KR20190139038A - Delivery service system utilizing unmanned storage box - Google Patents

Abstract

According to an embodiment of the present invention, a method for providing a delivery service by a delivery service server comprises the steps of: receiving, from a customer terminal, delivery request information for a requested delivery article to be received in an unmanned storage box; selecting a delivery person terminal in charge of the requested delivery article based on location information of the unattended storage box; and transmitting the delivery request information to the selected delivery person terminal, receiving identification information of the requested delivery article from the delivery person terminal, and confirming whether or not the requested delivery article can be collected. According to the present invention, the loss of the article can be prevented.

Description

Delivery service system using unmanned storage box {DELIVERY SERVICE SYSTEM UTILIZING UNMANNED STORAGE BOX}

The present invention relates to a courier service system utilizing an unmanned storage box. More specifically, the present invention relates to a server providing a convenient home delivery service using an unmanned storage box for storing goods, and a system including the same.

In general, a courier service means a transport service in which the shipper of a personal cargo or a corporate cargo delivers directly to a place where a packaged goods or goods are required. In recent years, the number of courier companies including freight forwarding and quick service, which provides such courier service, has increased rapidly, and the courier service market has also grown rapidly in the short term. Such a courier service can be roughly divided into a courier process of collecting goods, a transport process of transporting the collected goods to a storage area, and a delivery process of delivering the transported goods again.

In order to use such a courier service, there is a need to visit a post office or a convenience store and perform all procedures for requesting delivery of goods. In addition, if you do not have time to visit the consignment company in person to request the delivery of the goods, you can request a delivery request by asking the courier to receive the goods, but recent lifestyle changes (eg single household Increasingly, requests for collection by placing goods in designated places instead of face-to-face service and informing the courier are gradually increasing. However, the collection request in this manner takes a considerable time in the process of exchanging information for the delivery request with the courier, not only is inefficient, but also there is a problem that can not safely store the goods.

Therefore, it is required to develop a courier service system that can utilize an existing unmanned storage box while increasing the convenience of the individual courier service and improving the delivery efficiency of the courier. The present invention relates to this.

Republic of Korea Patent Publication No. 10-2015-0020926 (2013.08.19.)

The technical problem to be solved by the present invention is to provide a courier service system that can provide a courier service to customers in a more secure and simple manner using an unmanned storage box.

In addition, an object of the present invention is to provide a courier service system that can safely and accurately collect goods by using an unmanned storage box focused on storage and delivery functions.

In addition, for the goods received in the unmanned storage box, the customer and the courier driver to send and receive information on the courier delivery service for one-to-one, the purpose is to enable smooth communication in the delivery service delivery process.

In addition, an object of the present invention is to provide a courier service server that allows a customer and a courier company to easily send and receive all delivery request information related to the courier service using a terminal provided with an application that provides a courier service linked to an unmanned box.

The technical problems of the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the following description.

A method for providing a courier service by a courier service server according to an embodiment of the present invention, the method comprising: receiving delivery request information for a delivery request item received from an unmanned storage box from a customer terminal, based on the location information of the unmanned storage box; Selecting a courier article terminal in charge of a delivery request item and transmitting the delivery request information to the selected courier article terminal, receiving identification information of the delivery request article from the courier article terminal, Checking whether or not it is possible to collect;

According to an embodiment of the present disclosure, after determining whether the delivery request item is collectible, when it is determined that the delivery request item is collectible, receiving the determined delivery request information about the delivery request item from the courier company terminal. And transmitting the delivery request information on the received delivery request item to the customer terminal.

According to an embodiment of the present disclosure, after determining whether the delivery request item can be collected, if it is determined that the delivery request item is impossible to collect, the non-collection of the delivery request item is based on identification information of the delivery request item. The method may further include transmitting a reason and a corresponding solution to the customer terminal.

According to one embodiment, the identification information of the delivery request article, image data of the delivery request article received from the courier article terminal, the weight, volume, surface material of the delivery request article, handling precautions of the delivery request article And it may include at least one of the shipping price processing information of the delivery request.

According to an embodiment of the present disclosure, the determining of whether or not the collection is possible may include checking at least one of whether the delivery request item can be physically delivered and whether the computing request is completed.

According to an embodiment of the present disclosure, the determining whether the collection is possible may be performed by comparing the delivery request information received from the customer terminal with the identification information of the delivery request item received from the courier company terminal, to deliver the shipment request item. It is possible to check the price settlement and to check whether the computerized processing of the delivery request item is completed.

According to one embodiment, the delivery request information, the sender personal information, the consignee personal information, the location information of the unmanned storage box, the identification number, the password, the type of the delivery request goods, image data, weight, It may include at least one of volume, payment information and destination information.

According to an embodiment of the present disclosure, the selecting of the courier articles terminal may include: determining a delivery route set in a plurality of courier articles terminals; penetrating within a predetermined range from a location of the unmanned storage box among the identified plurality of delivery routes. The method may further include selecting a delivery route and receiving a current location log from a courier terminal having the selected delivery route.

A courier service server for providing a courier service using an unmanned storage box according to another embodiment of the present invention, comprising: a communication interface for transmitting and receiving shipping data for a delivery request product received from the unattended storage box with a customer terminal and a courier driver terminal; And a processor that provides information for collecting and delivering services for the requested goods based on the data transmitted and received by the communication interface, wherein the processor receives the location information of the unmanned storage box and the communication interface from the customer terminal. On the basis of the delivery request information, if a courier terminal responsible for the delivery request item is selected and based on the identification information of the delivery request item, it is determined whether the delivery request item can be collected or not, The courier terminal selected by the processor Providing delivery request information and receiving identification information of the delivery request item from the courier company terminal.

According to an embodiment of the present disclosure, when the processor determines whether the delivery request item can be collected, the communication interface receives the determined delivery request information about the delivery request item from the courier company terminal, and receives the received delivery request. Delivery request information for the article may be transmitted to the customer terminal.

According to an embodiment of the present disclosure, when the processor determines that it is impossible to collect the requested delivery item, the processor generates an unaggregated reason for the requested delivery item and a countermeasure based on the identification information of the requested delivery item, and the communication interface determines The reason for non-aggregation and the corresponding proposal may be transmitted to the customer terminal.

According to one embodiment, the identification information of the delivery request article, image data of the delivery request article received from the courier article terminal, the weight, volume, surface material of the delivery request article, handling precautions of the delivery request article And it may include any one or more of the shipping price processing information of the delivery request.

