KR102527365B1 - Goods delivery service system, server and method - Google Patents

Abstract

In the case of delivery of goods with a pick-up point and a destination, such as a delivery agency or quick service, the present invention provides optimal delivery of items dispatched to the delivery man based on the location of the delivery man without the need for the delivery man to perform complex calculations. It relates to a product delivery service system, server, and method implemented to recommend an order, wherein a client terminal receives and transmits request information through an input means; The product delivery service server receives and registers the request information transmitted from the client's terminal, receives the location information of the delivery person, and recommends the optimal delivery order for the items dispatched to the delivery person based on the location of the delivery person generating and notifying recommendation information; The database stores the request information registered in the product delivery service server; After the delivery person terminal detects the current location with the location detection means and transmits the location information of the delivery person to the product delivery service server, it receives the recommendation information transmitted from the product delivery service server and outputs the optimal order of product delivery through the output means. Notify the delivery person.

Description

Goods delivery service system, server and method

The technical field of the present invention relates to a product delivery service system, server, and method. A product delivery service system implemented to recommend an optimal delivery order for items dispatched to a delivery person based on location, a server, and a method.

In a general product delivery service system, when a client applies for delivery, a delivery person in the region visits the client who has applied for delivery and receives the item, and the delivery person delivers a waybill consisting of a number of blanks to the client while receiving the item. In addition, the client is required to manually record the name, name, address, etc. necessary for delivery, and the delivery person receives the handwritten invoice, attaches it to the box, and brings it out.

Looking at the waybill on which transportation information is recorded by hand, it consists of four overlapping sheets. At this time, as the transportation information is recorded by handwriting, the three sheets of paper overlapping side by side at the bottom also have the same contents of transportation information through ink. will be recorded. Therefore, when the delivery person picks up and takes the customer's item, one of the four invoices as a set is delivered to the client in the form of a receipt, and then, when the delivery person brings the item to the branch, After storing one of them, the item is shipped back to the head office.

The head office is supposed to keep one copy of the package, except for the waybill attached to the packaging box, and deliver the item to a branch near the destination. However, even in the same area, when requesting same-day delivery, an additional fee is charged because a quick service must be requested, and moreover, when requesting delivery to another area, there is a disadvantage that it takes at least two days. In other words, there is a disadvantage that it takes a long time compared to the expenditure cost for delivering the product, and it will be said that there is a need to improve such a disadvantage of low cost efficiency.

Korean Registered Patent No. 10-193865 (registered on Jan. 9, 2019) discloses a product delivery system and method that can selectively request product delivery to an unspecified number of registered schedules, including the pickup location, destination, and time. a plurality of performing terminals registering daily information including the movement path included therein; The item delivery location and item delivery location included in the item delivery request information received through SNS messenger, voice call, or app are checked, and the item included in the item delivery request information is delivered during the movement route included in the daily information registered by the terminals. a server requesting delivery of goods to at least one of execution terminals corresponding to a range within a set standard of a place and a delivery place of goods; a receiving terminal of a recipient receiving the delivered goods; A client terminal that transmits delivery request information including at least one of a delivery destination of the goods, a date and time, a delivery point of the goods, a receiving method, and a request to the server; and a terminal installed in any one of business establishments and public places designated by the contract, and a base terminal capable of transmitting item receipt information to at least one of the server and the receiving terminal, and the server accepts the delivery request and delivers the goods. Generates an encrypted identification code of the performing terminal, divides the identification code, and divides the identification code into a client terminal requesting delivery or a base terminal set as a consignment or receiving point of goods and a performing terminal to transmit different identification codes, and the client terminal It is characterized in that the terminal or base terminal decodes the divided identification information received from the performing terminal, decodes the remaining divided identification information received from the server, and then combines them to confirm validity. According to the disclosed technology, goods can be delivered at low cost and in a short time as the general public requests delivery of goods according to the schedule to the general public who is planning to go to work, business trip, residence and living area, especially to the local area or long-distance business trip, In addition, as ordinary people carry out delivery requests for goods that match their schedules and travel routes in addition to their main economic activities, it is very easy to have a side job in addition to their main economic activities, which can increase household income.

Korean Patent Publication No. 10-2021-0033614 (published on March 29, 2021) discloses a delivery service method and apparatus for determining a more suitable shipper for delivery in consideration of the intentions of users using the delivery service. According to the disclosed technology, the step of receiving delivery request information including a place where delivery is possible, a time available for delivery, and a delivery address; Selecting a shipper matching the delivery request information from among shippers for whom an estimated departure time, pick-up point, and destination have been received; and, when a carrier is selected, notifying matching information. By doing so, the range of carriers that can be selected is expanded to third parties that do not correspond to professional carriers, so delivery is more optimized for delivery. It is possible to select a person, and since a delivery person more optimized for delivery requested by service users is determined, further improved user convenience can be provided.

In the conventional technology as described above, when delivery is carried out through all mobility such as delivery agency, quick service, and courier, there is a pick-up point and a destination according to each order, and it is efficient to take a delivery order for delivery Depending on how it is used, it is a very important part of the energy and resources used and the protection of the environment. When there are several orders to go, it becomes a difficult problem that the delivery man cannot easily understand how to go to the pick-up point and destination for efficient delivery. In the case of parcel delivery, it is possible to make an easy decision because there is only a destination, but in the case of delivery of items with a pick-up point and destination, such as a delivery agency or quick service, the delivery person has to perform complicated calculations on their own. As a result, it increases the resources and delivery time of the delivery person, and has the disadvantage of not being helpful for efficient work due to the complicated and slow delivery start.

Korean Patent Registration No. 10-193865 Korean Patent Publication No. 10-2021-0033614

The problem to be solved by the present invention is to solve the above-mentioned disadvantages or needs, and in the case of delivery of goods with a pick-up point and a destination, such as a delivery agency, quick service, etc., without the need for a delivery person to perform complicated calculations. An object of the present invention is to provide a product delivery service system, server, and method implemented to recommend an optimal delivery order for items dispatched to a delivery man based on the location of the delivery man.

As a means for solving the above problems, according to one feature of the present invention, a client terminal for receiving and transmitting request information through an input means; Receives and registers the request information transmitted from the client's terminal, receives the location information of the delivery person, and generates recommendation information for recommending the optimal delivery order for the items dispatched to the delivery person based on the location of the delivery person. An item delivery service server that notifies and informs; a database storing request information registered in the product delivery service server; and After detecting the current location by the location detection means and transmitting the location information of the delivery person to the product delivery service server, recommendation information transmitted from the product delivery service server is received and the optimal product delivery order is delivered through the output means. Provided is a product delivery service system including a deliveryman terminal informing the member.

In one embodiment, the client terminal receives request information including information on the type of goods, pick-up location, and destination through an input means, and includes client identification information or client terminal identification information in the request information to provide the product delivery service. characterized in that it is transmitted to the server.

In one embodiment, the product delivery service server checks information on the item type, pick-up location, and destination in the request information received from the client terminal, and confirms whether the request information for product delivery with the pick-up location and destination is characterized by

In one embodiment, the product delivery service server checks the item type, pick-up location, destination information, client identification information or client terminal identification information from the request information received from the client terminal, and divides the request information according to product type information. , It is characterized in that the database is registered by pickup point information, destination information, client identification information, or client terminal identification information and registered in the database.

In one embodiment, the product delivery service server is characterized in that the latitude and longitude of the delivery person and the latitude and longitude of each pick-up point and destination of the goods are checked and displayed on the side of the delivery person terminal.

