is finally realized. Since each community resident has an induction card corresponding to his own identity, the garbage recycling management personnel can issue the corresponding induction card to the residents who participate in the garbage sorting after the identity authentication, which will promote the residents of the community to participate in the garbage sorting Play a certain regulatory and supervision role in recycling activities.

In the further implementation process, in order to prevent people from stealing or maliciously collecting garbage that has been sorted and recycled, as shown in Figure 2, the garbage collection container 24 of the present utility model includes a box body 242, a box cover 241 and a switch (not shown in the figure). ), the box 242 is composed of four small boxes, and each small box holds kitchen waste, recyclable garbage, hazardous garbage and non-recyclable garbage respectively. The box body 242 is connected with the garbage delivery port 25 through a pipeline 26 . In specific applications, the switch of the garbage collection container 24 is closed, and the height difference between the garbage delivery port 25 and the garbage collection container 24 is used to realize that the garbage falls into the garbage collection container 24 from the pipeline 26. When the garbage collector or the management personnel hold the key Turn on the switch and take out the garbage inside. As a modification of this embodiment, the garbage collection containers 24, 26 and the garbage delivery port 25 of the present invention can be designed in one piece.

In the further implementation process, in order to further improve the operability of the utility model in practical applications, avoid the situation that someone maliciously reuses the sensing module 11 and the sensing identification module 21 for sensing but only places a small amount of classified garbage after each sensing , the processing module of this embodiment also includes a garbage metering or weighing module (not shown in the figure), which is used to identify the garbage in the garbage bag as recyclable after the garbage category identification module 22 identifies the garbage as recyclable. The garbage is weighed, and the weighed data is sent to the management server 6 for its statistical analysis. As a result, garbage sorting and recycling managers can take corresponding better management measures according to the number of times residents participate in garbage sorting and the weight of the garbage they put in, so that residents are more motivated to participate in sorting and recycling, and ultimately make garbage sorting and recycling more efficient. higher efficiency.

In the further implementation process, in order to make it easier for the garbage dumper to self-inquire about the number of times he participated in garbage sorting and the weight of the sorted garbage he put in, this embodiment also includes an identity recognition module 31, a garbage sorting intelligent digital terminal cloud platform 1 also includes a garbage sorting service terminal 32, and the garbage sorting service terminal 32 includes a display module and an identity recognition module reading module (not shown in the figure); wherein, the identity recognition module 31 is used for sensing with the identity recognition module reading module; The display module is used for displaying the statistically analyzed data processed by the management server 33 after the identity recognition module 31 senses with the identity recognition module reading module. In practical application, the identification module 4 is generally an identification card, and the display module is a touchable display screen. Residents in the community pass the identification cards that belong to themselves or their families and the identification module reading module on the garbage sorting service terminal 5. After sensing through the RFID technology, the residents of the community can read their participation in garbage sorting by operating the touchable display screen. The number of times of delivery, the weight of garbage delivery, etc.

In the embodiments described above, in order to realize the whole process of intelligent management in the waste sorting and recycling process, the management server 6 of this embodiment exchanges information with the Internet through the cloud server 34, and the management server 33 controls the information in the garbage sorting service. Display on the terminal 33. In this embodiment, the cloud server 34 is connected through information media such as an Internet mobile phone information port 35, a government information port 36, a digital TV port 37, a home computer port 38, and a property information port 39. The management server 33 exchanges information with the Internet through the cloud server 34. The information includes advertisement information, real-time news, property notices or commodity and its price information, etc., and displays the exchanged information content on the garbage sorting service terminal 32, mobile phone, government Computers, televisions, home computers, property management computers, etc., have very broad application prospects. As one of the application methods of waste sorting management, the utility model realizes the electronic transaction operation of point-purchasing goods by touching the display module according to the point status of the waste after the waste thrower senses the waste sorting service terminal 32 with the identification card. Due to the encouraging policy provided by the country to realize garbage classification, the commodity information displayed on the garbage classification service terminal 32 is mainly lower-priced and high-quality commodities provided by the country.

Compared with the shortcomings and deficiencies of the prior art, the beneficial effects of the utility model are as follows:

(1) In the intelligent waste sorting and recycling system of the present utility model, the technologies adopted by various devices are realized by existing common technologies, and the manufacturing cost of each device is low, and it is easy to promote among residential quarters in cities and towns.

(2) The intelligent method of garbage sorting and recycling of the utility model can be well applied in the management of garbage sorting and recycling, solving the problem that garbage throwers do not take the initiative to actively participate in garbage sorting and recycling. has important practical significance.

The above descriptions are only preferred embodiments of the present utility model, and are not therefore limiting the patent scope of the present utility model. Any equivalent structure or equivalent process transformation made by using the specification of the utility model and the contents of the accompanying drawings may be directly or indirectly used in Other relevant technical fields are all included in the patent protection scope of the present utility model in the same way.

Claims (5)

1. The utility model provides a system for it is intelligent that waste classification retrieves which characterized in that: the garbage classification intelligent recovery device comprises a garbage identification module and a garbage classification intelligent recovery device, wherein the garbage identification module comprises a garbage classification marking module, and the garbage classification intelligent recovery device comprises a garbage classification identification module and a treatment module;

wherein,

the garbage category marking module is used for marking the category of the thrown garbage correspondingly;

the garbage category identification module is used for reading the mark and judging the garbage category to which the garbage belongs;

and the processing module is used for respectively transmitting the garbage of different types to the corresponding garbage collection containers according to the judgment result of the garbage type identification module.

2. The intelligent garbage classification and recycling system according to claim 1, wherein: the garbage category identification module is also used for reading a bar code mark on the thrown plastic bottle or beverage bottle or detecting whether the garbage is recyclable.

3. The intelligent garbage classification and recycling system according to claim 2, wherein: the processing module is also used for metering or weighing the garbage to be recycled according to the judgment result of the garbage category identification module.

4. The intelligent garbage classification and recycling system according to claim 3, wherein: the intelligent garbage classification recycling device further comprises a garbage classification intelligent digital terminal cloud platform, the garbage identification module further comprises an induction card module, and the intelligent garbage classification recycling device further comprises an induction recognition module; wherein,

the induction card module is used for generating an induction signal after being induced by the induction identification module;

the garbage category identification module is used for reading the mark after receiving the induction signal and judging the garbage category to which the garbage belongs;

the garbage classification intelligent digital terminal cloud platform comprises a management server and is used for carrying out statistical analysis on the metering or weighing data of garbage corresponding to the induction card module.

5. The intelligent garbage classification and recycling system according to claim 4, wherein: the intelligent digital terminal cloud platform for garbage classification also comprises an identity recognition module, and the intelligent digital terminal cloud platform for garbage classification also comprises a garbage classification service terminal, wherein the garbage classification service terminal comprises a display module and an identity recognition module reading module; wherein,

the identity recognition module is used for sensing with the identity recognition module reading module;

and the display module is used for displaying the data after statistical analysis and processing by the management server after the identity recognition module and the identity recognition module reading module are induced.

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