According to an embodiment of the present disclosure, the processor may determine whether at least one of physical delivery of the requested delivery item and completion of computational processing of the requested delivery item is completed.

According to an embodiment of the present disclosure, whether or not the collection is possible may be performed by the processor comparing the delivery request information received from the customer terminal with the identification information of the delivery request item received from the courier company terminal to settle the delivery price of the delivery request item. Confirming, it is possible to confirm whether the computerized processing of the delivery request goods.

According to one embodiment, the delivery request information, the sender personal information, the consignee personal information, the location information of the unmanned storage box, the identification number, the password, the type of the delivery request goods, image data, weight, It may include at least one of volume, payment information and destination information.

According to one embodiment, the processor, based on the received delivery request information, grasp the delivery paths set in a plurality of courier articles terminal, and penetrates within a predetermined range from the position of the unmanned box of the plurality of delivery paths Selecting a delivery route to receive the current location log from the courier driver terminal having the selected delivery route, it is possible to select a courier terminal responsible for the delivery request.

The courier service system using the unmanned storage box according to another embodiment of the present invention, a courier service server that manages a plurality of unmanned storage, provides a courier service, the delivery request information for the delivery request items received in the unmanned storage box And a courier driver terminal for receiving delivery request information from the courier service server and a courier service server for receiving a delivery request information received from the courier service server and providing delivery service to the courier service server. The service server receives the identification information of the delivery request item from the parcel delivery terminal, checks the collection and delivery information of the delivery request item based on the identification information of the delivery request item, and the customer terminal and the parcel delivery terminal. Send to

According to an embodiment, the apparatus may further include a portable output terminal carried by a courier driver having the courier article terminal. The courier article terminal may include the determined delivery request information when the collection of the requested delivery item is determined. It can transmit to the output terminal and the courier service server.

According to one embodiment, the identification information of the delivery request article, image data of the delivery request article received from the courier article terminal, the weight, volume, surface material of the delivery request article, handling precautions of the delivery request article And it may include at least one of the shipping price processing information of the delivery request.

According to one embodiment, the delivery request information, the sender personal information, the consignee personal information, the location information of the unmanned storage box, the identification number, the password, the type of the delivery request goods, image data, weight, It may include at least one of volume, payment information and destination information.

According to the present invention, when the unmanned storage box is used in the collection process for delivering the goods, there is an effect of preventing the loss of the goods.

In addition, it is possible to provide any courier service, such as a request for delivery of goods, a request for returning goods, by using an unmanned storage box that has been deployed in the past, and thus, the infrastructure is economically effective for applying the technology.

In addition, the customer can request a courier service by using an unmanned storage box placed near the living radius such as an apartment or a dormitory, and the courier service information can be provided to the terminal possessed by the customer, thereby making it easy to use the courier service. .

In addition, since the customer and the courier can communicate one-to-one with respect to the goods received in the unmanned box, there is an effect that the convenience of the courier service is increased.

In addition, the courier driver can collect a plurality of items requested for delivery in a single unmanned storage box, which has the effect of providing a convenient and fast delivery service.

In addition, there is an effect that it is possible to conveniently handle the payment for the courier service using the terminal possessed by both the customer and the courier service using the courier service server.

In addition, the courier that operates the unmanned locker and the customer can directly and without the broker pay for the courier service, which can provide a cheaper courier service for the customer, and the courier can make a profit by increasing the use of the courier service by the customer. It can be created.

In addition, since the collection service can be performed by using the unmanned storage box, an operator providing the unmanned storage box may create an additional revenue model. In detail, the utilization of the unmanned storage box that performed only the storage function increases, so that the demand for maintaining the unmanned storage box and the request for installing the unmanned storage box may increase, and additional income may be secured through business linkage with the logistics provider.

Effects of the present invention are not limited to the above-mentioned effects, and other effects not mentioned will be clearly understood by those skilled in the art from the following description.

1 is a diagram showing the configuration of a parcel delivery service system according to an embodiment of the present invention.
2 is a diagram illustrating a configuration of a parcel delivery service server according to an exemplary embodiment of the present invention.
3 is a diagram showing data fields for a plurality of unmanned storage boxes managed by a parcel delivery service server according to an exemplary embodiment of the present invention.
4 is a flowchart illustrating a method of providing a parcel delivery service performed by a parcel delivery service server according to an embodiment of the present invention.
FIG. 5 is a flowchart embodying step S120 illustrated in FIG. 4.
FIG. 6 is a diagram exemplarily illustrating a method for selecting a courier service terminal for delivering a product by a courier service server according to an exemplary embodiment of the present invention.
FIG. 7 is a flowchart embodying step S130 illustrated in FIG. 4.
8a to 8c are views illustrating a state in which a courier article terminal according to an embodiment of the present invention collects a delivery request item.
9A and 9B are diagrams exemplarily illustrating a state in which a customer terminal generates delivery request information according to an exemplary embodiment of the present invention.
10A to 10C are exemplary views illustrating a state in which a customer terminal according to an embodiment of the present invention reserves a delivery request item in an unmanned storage box.
11a to 11c is a view illustrating a state for the courier article terminal according to an embodiment of the present invention for calculating the delivery price of the requested goods.
12A to 12D are views exemplarily illustrating a state in which a customer terminal according to an embodiment of the present invention calculates a delivery price of a requested item.
13A and 13B are views exemplarily illustrating a state in which a customer terminal confirms a reservation of a delivery request item stored in an unmanned storage box to request a courier service according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various forms. The embodiments of the present invention are provided only to complete the disclosure of the present invention, and the general knowledge in the technical field to which the present invention belongs. It is provided to fully convey the scope of the invention to those skilled in the art, and the present invention is defined only by the scope of the claims. Like reference numerals refer to like elements throughout.

Unless otherwise defined, all terms (including technical and scientific terms) used in the present specification may be used in a sense that can be commonly understood by those skilled in the art. In addition, the terms defined in the commonly used dictionaries are not ideally or excessively interpreted unless they are specifically defined clearly. The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. In this specification, the singular also includes the plural unless specifically stated otherwise in the phrase.

As used herein, “comprises” and / or “comprising” refers to a component, step, operation and / or element that is one or more of the other components, steps, operations and / or elements. It does not exclude existence or addition.

1 is a view showing the configuration of a parcel delivery service system 100 according to an embodiment of the present invention.