를 이용하여 배송원과 각 픽업지 간의 거리, 배송원과 각 도착지 간의 거리, 각 픽업지와 각 도착지 간의 거리, 각 픽업지 간의 거리, 각 도착지 간의 거리를 계산하는 것을 특징으로 한다.In one embodiment, the item delivery service server, through the latitude and longitude of the delivery person and the latitude and longitude of each pick-up point and destination of the items,

It is characterized in that the distance between the delivery person and each pick-up point, the distance between each pick-up point and each destination, the distance between each pick-up point and each destination, the distance between each pick-up point, and the distance between each destination are calculated using

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In one embodiment, the goods delivery service server uses the distance between the delivery person and each pickup location, the distance between the delivery person and each destination, the distance between each pickup location and each destination, the distance between each pickup location, and the distance between each destination. So, among the destinations, the destination pole, which is the farthest destination from the delivery person, and the pickup point pole, which is the farthest pickup point from the destination pole or the pickup point closest to the delivery person, are searched, and the pickup point pole is the place where the delivery person will go first. set to be registered in the database or notified to the deliveryman terminal, and then, on the condition that you cannot go to the destination without going through the pick-up point, based on the pick-up point pole, the destination point corresponding to the pick-up point pole, the pick-up point pole It is characterized by comparing the distance to each other pick-up location, searching for the location closest to the pick-up point pole, setting it as the second place to go, registering it in the database, or notifying the deliveryman terminal.

In one embodiment, the goods delivery service server, when the second place to go is a destination corresponding to the pick-up point pole, based on the second place to go, each pick-up other than the second place to go and the pick-up point pole Compare the distances between destinations to find the nearest pick-up point and set it as the third place to go, then set the fourth and fifth places to go similarly to the second and third places to go, until the destination pole It is characterized in that the order of is searched and set.

In one embodiment, the goods delivery service server, when the second place to go is a pick-up place other than the pick-up point pole, based on the second place to go, the destination corresponding to the pick-up point pole, and the second place to go Compare the distance to each pick-up point other than the destination, pick-up point pole and the second place to go, search for the closest location and set it as the third place to go, and then the second and third Similar to the destination setting, the fourth and fifth destinations are set, and the order to the destination pole is searched and set.

In one embodiment, the database stores the request information registered in the product delivery service server into a database by product type information, pickup point information, destination information, client identification information, or client terminal identification information. to be characterized

In one embodiment, the database, the pick-up point, the second place to go, the third place to go, the fourth place to go, the fifth place to go, and the destination pole registered by the goods delivery service server is recommended information. Characterized in that the delivery source identification information is converted into a database and stored.

In one embodiment, the delivery man terminal is characterized in that the latitude and longitude of the delivery man confirmed by the goods delivery service server and the latitude and longitude of each pick-up point and destination of the goods are displayed through an output means.

In one embodiment, the delivery person terminal recommends a pick-up destination pole, a second place to go, a third place to go, a fourth place to go, a fifth place to go, and a destination pole notified from the product delivery service server. It is characterized in that information is received and notified to a delivery person through an output means.

In one embodiment, the client terminal is characterized in that it requests urgent delivery to the product delivery service server together with urgent request information on urgent products.

In one embodiment, the goods delivery service server receives the urgent request information requested by the client terminal, checks the recommendation information stored in the database, and provides the fastest delivery while having a pick-up point and a destination most similar to the urgent request information. Searches for recommended information that can be searched, generates an insertion request signal for requesting to insert urgent request information into the searched recommendation information, transmits it to the delivery person terminal, and receives and searches for an acceptance signal from the delivery person terminal. It is characterized in that the information in which the urgent request information is inserted into the recommendation information is made into a database for each delivery company and registered in the database.

In one embodiment, the database is characterized in that information in which emergency request information is inserted into recommendation information registered in the product delivery service server is converted into a database for each delivery person and stored.

In one embodiment, the delivery person terminal receives the insertion request signal from the product delivery service server, outputs information requesting insertion of emergency request information into its own recommendation information through an output means, and inputs It is characterized in that the acceptance signal is received through means, and an acceptance signal is generated and transmitted to the product delivery service server.

As a means for solving the above problems, according to another feature of the present invention, each of a client terminal and a deliveryman terminal that is communicatively connected through a network is identified, and request information transmitted from the client terminal is received and transmitted, an interface unit for receiving and transmitting recommendation information transmitted from the delivery man terminal and notifying the delivery man terminal of the delivery man's location information; and registering the request information transmitted through the interface unit in the database, receiving the location information of the delivery person through the interface unit, and recommending an optimal delivery order for the items dispatched to the delivery person based on the location of the delivery person. Provides a product delivery service server including a product delivery service unit generating recommendation information for a product and delivering it to the interface unit.

As a means for solving the above problems, according to another feature of the present invention, the client terminal receiving and transmitting request information through an input means; receiving and registering request information transmitted from the client terminal by a product delivery service server; storing request information registered in the product delivery service server in a database; detecting a current location by a delivery person terminal using a location detecting means and transmitting location information of the delivery person to the product delivery service server; generating and notifying recommendation information for recommending an optimal delivery order for items dispatched to the delivery man based on the position of the delivery man based on the delivery man's position by the goods delivery service server; and receiving the recommendation information transmitted from the product delivery service server by the delivery person terminal and notifying the delivery person of an optimal product delivery order through an output unit.

As an effect of the present invention, in the case of delivery of goods with a pick-up point and a destination, such as a delivery agency, quick service, etc., the delivery man does not have to perform complicated calculations, and the goods dispatched to the delivery man based on the location of the delivery man By providing an item delivery service system, server, and method implemented to recommend an optimal delivery order for the product, it is possible to reduce the resources and delivery time of the delivery person, and to help efficient work with convenient and fast delivery start.

1 is a diagram illustrating a product delivery service system according to an embodiment of the present invention.
FIG. 2 is a diagram explaining a distance calculation formula between a pick-up point and a destination used in the product delivery service server in FIG. 1 .
FIG. 3 is a diagram illustrating three order examples when searching for a pick-up point pole and a destination pole in the goods delivery service server in FIG. 1 .
FIG. 4 is a diagram explaining a destination pole search in the goods delivery service server in FIG. 1 .
FIG. 5 is a diagram explaining a pickup location pole search in the goods delivery service server in FIG. 1 .
FIG. 6 is a diagram for explaining a search for a second place to go in the goods delivery service server in FIG. 1 .
FIG. 7 is a diagram explaining a third place to go search in the goods delivery service server in FIG. 1 .
FIG. 8 is a diagram explaining an optimal delivery order search in the product delivery service server in FIG. 1 .
FIG. 9 is a diagram illustrating a product delivery service server in FIG. 1 .
10 is a diagram explaining a product delivery service method according to an embodiment of the present invention.
FIG. 11 is a diagram for explaining the recommendation information notification step in FIG. 10 .

Hereinafter, with reference to the accompanying drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily carry out the present invention. However, since the description of the present invention is only an embodiment for structural or functional description, the scope of the present invention should not be construed as being limited by the embodiments described in the text. That is, since the embodiment can be changed in various ways and can have various forms, it should be understood that the scope of the present invention includes equivalents capable of realizing the technical idea. In addition, since the object or effect presented in the present invention does not mean that a specific embodiment should include all of them or only such effects, the scope of the present invention should not be construed as being limited thereto.

The meaning of terms described in the present invention should be understood as follows.

Terms such as "first" and "second" are used to distinguish one component from another, and the scope of rights should not be limited by these terms. For example, a first element may be termed a second element, and similarly, a second element may be termed a first element. It should be understood that when an element is referred to as “connected” to another element, it may be directly connected to the other element, but other elements may exist in the middle. On the other hand, when an element is referred to as being “directly connected” to another element, it should be understood that no intervening elements exist. Meanwhile, other expressions describing the relationship between components, such as “between” and “immediately between” or “adjacent to” and “directly adjacent to” should be interpreted similarly.

Singular expressions should be understood to include plural expressions unless the context clearly dictates otherwise, and terms such as “comprise” or “having” refer to a described feature, number, step, operation, component, part, or It should be understood that it is intended to indicate that a combination exists, and does not preclude the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs, unless defined otherwise. Terms defined in commonly used dictionaries should be interpreted as consistent with meanings in the context of related art, and cannot be interpreted as having ideal or excessively formal meanings unless explicitly defined in the present invention.

Now, a product delivery service system, server, and method according to an embodiment of the present invention will be described in detail with reference to the drawings.

1 is a diagram explaining a product delivery service system according to an embodiment of the present invention, FIG. 2 is a diagram explaining a distance calculation formula between a pick-up point and a destination used in the product delivery service server in FIG. 1, and FIG. It is a view explaining three order examples when searching for a pick-up point pole and a destination pole in the goods delivery service server in FIG. 1, and FIG. FIG. 5 is a diagram explaining pickup location pole search in the product delivery service server in FIG. 1, and FIG. 6 is a diagram explaining the second destination search in the product delivery service server in FIG. 1, and FIG. is a diagram for explaining the search for the third place to go in the product delivery service server in FIG. 1 , and FIG. 8 is a diagram for explaining the search for the optimal delivery order in the product delivery service server in FIG. 1 .

1 to 8, the product delivery service system 100 includes a plurality of client terminals 110, a product delivery service server 120, a database 130, a plurality of delivery worker terminals 140, and a network 150. ).

When the client terminal 110 inputs request information through an input means such as a keypad, a touch screen, or a touch pad, the input request information is transmitted to the product delivery service server 120 through the network 150. give.

In one embodiment, the client terminal 110 may include, for example, information such as item type, pick-up location, destination, etc. in the request information input through the input means, and may also include unique information for identifying itself. Identification information (eg, client identification information or client terminal identification information) is stored in the internal memory, and then the client identification information or client terminal identification information is included in the request information including information such as item type, pick-up point, destination, etc. It may be transmitted to the delivery service server 120.

In one embodiment, the client terminal 110, in the case of an item to be delivered urgently (ie, urgent item), together with the request information (ie, urgent request information) for the urgent item, the item delivery service server You can request it at (120).

The product delivery service server 120 receives the request information transmitted from the client terminal 110 through the network 150, registers the received request information in the database 130, and the delivery worker terminal 140 The network 150 generates recommendation information for recommending the optimal delivery order for the items dispatched to the delivery man based on the position of the delivery man based on the position of the delivery man through the network 150. ) through which the delivery person terminal 140 is notified.

In one embodiment, the product delivery service server 120, when receiving the request information transmitted from the client terminal 110, information such as the type of item, pickup location, destination, etc., or client identification information in the received request information B. The client's terminal identification information can be checked, and it can be checked whether it is request information for delivery of goods with a pick-up point and destination, such as a delivery agency or quick service.

In one embodiment, the product delivery service server 120 transmits the request information received from the client terminal 110 by item type information, pickup point information, destination information, or client identification information or client terminal identification information. It may be made into a database for each item and registered in the database 130 .

In one embodiment, the product delivery service server 120, when recommending the optimal delivery order for the items dispatched to the delivery person, first of all, the latitude and longitude of the delivery person and each point of the items (ie, the pick-up point and the destination) ) can be confirmed and displayed on the side of the delivery person terminal 140. For example, the latitude and longitude of the delivery person can be displayed as 'a' and 'b', and the latitude and longitude of the pickup location The longitude can be displayed as 'x' and 'y', and the latitude and longitude of the destination can be displayed as 'x'' and 'y''.

In one embodiment, the product delivery service server 120, through the latitude and longitude of the confirmed delivery source and the latitude and longitude of each point (ie, pick-up point and destination) of the items, the distance between the delivery source and each pick-up point. , the distance between the delivery person and each destination, the distance between each pick-up point and each destination, the distance between each pickup point, and the distance between each destination can be calculated.

In one embodiment, the product delivery service server 120 reflects actual traffic information using a navigation system, rather than a simple distance, to determine the actual travel time between the delivery person and each pick-up location, and the actual travel time between the delivery person and each destination. The travel time, the actual travel time between each pick-up point and each destination, the actual travel time between each pick-up point, and the actual travel time between each destination may be checked.

In one embodiment, the product delivery service server 120 may calculate the distance between the pick-up point and the destination using the formula shown in FIG. The distance can be calculated by the Pythagorean theorem using the difference value of and y', and also the distance between the delivery person and each point (i.e., the pick-up point and the destination), the distance between the pick-up points, and the distance between the destination points can be calculated in the same way .

In one embodiment, the product delivery service server 120, in order to set the delivery direction of the items dispatched to the delivery man, the distance (or , travel time), the distance between pickup points (or travel time), and the distance between destinations (or travel time), first among the destinations (ie, the farthest (or longest travel time) destination from the delivery person) ) and a pole among pickups (that is, a pick-up pole that is the farthest (or longest travel time) from the destination pole or the closest (or shortest travel time) pick-up point to the delivery person). can

In one embodiment, the product delivery service server 120 has, for example, three requests (ie, orders) as shown in FIG. If it is between the pick-up point and the pick-up point of order 3, the farthest (or longest travel time) destination (eg, the destination of order 3) based on the location of the delivery person can be searched. That is, as shown in FIG. 4, the distances (or travel times) between the delivery person and each destination calculated as described above are compared to the farthest (or longest travel time) destination based on the location of the delivery person. You can search for the destination of order number 3 with .

In one embodiment, the goods delivery service server 120 is the farthest (or, The longest travel time) pick-up point (ie, pick-up point pole) can be searched, that is, the distances (or travel times) between the destination pole and each pick-up point calculated as described above as shown in FIG. By comparing , it is possible to search for the pick-up location of order No. 1 as the pick-up point that is the farthest (or the longest travel time) based on the destination pole. In other words, the product delivery service server 120 may search for the polarity between the pick-up location of the first order and the destination of the third order. Alternatively, the product delivery service server 120 compares the distances (or travel times) between the delivery man and each pick-up location calculated as described above to be the closest (or closest) based on the location of the delivery man. Short travel time) You can also search for the pickup location of order number 1 with the pickup location pole, which is the pickup location.

In one embodiment, the goods delivery service server 120 sets the searched pickup location pole as the first place the delivery person will go to under the condition that they cannot go to the destination without going through the pickup location, and sets the corresponding set pickup location pole. It may be registered in the database 130 or notified to the deliveryman terminal 140 .

In one embodiment, the goods delivery service server 120, based on the set pickup location pole (eg, the pickup location of order #1), the destination corresponding to the pickup location pole (eg, the destination of order #1) , By comparing the distance (or travel time) with each pick-up point other than the pick-up pole (eg, the pick-up point of the second order, the pick-up point of the third order), the closest (or the shortest travel time) to the pick-up point pole ) The location can be searched for and set as the second place to go, and the set second place to go can be registered in the database 130 or notified to the deliveryman terminal 140.