Referring to FIG. 1, a parcel delivery service system 100 according to an exemplary embodiment of the present invention may include a parcel delivery service server 10, a plurality of unmanned storage boxes 20 managed by a parcel delivery service server 10, and a parcel delivery service. The customer terminal 30 may include a parcel delivery terminal 40 and a portable output terminal 50 held by a parcel delivery company providing a parcel delivery service.

In the unmanned storage box 20, the customer terminal 30, the courier article terminal 40 and the portable output terminal 50 according to an embodiment of the present invention is installed an application provided by the courier service server 10 for the courier service Is executed, connected to the courier service server 10 through a network can share information about the courier service items and the courier service use linked to the unmanned storage box 20. However, even in a terminal device in which the application is not installed, the courier service server 10 may receive delivery information and receive courier service.

Hereinafter, each component of the parcel delivery service system 100 will be described in detail.

First, the courier service server 10 is a server that manages all information generated in the process of providing a courier service, such as the collection and delivery of the requested goods, the unmanned storage box 20, the customer terminal 30, and the courier driver terminal 40. And store and manage information provided from the portable output terminal 50. According to an embodiment, the courier service server 10 may be associated with a courier service such as an unmanned storage box 20, a customer and a courier information, and information of an unmanned storage box 20 linked to an application. Various information may be stored, and more details thereof will be described later.

Next, the unmanned storage box 20 is a device that can store the goods and automatically manage them, may be installed in a residential complex or a place where a lot of people pass and easy access. For example, the unmanned storage box 20 may be installed in an apartment complex, school, community center, airport, subway station, bus station, large building, or the like to store or receive items.

According to an embodiment, the unmanned storage box 20 is a delivery request stored in each storage box in the courier service server 10, the customer terminal 30 and the courier driver terminal 40 and the unmanned storage box 20 using a communication network. You can send and receive courier service information about the goods. For example, the parcel delivery service information may include a box identification information that can be provided by a parcel delivery service, a size of a drop box, a delivery service progress state of a currently stored item or a reserved drop box, and the like.

In addition, the unmanned storage box 20 is equipped with a display module that allows user input so that customers can request a courier service or the courier can provide a courier service. And a display module capable of indicating collection schedules and receipt schedules). In addition, the unmanned storage box 20 is provided with a payment module to enable the customer to handle the courier service for the goods.

However, the components of the unmanned storage box 20 such as the display module and the payment module are not essential, and any type of unmanned storage box 20 that can communicate may be applied to the parcel delivery service system 100 of the present invention.

Next, the customer terminal 30 may be a terminal possessed by a customer who keeps the goods in the unmanned storage box 20 and applies for a courier service thereof. Courier service application can be performed using an application installed in the customer terminal 30, the request for receipt of goods using the unmanned storage box 20, return request, delivery application and can check the progress of the courier service of the goods.

For example, the courier service that the customer terminal 30 applies for is the sender's personal information, the receiver's personal information, the location information of the unmanned storage box, the identification number, the password, the delivery request for the delivery request item received in the unmanned storage box 20. Kinds of goods, image data, weight, volume, courier service payment processing information, and destination information may be included.

Next, the courier driver terminal 40 may be a terminal possessed by a courier service that performs a collection and delivery service (courier service), and the courier service server 10 may receive a delivery request item received in the unmanned storage box 20. It can receive the delivery request information for. For example, the delivery request information may be provided in the form of a push alarm (five items have been received in the A unattended storage box) on a predetermined time unit (eg one hour), and the delivery request information is received by the courier service. It may be performed using an application installed in the terminal 40. In addition, when the courier arrives at the unmanned storage box 20 in which the delivery request information is received, the courier may transmit identification information about the corresponding item to the courier service server 10 through the courier service terminal 40. For example, the identification information of the requested goods may include location information of the unmanned storage box in which the requested goods are stored, identification number, image data of the requested goods, weight, volume, surface material of the requested goods, handling of the requested goods. It may include precautions and information on the processing of the payment for the requested goods.

On the other hand, the courier article terminal 40 receives a collection and delivery route via the unmanned storage box 20 from the courier service server 10 in addition to receiving the delivery request information for the delivery request items received in the unmanned storage box 20, Information related to the courier service, such as sending information of the collection and delivery confirmation of the goods delivered to the unmanned storage box 20 can be easily exchanged using the application.

Lastly, the portable output terminal 50 is a terminal possessed by a courier who performs a parcel delivery service. When the portable output terminal 50 collects the delivery request goods received in the unmanned storage box 20 according to the delivery request information, information about the delivery request goods It may be a printer terminal for outputting information for the computerized processing on the parcel delivery service server 10. According to an embodiment, the portable output terminal 50 may include a short range communication module for wireless communication with the courier driver terminal 40 in a short distance, and through this, the courier driver terminal 40 may request a delivery request. Information can be received. On the other hand, the portable output terminal 50 may be a form integrated with the courier terminal 40.

As such, the information output by the portable output terminal 50 carried by the courier includes the identification number, the password, the destination, the item information, the invoice number, the courier service bill processing information, and the courier service. It may include at least one or more information of the article information, QR code and barcode information.

The configuration of the parcel delivery service system 100 according to the exemplary embodiment of the present invention has been briefly described, and the configuration of the parcel delivery service server 10 according to the exemplary embodiment of the present invention will be described in detail below.

2 is a diagram illustrating a configuration of a parcel delivery service server 10 according to an exemplary embodiment of the present invention.

2, the parcel delivery service structure server 10 may correspond to at least one server device, and may include a communication interface 11, a processor 12, and a database 13. However, this is only one embodiment for achieving the object of the present invention, of course, additional hardware / software configuration may be added to perform various functions.

The communication interface 11 may exchange data (message) with the unmanned storage box 20, the customer terminal 30, and the courier driver terminal 40 through a network. For example, the data may be used information of the unmanned storage box 20, delivery information of the delivery request items received in the unmanned storage box 20, the location information of the courier driver terminal 40 and the collection via the unmanned storage box 20 And delivery route information.

In addition, the communication interface 11 transmits the delivery request information of the delivery request item received in the unmanned storage box 20 to the courier driver terminal 40, and in response to the identification of the delivery request item from the courier driver terminal 40. Information may be received, and in addition, the customer terminal 30 and the courier driver terminal 40 may transmit and receive various information on a courier service linked to the unmanned storage box 20.