In one embodiment, the product delivery service server 120, for example, as shown in FIG. 6, the delivery person comes to the first place to go to the pickup location of order #1, and thus the product corresponding to order #1. As the pick-up is completed, the distance between the destination of the first order, the pick-up point of the second order, and the pick-up point of the third order based on the pick-up point of the first order under the condition that you cannot go to the destination without passing through the pick-up point (or , travel time) to search for the nearest (or shortest travel time) location. You can set it as the second place to go.

In one embodiment, the goods delivery service server 120, when the set second place to go is the destination corresponding to the pick-up point pole (eg, the destination of order No. 1), the second place to go is based on By comparing the distances (or travel times) between the second place to go and each pick-up point other than the pick-up point pole, and searching for the closest (or shortest travel time) pick-up based on the second place to go It can be set as the third place to go, and in the same way as described above, based on the set third place to go, the destination pole (eg, the third place to go) Destination) can be searched and set, and the third, fourth, and fifth places to go are registered in the database 130 or notified to the deliveryman terminal 140. can do it

In one embodiment, the goods delivery service server 120, when the set second place to go is a pickup location other than the pick-up location pole (eg, the pick-up location of order number 2), the second place to go is based on , the destination corresponding to the pick-up pole (eg, the destination of order #1), the destination corresponding to the second place to go (eg, the destination of order # 2), and each pick-up other than the pick-up pole and the second place to go. (For example, the third place to go by comparing the distance (or travel time) to the pick-up location of order number 3, and searching for the closest (or shortest travel time) location to the second place to go) , and the set third place to go can be registered in the database 130 or notified to the deliveryman terminal 140 .

In one embodiment, the product delivery service server 120, for example, as shown in FIG. 7, the delivery person comes to the second place to go to the pick-up location of the second order, and thus the product corresponding to the second order. As the pickup is completed, the distance between the destination of the first order, the destination of the second order, and the pickup location of the third order (or, Travel time) can be compared to find the nearest (or shortest travel time) location. You can set it as a place to go, and also, based on the set third place to go, in the same way as described above, the fourth place to go, the fifth place to go, etc. You can search and set the order up to.

In one embodiment, the product delivery service server 120 may search for an order from the pick-up location pole to the destination pole as described above and recommend the searched optimal delivery order to the delivery worker terminal 140. Looking at the overall order as shown in FIG. 8, the first destination is the pick-up point of order number 1, the second destination is the pick-up point of order number 2, the third destination is the destination of order number 1, and the fourth destination. The optimal delivery order may be recommended to the delivery man terminal 140 in the order of the pick-up location of order number 3 as the destination, the destination of order number 2 as the fifth destination, and the destination of order number 3 as the final destination.

In one embodiment, the goods delivery service server 120, when receiving urgent delivery (including urgent request information) requested from the client terminal 110, stores the received urgent request information in the database 130. At the same time as registering, it is possible to check the recommended information stored in the database 130 to search for recommended information that can be delivered the fastest while having a pick-up point and destination that are most similar to the urgent request information, and urgently request the searched recommended information. An insertion request signal for requesting insertion of information may be generated and transmitted to the delivery person terminal 140, and then, when an acceptance signal transmitted from the delivery person terminal 140 is received, the searched recommendation is received. Information in which emergency request information is inserted into information may be databased for each delivery person and registered in the database 130 .

The database 130 stores request information registered from the product delivery service server 120 .

In one embodiment, the database 130 converts the request information registered from the product delivery service server 120 into a database by product type information, pickup point information, destination information, or client identification information or client terminal identification information. You can also save it.

In one embodiment, the database 130 includes a pick-up point registered from the product delivery service server 120, a second place to go, a third place to go, a fourth place to go, a fifth place to go, and a destination pole. Recommendation information such as such may be stored in a database for each delivery source identification information.

In one embodiment, the database 130 may store information in which emergency request information is inserted into recommendation information registered from the product delivery service server 120 into a database for each delivery company.

After the delivery person terminal 140 detects the current location with a location detecting means such as GPS and transmits the delivery person location information to the product delivery service server 120 through the network 150, the product delivery service server By receiving the recommendation information transmitted from 120 through the network 150 and notifying the delivery man of the optimal delivery order through an output means such as an LCD or a speaker, the delivery man does not have to perform complicated calculations. You can reduce your resources and delivery time, and conducive to efficient work with a convenient and quick delivery start.

In one embodiment, the delivery man terminal 140 outputs the latitude and longitude of the delivery man confirmed by the product delivery service server 120 and the latitude and longitude of each point (ie, pick-up point and destination) of the goods, such as an LCD or the like. It can be displayed through means.

In one embodiment, the delivery person terminal 140, the pick-up destination notified from the product delivery service server 120, the second place to go, the third place to go, the fourth place to go, the fifth place to go, It is possible to receive recommendation information, such as a destination pole, and notify the delivery man through an output means.

In one embodiment, the delivery person terminal 140 receives the insertion request signal transmitted from the product delivery service server 120, and outputs information requesting insertion of emergency request information into its own recommendation information. After that, approval may be received from the delivery person through the input means, and an approval signal may be generated and transmitted to the product delivery service server 120 .

The network 150 includes a wired communication network or a wireless communication network, including communication between a plurality of client terminals 110 and the product delivery service server 120, and communication between the product delivery service server 120 and the plurality of delivery person terminals 140. By connecting the communication, data between the plurality of client terminals 110 and the product delivery service server 120 and data between the product delivery service server 120 and the plurality of delivery person terminals 140 are transmitted and received.

The goods delivery service system 100 having the configuration described above is based on the location of the delivery man without the need for the delivery man to perform complicated calculations in the case of delivery of goods having a pick-up point and a destination, such as a delivery agency or a quick service. By implementing to recommend the optimal delivery order for the dispatched items to the delivery man, it is possible to reduce the delivery man's resources and delivery time, and to help efficient work with convenient and fast delivery start.

The product delivery service system 100 having the configuration described above increases the profit of the delivery person by reducing energy saving and environmental protection of mobility and resources, saves delivery time and enables efficient work, and enables the delivery person to order conveniently. Since it can be executed quickly and efficiently, more orders can be fulfilled, and customer satisfaction can be increased because they can receive prompt service.

FIG. 9 is a diagram illustrating a product delivery service server in FIG. 1 .

Referring to FIG. 9 , the product delivery service server 120 includes an interface unit 121 and a product delivery service unit 122 .

The interface unit 121 communicates with a plurality of client terminals 110 and a plurality of deliveryman terminals 140 through the network 140, and each has its own unique identification information (client identification information or client terminal Identification information, delivery source identification information or delivery source terminal identification information) identifies each of the communication-connected client terminal 110 and delivery worker terminal 140, and then transmits the request information transmitted from the client terminal 110. It is received through the network 150, and the received request information is delivered to the product delivery service unit 122, and then the delivery person location information transmitted from the delivery person terminal 140 is received through the network 150. , Delivers the received delivery source location information to the product delivery service unit 122, and notifies the delivery driver terminal 140 of recommendation information transmitted from the product delivery service unit 122 through the network 150.

The product delivery service unit 122 registers the request information transmitted through the interface unit 121 in the database 130, and then receives the location information of the delivery person through the interface unit 121, Recommendation information for recommending an optimal delivery order for items dispatched to a delivery man based on location is generated and transmitted to the interface unit 121 .

In one embodiment, when the product delivery service unit 122 receives request information transmitted from the client terminal 110 through the interface unit 121, the item type, pick-up location, destination in the received request information. etc. information or client identification information or client terminal identification information can be checked, and it can be checked whether it is request information for delivery of goods having a pick-up point and destination, such as a delivery agency or quick service.

In one embodiment, the product delivery service unit 122 identifies the request information received from the client terminal 110 through the interface unit 121 by item type information, pickup designation information, destination information, or client identification. It may be registered in the database 130 by making a database by information or client terminal identification information.

In one embodiment, the product delivery service unit 122, when recommending the optimal delivery order for the items dispatched to the delivery person, first of all, the latitude and longitude of the delivery person and each point of the items (ie, the pick-up point and the destination) ) The latitude and longitude of ) can be checked and displayed on the side of the deliveryman terminal 140 through the interface unit 121. For example, the latitude and longitude of the deliveryman can be displayed as 'a' and 'b'. The latitude and longitude of the pick-up location can be displayed as 'x' and 'y', and the latitude and longitude of the destination can be displayed as 'x'' and 'y''.

In one embodiment, the item delivery service unit 122, through the latitude and longitude of the confirmed delivery person and the latitude and longitude of each point (ie, pick-up point and destination) of the items, the distance between the delivery person and each pick-up point , the distance between the delivery person and each destination, the distance between each pick-up point and each destination, the distance between each pickup point, and the distance between each destination can be calculated.

In one embodiment, the product delivery service unit 122 may calculate the distance between the pick-up point and the destination using the formula shown in FIG. The distance can be calculated by the Pythagorean theorem using the difference value of and y', and also the distance between the delivery person and each point (i.e., the pick-up point and the destination), the distance between the pick-up points, and the distance between the destination points can be calculated in the same way .

In one embodiment, the product delivery service unit 122, in order to set the delivery direction of the items dispatched to the delivery person, the distance between the delivery person and each point (ie, the pick-up point and the destination point) calculated as described above, pickup Using the distance between the destinations and the distance between destinations, first the pole of the destinations (i.e., the destination pole that is the farthest destination from the delivery person) and the pole of the pick-ups (that is, the farthest pickup from the destination pole or the pickup closest to the delivery person) Acquaintance pick-up point pole) can be searched, and the searched destination pole and pick-up point pole can be registered in the database 130 or notified to the deliveryman terminal 140 through the interface unit 121. all.

In one embodiment, the product delivery service unit 122 has, for example, three requests (ie, orders) as shown in FIG. If it is between the pick-up point and the pick-up point of order #3, it is possible to search for the farthest destination (eg, the destination of order #3) based on the location of the delivery person, that is, as shown in FIG. The destination of order number 3 may be searched for as the farthest destination based on the location of the delivery man by comparing the distances between the delivery man and each destination calculated as described above.

In one embodiment, the product delivery service unit 122 searches for the farthest pickup point (ie, pickup point) from the farthest destination (ie, the destination pole) based on the location of the delivery person searched as described above. That is, as shown in FIG. 5, the distances between the destination pole calculated as described above and each pickup location can be compared to search for the pickup location of order #1 as the farthest pickup location based on the destination pole. In other words, the product delivery service server 120 may search for the polarity between the pick-up location of the first order and the destination of the third order. Alternatively, the product delivery service server 120 compares the distances between the delivery man and each pick-up location calculated as described above, and places the pick-up point of order No. you can also explore.

In one embodiment, the goods delivery service unit 122 sets the searched pickup destination pole as the first place the delivery person will go to under the condition that they cannot go to the destination without passing through the pickup location, and sets the set pickup location pole It can be registered in the database 130 or notified to the deliveryman terminal 140 through the interface unit 121 .

In one embodiment, the goods delivery service unit 122, based on the set pickup location pole (eg, pickup location of order #1), the destination corresponding to the pickup location pole (eg, the destination of order #1) , By comparing the distance to each pickup point other than the pick-up pole (eg, the pick-up point of the 2nd order, the pick-up point of the 3rd order), and searching for the closest location from the pick-up pole to the second place to go. It can be set, and the set second place to go can be registered in the database 130 or notified to the deliveryman terminal 140 .

In one embodiment, the product delivery service unit 122, for example, as shown in FIG. 6, the delivery person comes to the first place to go to the pickup location of order number 1, and thus the item corresponding to order number 1. As the pick-up is completed, under the condition that you cannot go to the destination without going through the pick-up point, the distance between the pick-up point of order 1, the pick-up point of order 2, and the pick-up point of order 3 is compared based on the pick-up point of order 1. Then, the nearest location can be searched. At this time, according to the closest location to the pickup location of the second order, the pickup location of the second order can be set as the second destination.

In one embodiment, the goods delivery service unit 122, when the set second place to go is the destination corresponding to the pick-up point pole (eg, the destination of order No. 1), the second place to go is based on As a result, the distances between the second place to go and each pick-up point other than the pick-up point can be compared, and the closest pick-up location based on the second place to go can be searched for and set as the third place to go. Based on the place to go for the fourth place to go in the same way as described above, it is possible to search and set the order to the destination pole (for example, the destination of order number 3) with the fourth place to go, the fifth place to go, etc. The third place to go, the fourth place to go, the fifth place to go, etc. may be registered in the database 130 or notified to the deliveryman terminal 140 through the interface unit 121 .

In one embodiment, the goods delivery service unit 122, when the set second place to go is a pick-up location other than the pick-up location pole (eg, the pick-up place of order number 2), the second place to go is based on , the destination corresponding to the pick-up pole (eg, the destination of order #1), the destination corresponding to the second place to go (eg, the destination of order # 2), and each pick-up other than the pick-up pole and the second place to go. (For example, the pick-up point of order number 3), you can set the third place to go by searching for the closest location to the second place to go, and set the third place to go. It can be registered in the database 130 or notified to the deliveryman terminal 140 through the interface unit 121 .

In one embodiment, the product delivery service unit 122, for example, as shown in FIG. 7, the delivery person comes to the second place to go to the pick-up location of the second order, and thus the product corresponding to the second order. As the pickup is completed, under the condition that you cannot go to the destination without going through the pickup location, the distance between the destination of the first order, the destination of the second order, and the pickup location of the third order is compared based on the pickup location of the second order. You can search for the nearest location, and at this time, depending on the destination of order number 1 being the closest, you can set the destination of order number 1 as the third place to go. In the same way as above, it is possible to search and set the order to the destination pole (for example, the destination of the third order) with the fourth destination, the fifth destination, etc., and also set the optimal delivery order in the database 130 or can be notified to the deliveryman terminal 140 through the interface unit 121.

In one embodiment, the product delivery service unit 122, as described above, searches the order from the pick-up location pole to the destination pole, and sends the searched optimal delivery order to the delivery worker terminal 140 through the interface unit 121. As shown in FIG. 8, in the overall order, the first destination is the pick-up point of order number 1, the second destination is the pick-up point of order number 2, and the third destination is number 1. The interface unit 121 sets the optimal delivery order in the order of the destination of the order, the pick-up point of order number 3 as the fourth destination, the destination of order number 2 as the fifth destination, and the destination of order number 3 as the final destination. Through this, the delivery person terminal 140 may be recommended.