Next, the processor 12 controls the overall operation of the parcel delivery service server 10 as a central processing unit. According to an embodiment, the processor 12 may provide information for collecting and delivering service (courier service) for the requested delivery item received in the unmanned storage box 20 based on the data transmitted and received by the communication interface 11. have. For example, the processor 12 may transmit the requested goods received in the unmanned storage box 20 based on the location information of the unmanned storage box 20 and the delivery request information received by the communication interface 11 from the customer terminal 30. Courier terminal responsible for the 40 can be selected.

In addition, when the courier confirms the status information of the requested delivery item received in the unmanned storage box 20, and transmits it as identification information of the requested delivery item through the courier article terminal 40, the processor 12 based on this. It is possible to check whether the delivery request items received in the unmanned storage box 20 can be collected. In addition, the processor 12 checks whether the delivery request items received in the unmanned storage box 20 from the courier driver terminal 40 can be collected, and then passes the delivery path to the courier driver terminal 40 in charge of the corresponding delivery request goods. You can also create and provide a new one.

On the other hand, the processor 12 checks whether the delivery request items received in the unmanned storage box 20 can be physically delivered and whether the computerized processing of the requested delivery items is completed, and through this the collection of the delivery request items received in the unmanned storage box 20 It can be confirmed whether or not the paint is possible, and more specific details thereof will be described later.

Finally, the database 13 may manage a variety of information about the parcel delivery service items received by the parcel delivery service server 10 from the outside. For example, the information managed by the database 13 includes the unmanned storage box 20 information (e.g., the identification number for each unmanned storage box) managed by the collection process, the sender information, the delivery request item, the destination, and the courier service payment processing information. There may be included delivery request information, such as unmanned locker (20) information or courier driver information managed in the process of transportation, vehicle information associated with the courier driver, the delivery of the requested goods, the hub region information of the drop off area, etc. And, there may be unmanned storage box 20 information (eg, the number, size, location, payment method), the consignee information, the destination information, the courier driver location information and the like managed in the delivery process.

So far, the configuration of the parcel delivery service server 10 according to an exemplary embodiment of the present invention has been described. The courier service server 10 may provide a courier service up to the collection and delivery corresponding to the request of the customer terminal 30 and the courier driver terminal 40 utilizing the unmanned storage box 20. , The courier service server 10 will be described for the information managed in the database 13 to provide a courier service associated with the unmanned storage box (20).

3 is a diagram illustrating data fields of a plurality of unmanned storage boxes 20 managed by a parcel delivery service server 10 according to an exemplary embodiment of the present invention, which is previously described and held by the parcel delivery service server 10 of FIG. 1. It relates to a variety of information related to the courier service associated with the unmanned storage box (20).

Referring to FIG. 3, when the courier service server 10 provides a courier service utilizing the unmanned storage box 20, an administrator who manages the courier service server 10 is “unattended box” in the courier service selection area 31. Collection "or" Unmanned Locker Collection "can be selected and information about this can be checked. Information about the unmanned storage box 20 managed by the courier service server 10, the name of the unmanned storage box 20, the identification number of the unmanned storage box 20, the size of the storage box for each unmanned storage box 20, unmanned storage box (20) ), The address of the location where the location is located, the name of the courier responsible for the area, the current usage of the unmanned locker (20), the type of reception of the unmanned locker (20), password for using the unmanned locker (20), etc. In addition, the customer information required for the courier service may be further included.

On the other hand, among the information on the unmanned storage box 20, even if having the same unmanned storage box name may have a different address according to the identification number. For example, in the case of a large apartment complex, even if the name of the unmanned storage box 20 is one, the addresses of the unmanned storage box 20 disposed in each building may be different.

In addition, the information on the reception type of the unmanned storage box 20 can be largely divided into 'inside', 'customer application' and 'courier service application'. The room and the customer application may be a reception type when a customer requests delivery of a product, and the courier article application may be a reception type when a courier wants to collect or deliver a delivery request item. In addition, both the customer and the courier can set a password for storing the goods in the unmanned storage box (20). For example, the password may include various types of characters that can be input using the customer terminal 20 and the courier article terminal 40, and a combination of numbers, upper and lower case letters, special characters, Korean, and the like. It may be.

In addition, if the unmanned locker 20 is currently in use, if you select the unmanned locker (20), you can check the image of the delivery request items in the unmanned locker (20) photographed by the customer or courier, corresponding to the image The time at which the image was taken, the time of receipt, collection or delivery of the article may be provided.

Up to now, the configuration of the courier service server 10 and the information managed to provide a courier service using the unmanned storage box 20 has been described. In the following description, a description will be given of a method of providing a courier service ranging from collection and delivery to the unmanned storage box 20 using the courier service server 10.

4 is a flowchart illustrating a flow of a parcel delivery service method performed by the parcel delivery service server 10 according to an exemplary embodiment of the present invention.

Referring to FIG. 4, the parcel delivery service server 10 receives delivery request information for a delivery request item received in the unmanned storage box 20 from the customer terminal 30 (S110). Here, the delivery request information, the consignee personal information, the consignee personal information, the location information of the unmanned storage box 20, identification number, password, type of the consigned goods, image data, weight, volume, and payment processing Information, destination information, and the like.

Upon receiving the delivery request information, the parcel delivery service server 10 selects a parcel delivery terminal in charge of the parcel delivery request based on the location information of the unmanned storage box 20 in which the delivery request goods have been received (S120). Here, the process of selecting the courier driver terminal 40 in charge of the delivery request may be performed by using the location information of the courier driver terminal 40 as well as the location information of the unmanned storage box 20, more Details will be described later.

After step S120, the courier service server 10 transmits the delivery request information to the courier driver terminal 40 selected based on the delivery request information and the location information of the unmanned storage box 20, and corresponds to the courier driver terminal 40. After receiving the identification information of the delivery request goods, it is checked whether the delivery request goods received in the unmanned storage box 20 can be collected (S130). In this case, the identification information of the delivery request item received by the parcel delivery service server 10 from the parcel delivery service terminal 40 may include image data of the delivery request item received in the unmanned storage box 20, the weight, volume, and surface of the delivery request item. It may include material, precautions on handling of the requested goods, and delivery charge processing information of the requested goods, and on the basis of this, the courier service server 10 determines the collection of the requested goods, and the courier driver terminal 40 ) Or determine whether it is possible to collect in the courier article terminal 40 and inform the courier service server 10.

In addition, the courier service server 10 checks whether the delivery request items received in the unmanned storage box 20 can be collected, and when it is confirmed that the delivery request items can be collected, the courier company generates an invoice number of the corresponding delivery request goods. The terminal 40 may transmit the determined delivery request information of the delivery request item to the customer terminal 30.