In one embodiment, when the goods delivery service unit 122 receives urgent delivery (including urgent request information) requested from the client terminal 110 through the interface unit 121, the received urgent request At the same time as registering the information in the database 130, it is possible to check the recommended information stored in the database 130 to search for recommended information that can be delivered the fastest while having the most similar pick-up and destination information to the urgent request information, An insertion request signal for requesting insertion of emergency request information into the searched recommendation information may be generated and transmitted to the delivery worker terminal 140 through the interface unit 121, and then the delivery worker terminal 140 When the acceptance signal transmitted from is received through the interface unit 121, information in which emergency request information is inserted into the searched recommendation information may be databased for each delivery company and registered in the database 130.

10 is a diagram for explaining a product delivery service method according to an embodiment of the present invention, and FIG. 11 is a diagram for explaining the recommendation information notification step in FIG. 10 .

10 and 11, when request information is input through an input means such as a keypad, a touch screen, a touch pad, etc., the client terminal 110 transmits the input request information through the network 150. It is transmitted to the delivery service server 120 (S101).

In transmitting the request information in step S101 described above, the client terminal 110 may include, for example, information such as item type, pick-up location, destination, etc. in the request information input through the input means, and also Unique identification information (for example, client identification information or client terminal identification information) for self-identification is stored in the internal memory, and then the client identification information or client information, including information such as item type, pickup location, and destination Terminal identification information may be included and transmitted to the product delivery service server 120 .

When the request information is transmitted in step S101 described above, the product delivery service server 120 receives the request information transmitted from the client terminal 110 through the network 150 and stores the received request information in the database 130. ) to be registered (S102). Accordingly, the database 130 stores request information registered from the product delivery service server 120 .

In registering the request information in step S102 described above, when the product delivery service server 120 receives the request information transmitted from the client terminal 110, the item type, pick-up location, and destination in the received request information. etc. information or client identification information or client terminal identification information can be checked, and it can be checked whether it is request information for delivery of goods having a pick-up point and destination, such as a delivery agency or quick service.

In registering the request information in step S102 described above, in the product delivery service server 120, information such as product type, pick-up location, destination, etc., or client identification information or client terminal identification from the request information received from the client terminal 110 Information can be checked, and the corresponding request information can be registered in the database 130 by making it into a database by type of item information, pick-up point information, destination information, client identification information, or client terminal identification information. Accordingly, in the database 130, the request information registered from the product delivery service server 120 is converted into a database by product type information, pickup point information, destination information, client identification information, or client terminal identification information and stored therein. may be

After registering the request information in the above-described step S102, the delivery man terminal 140 detects the current location with a location detecting means such as GPS, and transmits the delivery man location information to the product delivery service server 120 through the network 150. ) is transmitted (S103).

When the delivery person location information is transmitted in step S103 described above, the product delivery service server 120 receives the delivery person location information transmitted from the delivery person terminal 140 through the network 150, and the location of the delivery person is received. Recommendation information for recommending an optimal delivery order for the items dispatched to the delivery man is generated based on , and notified to the delivery man terminal 140 through the network 150 (S104).

In notifying the recommendation information in the above-described step S104, in the product delivery service server 120, when recommending the optimal delivery order for the items dispatched to the delivery person, first of all, the latitude and longitude of the delivery person and the items The latitude and longitude of each point (ie, pick-up point and destination) may be checked and displayed on the delivery person terminal 140. For example, the delivery person's latitude and longitude may be displayed as 'a' and 'b'. The latitude and longitude of the pick-up location can be displayed as 'x' and 'y', and the latitude and longitude of the destination can be displayed as 'x' and 'y''.

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, through the latitude and longitude of the confirmed delivery person and the latitude and longitude of each point (ie, pick-up point and destination) of the product. .

In notifying the recommendation information in step S104 described above, the product delivery service server 120 can calculate the distance between the pick-up point and the destination using the formula shown in FIG. The distance can be calculated by the Pythagorean theorem using the difference value of x and x' and the difference value of y and y', and also, in the same way, the distance between the delivery person and each point (ie, the pickup point and the destination), and the pickup point Distance, distance between destinations can also be calculated.

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, in order to set the delivery direction of the items dispatched to the delivery man, the delivery man calculated as described above and each branch (ie, Using the distance between the pick-up point and the destination), the distance between the pick-up points, and the distance between the destinations, first, the pole of the destinations (ie, the destination pole that is the farthest from the delivery person) and the pole of the pickup points (ie, the farthest from the destination pole) It is possible to search for a pick-up point or a pick-up point pole that is the closest pick-up point to the delivery person, and also register the searched destination pole and pick-up point pole in the database 130 or notify the delivery person terminal 140. there is.

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, for example, there are three requests (ie, orders) as shown in FIG. If the location of the delivery man is between the pick-up point of order 1 and the pick-up point of order 3, the farthest destination based on the location of the delivery man (eg, the destination of order 3) can be searched. That is, as shown in FIG. 4, the destination of order number 3 may be searched for as the farthest destination based on the location of the delivery person by comparing the distances between the delivery person and each destination calculated as described above.

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, the pickup location farthest from the farthest destination (ie, destination pole) based on the location of the delivery person searched as described above. (That is, the pick-up point pole) can be searched, that is, as shown in FIG. 5, by comparing the distances between the destination pole and each pick-up point calculated as described above, order 1 to the farthest pickup point based on the destination pole. You can search for pick-up locations. In other words, the product delivery service server 120 may search for the polarity between the pick-up location of the first order and the destination of the third order. Alternatively, the product delivery service server 120 compares the distances between the delivery man and each pick-up location calculated as described above, and places the pick-up point of order No. you can also explore.

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, under the condition that the delivery person cannot go to the destination without going through the pickup location, the first place to go is the searched pickup location pole. After setting, the set pick-up point can be registered in the database 130 or notified to the deliveryman terminal 140.

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, based on the set pickup location pole (eg, the pickup location of order #1), the destination corresponding to the pickup location pole. (For example, the destination of order #1) and the distance from each pickup location outside the pick-up point pole (for example, the pick-up point for order #2 and the pick-up point for order #3), determine which location is closest to the pick-up point pole can be searched for and set as the second place to go, and the set second place to go can be registered in the database 130 or notified to the deliveryman terminal 140 .

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, for example, as shown in FIG. , Accordingly, as the goods corresponding to order No. 1 are picked up, the destination of order No. 1, the pick-up place of order No. 2, and No. 3 are based on the pickup location of order No. The nearest location can be searched by comparing the distance to the pickup location of the order. At this time, according to the closest location to the pickup location of the second order, the pickup location of the second order can be set as the second place to go.

In notifying the recommendation information in the above-described step S104, in the goods delivery service server 120, if the set second place to go is the destination corresponding to the pick-up point pole (eg, the destination of the first order) Eh, based on the second place to go, compare the distances between the second place to go and each pick-up point outside the pick-up point pole, search for the closest pick-up based on the second place to go, and set it as the third place to go. In addition, based on the set third place to go, in the same way as described above, the fourth place to go, the fifth place to go, etc. are searched for the order to the destination pole (eg, the destination of order number 3). Accordingly, the third, fourth, and fifth places to go may be registered in the database 130 or notified to the deliveryman terminal 140 . Accordingly, in the database 130, the pick-up point registered from the product delivery service server 120, the second place to go, the third place to go, the fourth place to go, the fifth place to go, the destination pole, etc. Recommendation information may be stored in a database for each carrier identification information.