Accordingly, the courier driver uses the courier driver terminal 40 to make a request for outputting the determined delivery request information together with the confirmed delivery request information including the invoice number for the delivery request item received in the unmanned storage box 20. The portable output terminal 50 may be transmitted, and the delivery request information determined through the portable output terminal 50 may be generated in the form of a sticker that may be attached to the delivery request product. The courier driver attaches the information output by the portable output terminal 50 to the delivery request item, and acquires an image of the delivery request item on which the information is attached through the courier driver terminal 40 to deliver the delivery service server 10 and the customer. It can transmit to the terminal 30.

Meanwhile, the customer terminal 30 receiving the delivery request information and the image information may include a sender terminal that receives the delivery request item in the unmanned storage box 20 and a receiver terminal that receives the delivery request item.

Up to now, with reference to Figure 4, a description will be given of a method of performing the collection of the delivery request items received in the unmanned storage box 20 according to an embodiment of the present invention and a schematic process of processing information for delivering the collected items It was. In this way, the customer can request the courier service from the unmanned locker 20 located near the front of the house, the subway station, etc., without visiting a branch that provides the courier service such as a convenience store or a post office, so that the service can be conveniently It is available. In addition, by using the unmanned storage box 20 that was previously used only to receive or store the goods, it is possible to perform a courier service such as delivery or return for the goods, thereby facilitating access to the courier service. On the other hand, the use of the courier service using the customer's unmanned storage box (20) can increase, the operator managing the unmanned storage box 20 is added to the maintenance of the unmanned storage box (20) and attracting new unmanned storage box (20) Earnings can be secured and revenue from operators providing parcel delivery services can increase.

Hereinafter, a description will be given in detail of a method for selecting a courier driver terminal 40 for collecting the delivery request items received in the unmanned storage box 20 of step S120 of FIG.

FIG. 5 is a flowchart illustrating steps S120 illustrated in FIG. 4, and FIG. 6 is a view illustrating a method for selecting a courier service terminal for delivering goods by the courier service server 10 according to an exemplary embodiment of the present invention. Illustrated as an example.

Referring to FIG. 5, when the courier service server 10 receives the delivery request information from the customer terminal 30, the courier service server 10 grasps the location information of the unmanned storage box 20 in which the delivery request item is stored, and based on this, a plurality of courier services are provided. The delivery route set in the article terminal 40 is detected (S121). According to the embodiment, the courier service server 10 determines the area to which the unmanned storage box 20 belongs when the location address of the unmanned storage box 20 is divided by administrative districts, and a plurality of courier articles terminals in charge of the area. The delivery route of 40 can be grasped. In this case, when the unmanned storage box 20 is disposed at the boundary of the delivery handling area divided by the parcel delivery service server 10, the delivery paths of the plurality of delivery article terminals 40 in charge of the adjacent area may be additionally obtained. .

The courier service server 10 selects a delivery route penetrating within a predetermined range from the position of the unmanned storage box 20 among the identified plurality of delivery routes (S123). Here, the predetermined range may mean a predetermined radius or area unit according to the number of the requested items received in the unmanned storage box 20. At this time, the more the number of the requested goods received in the unmanned storage box 20, the courier takes a lot of time to process this, the predetermined radius may be smaller.

After step S123, the parcel delivery service server 10 receives the current location log from the selected parcel delivery terminal 40 (S125). In this regard, referring to FIG. 6, the location of the unmanned storage box 20 in which delivery request information is received to the parcel delivery service server 10 is P, and the location P may be a boundary line between the areas (1) and (2). . The courier service server 10 selects a delivery route of a courier engineer B and a courier driver who passes through a predetermined radius R from the location of the unmanned storage box 20, and receives a location log of the A and B courier engineer terminals. can do. Accordingly, based on the position of the unmanned storage box 20, the delivery request items received in the unmanned storage box 20 currently located in the P position should be received by the courier A who is in charge of the area (1), but When viewing the location log, if it is desirable for the courier B in charge of the area (2) to provide a fast courier service, the courier service server 10 is a courier driver terminal 40 possessed by the courier B. Delivery request information can be sent.

In addition, the courier service server 10 considers the amount of traffic around the unmanned storage box 20 in which the delivery request information has been received, the scheduled delivery time of the delivery request items set in the plurality of courier articles terminal 40, and the like. ), The courier service server 10 can provide a faster courier service to the customer.

So far, with reference to FIGS. 5 and 6, a process of selecting a courier article terminal 40 for collecting a delivery request item received in an unmanned storage box 20 by the courier service server 10 of the present invention has been described. . Hereinafter, the courier engineer who arrived at the unmanned storage box 20, previously described and held by the processor of FIG. 2, provides a courier service for a delivery request item stored in the unmanned storage box 20 and the unmanned storage box 20 in which the delivery request information is received. The process of conducting and confirming this will be explained in detail.

FIG. 7 is a flowchart embodying step S130 illustrated in FIG. 4. Referring to FIG. 7, the parcel delivery service server 10 determines whether the delivery request item received in the unmanned storage box 20 can be collected (S131). This may be performed by comparing and confirming identification information of the delivery request item transmitted by the courier company terminal 40 based on the delivery request information received from the customer terminal 30.

Here, the delivery request information includes the sender's personal information, the consignee's personal information, the location information of the unmanned storage box, the identification number, the password, the type of the requested delivery item, the image data, the weight, the volume, the courier service payment processing information, and the destination. Information and the like, and identification information about the requested goods includes image data of the requested goods, weight, volume, surface material of the requested goods, handling precautions of the requested goods, and payment for the delivered goods. Processing information and the like.

More specifically, the parcel delivery service server 10 may check whether physical delivery or delivery of the requested delivery item received in the unmanned storage box 20 and whether the computerized processing of the requested delivery item is completed. First, whether physical delivery or delivery of the requested goods is possible by the courier service server 10 or the courier driver who owns the courier driver terminal 40. The weight, volume, and surface of the requested delivery item received in the unmanned storage box 20. Based on the material, it can be confirmed through a process of determining whether the requested goods can be collected or delivered. For example, if the physically undeliverable or undeliverable reason of the requested delivery item received in the unmanned storage box 20 does not meet the delivery standard, the weight and volume of the requested delivery item or the portable output terminal 50 for the collection of the requested delivery item 50. Cannot be attached to the requested item (e.g. unboxed, packaging material that cannot be attached to the sticker, or an item with a surface area that may be damaged by affixing the sticker) Small surface area).