In notifying the recommendation information in the above-described step S104, in the goods delivery service server 120, if the set second place to go is a pickup location other than the pickup location pole (eg, the pickup location of the second order) Eh, based on the second place to go, the destination corresponding to the pick-up pole (eg, the destination of order 1), the destination corresponding to the second place to go (eg, the destination of order 2), the pick-up pole and By comparing the distance to each pick-up point other than the second place to go (for example, the pick-up point of order 3), you can set the third place to go by searching for the closest location to the second place to go. , The set third place to go can be registered in the database 130 or notified to the deliveryman terminal 140 .

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, for example, as shown in FIG. , As the goods corresponding to order 2 are picked up, the destination of order 1, the destination of order 2, and the destination of order 3 are based on the pickup location of order 2, under the condition that you cannot go to the destination without going through the pickup location. You can search for the nearest location by comparing the distance to the pick-up location. At this time, the destination of order #1 can be set as the third place to go according to the closest destination of order #1. Based on the third place to go, the fourth place to go, the fifth place to go, etc. can be searched for and set in order to the destination pole (eg, the destination of order number 3) in the same way as described above. The set optimal delivery order may be registered in the database 130 or notified to the deliveryman terminal 140 .

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, as described above, the order from the pick-up point to the destination point is searched, and the searched optimal delivery order is selected as the delivery person terminal ( 140). Looking at the overall order as shown in FIG. 8, the first destination is the pick-up point of order number 1, the second destination is the pick-up point of order number 2, and the third destination. The destination of order #1, the pick-up point of order #3 as the fourth destination, the destination of order #2 as the fifth destination, and the destination of order #3 as the final destination. 140) can be recommended.

In notifying the recommendation information in the above-described step S104, the product delivery service server 120, as shown in FIG. 11, checks the delivery case of the item dispatched to the delivery person, and the current status for each confirmed delivery case. Initialize states (e.g. pre-pickup state (call variable '0'), pre-arrival state (call variable '1'), delivery completion status (call variable '2'), e.g. delivery When the number of cases is 'n' and there are 3 shipments with n=3, you can initialize the order array variable to '[0], [0], [0]', and then create a sorted array. Since each shipment has a pick-up point and a destination, the number of sorted arrays can be set to 'n*2' and a sort array variable can be created with an initial value (eg '0'), In addition, a comparison standard variable corresponding to the first place to go can also be created with an initial value (eg, '0').

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, as shown in FIG. 11, after generating an initial comparison reference variable, check the latitude and longitude of the delivery person, You can check the latitude and longitude of the destination pole, which is the farthest destination from the location of the confirmed delivery person, and check the latitude and longitude of the pickup pole, which is the farthest pickup point from the confirmed destination pole. When you have the confirmed pickup pole, change the order array variable to '[1], [0], [0]', and change the short array variable to a value corresponding to the first order pickup location , a value corresponding to the pickup pole can be assigned to the comparison standard variable.

In notifying the recommendation information in step S104 described above, in the product delivery service server 120, as shown in FIG. It is possible to check whether the number of deliveries is 2 or more excluding the number of deliveries that are 'in', select the confirmed number of deliveries as a comparison point, and measure the distance by comparison point compared to the comparison criterion variable. The nearest location can be obtained. At this time, the value corresponding to the location closest to the pick-up point is assigned to the comparison standard variable, the delivery array variable corresponding to the number of deliveries is raised by '1', and the short array variable is set to two It can be assigned as a value corresponding to the second place to go (eg, pick-up point for order number 2). After that, the process of checking whether there is a comparison point and whether there are two or more deliveries excluding the number of deliveries where the order array variable is '[2]' can be repeatedly performed.

In notifying the recommendation information in the above-described step S104, the product delivery service server 120, as shown in FIG. In this case, '2' is put in the delivery array variable corresponding to the number of deliveries, and the short array variable is set to the last place to go (e.g., the destination of order No. 3). ) can be assigned to the corresponding value. After that, the product delivery service server 120 may finally set the short arrangement.

When the recommendation information is notified in the above-described step S104, the delivery person terminal 140 receives the recommendation information transmitted from the product delivery service server 120 through the network 150 and displays the optimal product delivery order. By notifying the delivery man through an output means such as a speaker, the delivery man does not have to perform complicated calculations, reduces the delivery man's resources and delivery time, and helps efficient work with a convenient and fast start of delivery. (S105).

In notifying the optimal delivery order in the above-described step S105, in the delivery person terminal 140, the latitude and longitude of the delivery person confirmed by the product delivery service server 120 and each point of the goods (ie, the pick-up point and the destination) The latitude and longitude of can be displayed through an output means such as an LCD.

In notifying the optimal delivery order in step S105 described above, in the delivery person terminal 140, the pick-up destination notified from the product delivery service server 120, the second place to go, the third place to go, and the fourth place to go Recommendation information such as where to go, the fifth place to go, and the destination pole can be received and informed to the delivery man through the output means.

After informing the optimal delivery order in step S105 described above, in the case of an item to be delivered urgently (ie, urgent item), in the client terminal 110, request information (ie, urgent request information) for the urgent item Together with, it is possible to request emergency delivery to the product delivery service server 120 . Accordingly, in the case of receiving urgent delivery (including urgent request information) requested from the client terminal 110, the product delivery service server 120 registers the received urgent request information in the database 130 and At the same time, by checking the recommendation information stored in the database 130, it is possible to search for recommendation information that can be delivered the fastest while having the pickup point and destination most similar to the urgent request information, and inserting the urgent request information into the searched recommendation information. A insertion request signal for requesting placement may be generated and transmitted to the delivery worker terminal 140 .

When the insertion request signal is transmitted as described above, the delivery worker terminal 140 receives the insertion request signal transmitted from the product delivery service server 120 and inserts the emergency request information into its own recommendation information. Information requesting placement may be output through the output means, and then, acceptance may be received from the delivery person through the input means, and a consent signal may be generated and transmitted to the product delivery service server 120 . Accordingly, in the product delivery service server 120, when receiving the acceptance signal transmitted from the delivery man terminal 140, the information in which the urgent request information is inserted into the searched recommendation information is databased for each delivery man, and the database 130 ) may be registered. At this time, in the database 130, information in which emergency request information is inserted into recommendation information registered from the product delivery service server 120 may be databased and stored for each delivery person.

As described above, the embodiments of the present invention are not implemented only through the above-described device and/or operating method, but through a program for realizing functions corresponding to the configuration of the embodiment of the present invention and a recording medium on which the program is recorded. It may be implemented, and such an implementation can be easily implemented by an expert in the technical field to which the present invention belongs based on the description of the above-described embodiment. Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also included in the scope of the present invention. that fall within the scope of the right.