Next, whether the computer processing of the requested delivery item is completed, the delivery request received by the courier service server 10 to the unmanned storage box 20 based on the delivery information exchanged with the customer terminal 30 and the courier article terminal 40. It may be confirmed through a process of determining whether the settlement of the delivery price of the goods is completed. In this case, the shipping price such as the weight, freight charge, surcharge, etc. of the requested delivery item set in the process of receiving the delivery request item in the unmanned storage box 20 is calculated by the courier driver terminal 40. If it does not match, you may not be able to process additional charges.

In addition, whether the computer processing of the requested delivery item is completed, the parcel delivery service server 10 may be confirmed through a process of determining whether the information received from the customer terminal 30 and the information received from the parcel delivery company terminal 40 match. have. For example, the information checked by the parcel delivery service server 10 may include an identification number, a password, or information of the consignee, the consignee, an image of a requested item, and the like of the unmanned storage box 20.

On the other hand, the courier service server 10 may check the payment, goods reception information about the goods to provide the courier service from the unmanned storage box 20, and through this it can confirm whether the computerized processing of the delivery request goods.

Referring to FIG. 7 again, when the delivery process of the delivery request item is described, when the courier service server 10 confirms the collection of the delivery request item received in the unmanned storage box 20, it is determined from the delivery company terminal 40. Receive delivery request information (S133, YES). Here, the determined delivery request information is an image of the delivery request photographed together with the information output by the courier using the portable output terminal 50 (for example, unmanned storage information, delivery request information, and courier waybill number). May contain information. In addition, the parcel delivery service server 10 may generate a delivery route to an intermediate storage area or a destination of the parcel of the parcel, and transmit the parcel delivery request information to the parcel delivery terminal 40.

After step S133, the parcel delivery service server 10 transmits the delivery request information received from the parcel delivery terminal 40 to the customer terminal 30 (S135). As mentioned in FIG. 4, the customer terminal 30 that receives the delivery request information including the image information may include a sender terminal that has sent a shipment request item and a receiver terminal that receives a delivery request item. Both the consignee and the consignee receiving the goods can check whether the goods are properly received through the unmanned storage box 20 to prevent the accident of the goods.

On the other hand, when the courier service server 10 confirms the uncollected delivery of the requested goods received in the unmanned storage box 20, the customer terminal 30 transmits the reason for the uncollected and the corresponding proposal (S137, NO).

According to the embodiment, when the reason for the non-aggregation corresponds to the case in which the above-described computerization process is not completed, the parcel delivery service server 10 transmits reconfirmation information about the mismatched information to the customer terminal 30, or delivers it. The charge processing request information can be transmitted. In addition, when the uncollected reason corresponds to the reason for the impossibility of physical delivery, the courier service server 10 generates a countermeasure (eg, a box packaging request, a separate request for delivery of the requested goods) to solve this problem, and thus the customer terminal 30. Can be sent by

In addition, the process of providing the reason for the non-aggregation and the countermeasure in this case is when the courier service server 10 determines that the reason for the uncollected delivery of the requested goods received in the unmanned storage box 20 can be overcome within a short time. The correspondence plan may be transmitted to the driver terminal 40, and the courier engineer terminal 40 may transmit the same to the customer terminal 30 to solve the cause of uncollection.

So far, the process of confirming the delivery request item received by the courier service server 10 of the present invention in the unmanned storage box 20 has been described with reference to FIG. 7. According to the present invention, the courier service server 10 can provide a courier service ranging from the collection and delivery using the unmanned storage box 20, economical, in the case of a customer unattended storage of the goods to receive the courier service ( 20) can be directly received and the progress can be checked, reducing the risk of loss or damage of goods.

Meanwhile, hereinafter, a process of performing or receiving a courier service using an application provided by the courier service server 10 will be described.

8a to 8c is a courier article terminal 40 according to an embodiment of the present invention Exemplary drawing showing a state for collecting the goods requested for delivery in the unmanned storage box (20).

Referring to FIG. 8A, when a courier driver terminal 40 receives delivery request information of an item received in an unmanned storage box 20 from a courier service server 10, a delivery list 82 may be provided as follows. . Data field 81 for the unmanned storage box 20 that can be confirmed through the courier article terminal 40 is the location of the unmanned storage box 20, the current state of the payment processing for the courier service application, the password of the unmanned storage box (20) and In addition, when performing the collection of the unmanned storage box 20, it may include whether or not to output the delivery information including the invoice number using the portable output terminal 50.

The courier driver uses the courier driver terminal 40 to check information on the plurality of delivery request items to be collected in the unmanned storage box 20, and selects one of the delivery request items from the delivery list 82, FIG. 8B and FIG. You can see that the same screen is provided.

Referring to FIG. 8B, detailed information about the delivery request item received in the unmanned storage box 20 includes personal information of the sender and the receiver, image information of the goods photographed by the sender, and information related to the collection of the goods ( 83-87) may be provided.

According to an embodiment, when the courier or the courier service server 10 determines that the delivery request item is uncollected, the courier courier enters the uncollected reason 83 in the courier driver terminal 40 and the below uncollected item. (87) can be selected. For example, the reason for the uncollected delivery of the requested goods received in the unmanned storage box 20 may include physical delivery or non-collected information or computer processing error information, and the courier as the courier selects the uncollected item 87. The reason for the non-aggregation of the corresponding delivery request item may be transmitted to the service server 10 or the customer terminal 30. According to an embodiment, the message transmitted to the customer terminal 30 may be transmitted such as, 'The article received in the unmanned storage box 007 has not been collected in the unpacked box.'

In addition, referring to FIG. 8C, the courier driver uses the courier engineer terminal 40 to photograph an image of a delivery request item that is the ground of uncollected reason, and the delivery request item including a delivery request item photographing time 88. Image data may be provided to the parcel delivery service server 10.

On the other hand, when the courier or the courier service server 10 determines that the delivery request items received in the unmanned storage box 20 can be collected, the courier receives the invoice number and delivery request information from the courier service server 10 This may be output 85 to the portable output device 50. Printed delivery request information may be attached to the delivery request, and the courier after collecting the collection by selecting the collection (86), the collection process for the courier service of the delivery request goods received in the unmanned storage box (20) This can be done.

In addition, in the process of performing the collection, the courier driver uses the courier article 40 to photograph image information of the requested delivery item, and the image of the requested delivery item of the requested delivery item including the photographed delivery requested item photographing time 88. The image data may be provided to the parcel delivery service server 10. According to an embodiment, the image captured by the courier driver terminal 40 may include an image of the entire unmanned storage box 20, an image of a requested item delivered in one storage box, and the like.

Meanwhile, the exemplary drawing described above is a process in which the courier performs a collection using the courier article terminal 40, and hereinafter, the customer terminal 30 and the unmanned storage box 20 that start to perform such a process are shown. The process of generating the delivery request information used will be described.

9A and 9B are views exemplarily illustrating a state in which the customer terminal 30 generates delivery request information according to an exemplary embodiment of the present invention.

Referring to FIG. 9A, a customer may use an application installed in the customer terminal 30 to perform delivery of goods, that is, courier reservation 91 or return reservation 92 of goods. To this end, the customer may enter the personal information of the caller and select the reservation method 93. According to an embodiment, the reservation method 93 may include a face-to-face reception (visit reservation reception) and a non-face-to-face reception (unattended depository reception).

On the other hand, when the customer chooses to receive the unmanned storage box, the request for the following 94 may be provided for the photographing and photographing method. This is to provide accurate information of the requested goods for delivery, and may be an image as well as an image of the article.

In addition, even if the unmanned locker reception is selected, the delivery date of the unmanned locker 20 of the courier driver may be selected, and the customer may input additional items related to the delivery in addition to the visit.

Next, referring to FIG. 9B, a customer may input specific information about a delivery request item and perform payment for a courier service. More specifically, it is possible to input the delivery request information 95, such as the price, quantity, volume, name, etc. for the delivery request, and select the delivery fare 96. According to an embodiment, the fare may be different for each size of the unmanned storage box 20, and in the case of the unmanned storage box 20 associated with the courier service server 10, a discount may be applied. As such, when the customer inputs the information 95 to the delivery request item, the settlement information 97 for the delivery price is provided accordingly, and the customer may apply the payment method selection 98 and the reservation application 99. Meanwhile, in the case of the card settlement 98 shown in the screen below in FIG. 9B, the screen is output when the customer selects the shipping fare 96 in advance. More details thereof will be described later.

On the other hand, the exemplary drawing described above is a content for applying for the face-to-face or non-face-to-face courier service using an application linked with the unmanned storage box 20, hereinafter unmanned storage box 20 using the customer terminal (30). Explain about the process for receiving goods.

10A to 10C are exemplary views illustrating a state in which a customer terminal 40 according to an embodiment of the present invention reserves a delivery request item in an unmanned storage box.

Referring to FIG. 10A, when a customer applies for a non-face-to-face delivery service using the unmanned storage box 20, the customer selects the GPS activation 101 and selects a plurality of arranged around the customer terminal 40 on the map 102. Information 103 of the unmanned storage box 20 can be checked. Accordingly, when a single unmanned storage box 20 is selected, the customer can check the name of the unmanned storage box 20, detailed information on the location of the unmanned storage box 20, and the current usage status of the unmanned storage box 20. .

Subsequently, when the customer requests the reception request 104 for one unmanned storage box 20 selected, a screen 105 showing the current status information of the unmanned storage box 20 is provided as shown in FIG. 10B, and the unmanned storage box 20 is provided. Information about the size and use of the c) may be provided. According to the embodiment, since the number of the unmanned storage box 20 compared to the user currently using the courier service is insufficient, the delivery service using the unmanned storage box 20 is canceled if not stored within a preset time after selecting the unmanned storage box 20 Phrase 106 may be provided to indicate that it may be.

Meanwhile, when the customer selects one available unmanned storage box within the screen 105 in which the unmanned storage box 20 is reduced, a screen 107 for photographing a delivery request item may be provided as shown in FIG. 10C. As described above, this is to provide accurate information about the delivery request item received in the unmanned storage box 20, and may be an image as well as an image of the item.

Exemplary drawings described above are contents for accepting a delivery request item to the unmanned storage box 20 using the customer terminal 30, hereinafter, the article received in the unmanned storage box 20 using the courier driver terminal 40 Explain the process of settlement of shipping charges for.

11A to 11C are views exemplarily illustrating a state in which a courier article terminal 40 according to an embodiment of the present invention calculates a delivery price of a requested item.

Referring to FIG. 11A, the courier driver may check the delivery price payment amount and the payment amount 111 of items to be collected or delivered using the courier driver terminal 40. The courier may manage the balance possession information for the payment processing based on this, and if the balance is insufficient, the courier may send information related to the delivery payment processing to the customer terminal 30 corresponding to the unattended locker 20 information to be visited in advance. I can send it.

Next, referring to FIG. 11B, the courier driver arrives at the unmanned storage box 20 through the courier driver terminal 40 to collect or deliver the courier service server 10 or the courier driver terminal 40. According to the payment processing result calculated by, the customer can check additional shipping charges from the amount settled or, if the customer selects postpay payment for the requested goods, a text message for payment of the delivery can be sent (112). have. Here, the courier may input the amount 113 calculated by the courier service server 10 or the courier driver terminal 40 and transmit the same to the customer terminal 30.

Meanwhile, referring to FIG. 11C, when the customer selects the payment for the delivery request item after collecting or delivering the delivery, the courier driver selects the payment amount 114 from the courier driver terminal 40, and the information on this. May be transmitted to the customer terminal 30.

The exemplary drawing described above is a process in which the courier driver terminal 40 setstles the delivery charges of the requested delivery items received in the unmanned storage box 20, and will be transmitted from the courier engineer terminal 40, which will be described below with reference to FIG. 9B. On the basis of the information will be described in the customer terminal 30 to settle the shipping price.

12A to 12D are views exemplarily showing how the customer terminal 30 according to an embodiment of the present invention calculates the delivery price of the requested delivery item.

Referring to FIG. 12A, a customer may input information 121 about a requested product to be delivered through a customer terminal 30 and select a payment for this as a prepayment 122 or an on-site payment 123. Here, the prepayment 122 may be a case in which the payer pays the delivery price for collecting the goods in advance, or a case in which the payee pays the delivery price for receiving the goods in advance. On the other hand, the on-site payment 123 may be a case in which the courier pays the delivery charges for collecting the goods when the courier visits the unmanned storage box 20 or when the receiver pays the goods. Accordingly, when the caller requests goods collection from the unmanned storage box 20 and selects the upfront 122, payment windows for payment may be provided to the customer terminal 30.