100: Goods delivery service system
110: client terminal
120: commodity delivery service server
121: interface unit
122: Goods delivery service department
130: database
140: delivery person terminal
150: network

Claims (5)

a client terminal receiving and transmitting request information through an input means; Receives and registers the request information transmitted from the client's terminal, receives the location information of the delivery person, and generates recommendation information for recommending the optimal delivery order for the items dispatched to the delivery person based on the location of the delivery person. An item delivery service server that notifies and informs; a database storing request information registered in the product delivery service server; and After detecting the current location by the location detection means and transmitting the location information of the delivery person to the product delivery service server, recommendation information transmitted from the product delivery service server is received and the optimal product delivery order is delivered through the output means. Includes a deliveryman terminal that notifies the member;
The product delivery service server checks information on the item type, pick-up location, and destination in the request information received from the client terminal, and checks whether the request information is for product delivery with a pick-up location and destination; Using the distance between the delivery person and each pick-up location, the distance between the delivery person and each destination, the distance between each pick-up point and each destination, the distance between each pick-up point, and the distance between each destination, The destination pole and the pick-up point pole that is the pickup point farthest from the destination pole or the pick-up point closest to the delivery person are searched, and the delivery person sets the first place to go as the pickup point pole and registers it in the database, or the delivery person Notifies the terminal, and then, under the condition that it cannot go to the destination without passing through the pickup point, based on the pick-up point pole, compares the distance to the destination corresponding to the pick-up point pole and each pick-up point outside the pick-up point pole, pick-up Searching for a location closest to the pole, setting it as the second destination, registering it in the database, or notifying the delivery person terminal; If the second place to go is the destination corresponding to the pick-up pole, based on the second place to go, the nearest pick-up is searched by comparing the distances between the second place to go and each pick-up point other than the pick-up pole set the third destination, then set the fourth and fifth destinations similarly to the second and third destination settings, and search and set the sequence to the destination pole; If the second place to go is a pick-up point other than the pick-up pole, based on the second place to go, the destination corresponding to the pick-up pole, the destination corresponding to the second place to go, the pick-up pole and the second place to go By comparing the distance to each pick-up location, the nearest location is searched and set as the third place to go, and then, similar to the second and third destination settings, the fourth and fifth destinations are set. set the destination, search and set the order to the destination pole; Receives the urgent request information requested by the client terminal, checks the recommended information stored in the database, searches for recommended information that has the most similar pick-up point and destination to the urgent request information and can be delivered the fastest, and retrieves the recommended information An insertion request signal for requesting insertion of emergency request information is generated and transmitted to the delivery person terminal, and the information in which the emergency request information is inserted into the searched recommendation information is delivered upon receipt of an acceptance signal from the delivery person terminal. A product delivery service system characterized in that the database is made by circle and registered in the database.
The method of claim 1, wherein the client terminal,
Item delivery, characterized in that receiving request information including information on the type of goods, pick-up point, and destination through an input means, including client identification information or client terminal identification information in the request information and transmitting it to the product delivery service server. service system.
delete Identifies each of the client terminal and the delivery man terminal connected through the network, receives and delivers the request information transmitted from the client terminal, and receives and delivers the delivery man location information transmitted from the delivery man terminal, and then generates recommendation information. an interface unit for receiving and notifying the delivery person terminal; and registering the request information transmitted through the interface unit in the database, receiving the location information of the delivery person through the interface unit, and recommending an optimal delivery order for the items dispatched to the delivery person based on the location of the delivery person. In the product delivery service server including a product delivery service unit for generating recommendation information for and delivering it to the interface unit,
The product delivery service server checks information on the item type, pick-up location, and destination in the request information received from the client terminal, and checks whether the request information is for product delivery with a pick-up location and destination; Using the distance between the delivery person and each pick-up location, the distance between the delivery person and each destination, the distance between each pick-up point and each destination, the distance between each pick-up point, and the distance between each destination, The destination pole and the pick-up point pole that is the pickup point farthest from the destination pole or the pick-up point closest to the delivery person are searched, and the delivery person sets the first place to go as the pickup point pole and registers it in the database, or the delivery person Notifies the terminal, and then, under the condition that it cannot go to the destination without passing through the pickup point, based on the pick-up point pole, compares the distance to the destination corresponding to the pick-up point pole and each pick-up point outside the pick-up point pole, pick-up Searching for a location closest to the pole, setting it as the second destination, registering it in the database, or notifying the delivery person terminal; If the second place to go is the destination corresponding to the pick-up pole, based on the second place to go, the nearest pick-up is searched by comparing the distances between the second place to go and each pick-up point other than the pick-up pole set the third destination, then set the fourth and fifth destinations similarly to the second and third destination settings, and search and set the sequence to the destination pole; If the second place to go is a pick-up point other than the pick-up pole, based on the second place to go, the destination corresponding to the pick-up pole, the destination corresponding to the second place to go, the pick-up pole and the second place to go By comparing the distance to each pick-up location, the nearest location is searched and set as the third place to go, and then, similar to the second and third destination settings, the fourth and fifth destinations are set. set the destination, search and set the order to the destination pole; Receives the urgent request information requested by the client terminal, checks the recommended information stored in the database, searches for recommended information that has the most similar pick-up point and destination to the urgent request information and can be delivered the fastest, and retrieves the recommended information An insertion request signal for requesting insertion of emergency request information is generated and transmitted to the delivery person terminal, and the information in which the emergency request information is inserted into the searched recommendation information is delivered upon receipt of an acceptance signal from the delivery person terminal. A product delivery service server characterized in that the database is made by circle and registered in the database.
receiving and transmitting, by the client terminal, request information through an input means; receiving and registering request information transmitted from the client terminal by a product delivery service server; storing request information registered in the product delivery service server in a database; detecting a current location by a delivery person terminal using a location detecting means and transmitting location information of the delivery person to the product delivery service server; generating and notifying recommendation information for recommending an optimal delivery order for items dispatched to the delivery man based on the position of the delivery man based on the delivery man's position by the goods delivery service server; and receiving the recommendation information transmitted from the product delivery service server by the delivery person terminal and notifying the delivery person of an optimal order for delivery of the goods through an output means;
The product delivery service server checks information on the item type, pick-up location, and destination in the request information received from the client terminal, and checks whether the request information is for product delivery with a pick-up location and destination; Using the distance between the delivery person and each pick-up location, the distance between the delivery person and each destination, the distance between each pick-up point and each destination, the distance between each pick-up point, and the distance between each destination, The destination pole and the pick-up point pole that is the pickup point farthest from the destination pole or the pick-up point closest to the delivery person are searched, and the delivery person sets the first place to go as the pickup point pole and registers it in the database, or the delivery person Notifies the terminal, and then, under the condition that it cannot go to the destination without passing through the pickup point, based on the pick-up point pole, compares the distance to the destination corresponding to the pick-up point pole and each pick-up point outside the pick-up point pole, pick-up Searching for a location closest to the pole, setting it as the second destination, registering it in the database, or notifying the delivery person terminal; If the second place to go is the destination corresponding to the pick-up pole, based on the second place to go, the nearest pick-up is searched by comparing the distances between the second place to go and each pick-up point other than the pick-up pole set the third destination, then set the fourth and fifth destinations similarly to the second and third destination settings, and search and set the sequence to the destination pole; If the second place to go is a pick-up point other than the pick-up pole, based on the second place to go, the destination corresponding to the pick-up pole, the destination corresponding to the second place to go, the pick-up pole and the second place to go By comparing the distance to each pick-up location, the nearest location is searched and set as the third place to go, and then, similar to the second and third destination settings, the fourth and fifth destinations are set. set the destination, search and set the order to the destination pole; Receives the urgent request information requested by the client terminal, checks the recommended information stored in the database, searches for recommended information that has the most similar pick-up point and destination to the urgent request information and can be delivered the fastest, and retrieves the recommended information An insertion request signal for requesting insertion of emergency request information is generated and transmitted to the delivery person terminal, and the information in which the emergency request information is inserted into the searched recommendation information is delivered upon receipt of an acceptance signal from the delivery person terminal. A product delivery service method characterized in that the database is made by circle and registered in the database.

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