On the other hand, referring to Figure 12b, when the caller applied for the collection of goods and selected on-site payment 123, a notification such as Figure 12b may be provided to the customer who installed the application, the contents of the payment for the notification Information 125 may be displayed.

On the other hand, referring to Figure 12c, after receiving the goods in the unmanned storage box 20, the sender applied for the collection of the goods and selected on-site payment 123, but the customer does not install the application, Figure A text message 126 such as 12c may be provided, and an application installation URL 127 may be provided along with information about the shipping price.

Lastly, referring to FIG. 12D, after the sender receives the goods in the unmanned storage box 20, the applicant applies for the collection of the goods and selects the on-site payment 123, or the receiver applies for the receipt of the goods and makes the prepayment 122. If selected, a notification for the payment request 128 may be provided on the customer terminal 30, and the notification may be a notification provided from the parcel delivery service server 10 or the parcel delivery terminal 40.

In this case, the customer terminal 30 may perform the payment settlement for the delivery request item, and even a customer who does not install the application may process the delivery payment for the delivery request item received in the unmanned storage box 20. You can use a more convenient courier service.

On the other hand, the customer terminal 30 and the courier article terminal 40 has been described for the process of receiving and performing the delivery service using the unmanned storage box 20. Hereinafter, a description will be given of a method of confirming a delivery request item received by the customer through the customer terminal 30 in the unmanned storage box 20 during the preceding process.

13A and 13B are views exemplarily illustrating a state in which the customer terminal 30 according to an embodiment of the present invention confirms a reservation of a delivery request item stored in an unmanned storage box 20 to request a courier service.

Referring to FIG. 13A, when a customer reserves a courier service and the reservation method is using the unmanned locker 20, a reception type and an unmanned locker 20 receipt number 131 are generated, and a reception status of the requested goods Information 132, 133, 134 may be generated. In more detail, when the unmanned storage box 20 is reserved, the reception status information 132 indicating that the item is to be stored within a preset time, the time information 133 of storing the item in the unmanned storage box 20, and the requested item for delivery photographed by the customer May include image information 134. In addition, after receiving the shipment request item in the unmanned storage box 20, along with the detailed location and identification number 135 of the unmanned storage box 20, the password 136 of the unmanned storage box 20 set by the customer to be displayed Can be.

Next, referring to FIG. 13B, after receiving the goods in the unmanned storage box 20, the customer may check the current state of the collection or delivery of the corresponding shipment request item using the customer terminal 30. More specifically, when the courier collects the goods requested for delivery, the customer may check the current state guide phrase 137-2 together with the collection time information 137-1, and the personal information of the courier who performed the collection. 138 and the image 139 of the collected delivery request items can be confirmed. On the other hand, when the courier fails to collect the requested goods delivery, the customer may check the phrase (137-2) the reason for the uncollected together with the uncollected confirmation time information 137-1.

So far, the method of providing the parcel delivery service using the unmanned storage box 20 by the parcel delivery service server 10 of the present invention has been described. The manager who manages the courier service system 100 by utilizing the existing unmanned storage box 20 has an economical advantage because it does not cost money to build a new infrastructure, and the customer also has an unmanned storage box that is placed around ( 20) can be used for the courier service to increase the convenience of goods delivery, courier can also handle a large amount of goods through a single unmanned storage box can increase the delivery efficiency.

In addition, by using the unmanned storage box 20 can be provided directly to the courier service between the customer and the courier service and payment processing, the customer can leave the goods safely, the courier can provide a courier service more conveniently.

On the other hand, the present invention can also be embodied as computer readable codes on a computer readable recording medium. Computer-readable recording media include all storage media such as magnetic storage media and optical reading media. It is also possible to record the data format of the message used in the present invention on a recording medium.

Although embodiments of the present invention have been described above with reference to the accompanying drawings, those skilled in the art to which the present invention pertains may implement the present invention in other specific forms without changing the technical spirit or essential features thereof. I can understand that. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive.

100: Courier Service System
10: courier service server
11: communication interface
12: processor
13: database
20: Unattended Cache
30: customer terminal
40: courier driver terminal
50: portable output terminal

Claims (20)

As a courier service server provides a courier service,
Receiving delivery request information for a delivery request item received from an unmanned storage box from a customer terminal;
Selecting a courier driver terminal in charge of the request for delivery based on the location information of the unmanned storage box; And
Transmitting the delivery request information to the selected delivery company terminal, receiving identification information of the delivery request item from the delivery company terminal, and confirming whether the delivery request item can be collected;
Courier service method utilizing the unmanned storage including a. The method of claim 1,
After confirming whether the delivery request can be collected,
When it is confirmed that the delivery request can be collected,
Receiving determined delivery request information on the delivery request item from the delivery company terminal; And
Transmitting delivery request information on the received delivery request item to the customer terminal;
Courier service method using an unmanned storage box further includes. The method of claim 1,
After confirming whether the delivery request can be collected,
If it is confirmed that the above items can not be collected,
Transmitting, to the customer terminal, an unaggregated reason for the delivery requested item and a corresponding solution based on the identification information of the delivery request item;
Courier service method using an unmanned storage box further includes. The method of claim 1,
Identification information of the delivery request item,
And at least one of image data of the requested delivery item received from the courier company terminal, weight, volume, surface material of the requested delivery item, precautions for handling the requested delivery item, and processing information on the delivery fee of the requested delivery item. doing,
Courier service method using unmanned storage. The method of claim 1,
Determining whether or not the collection is possible,
Confirming at least one of whether or not the physically possible delivery of the requested delivery item and the completion of the computerized processing of the requested delivery item,
Courier service method using unmanned storage. The method of claim 5,
Determining whether or not the collection is possible,
Comparing the delivery request information received from the customer terminal and the identification information of the delivery request goods received from the courier company terminal, confirms the settlement of the delivery price of the delivery request goods, and whether the computerized processing of the delivery request goods completed Confirmed,
Courier service method using unmanned storage. The method of claim 1,
The delivery request information,
At least one of sender personal information, consignee personal information, location information of the unmanned storage box, identification number, password, type of the requested shipment item, image data, weight, volume, payment processing information and destination information Including,
Courier service method using unmanned storage. The method of claim 1,
The step of selecting the courier article terminal,
Identifying a delivery route set in the plurality of courier articles;
Selecting a delivery route penetrating within a predetermined range from a position of the unmanned storage box among the identified plurality of delivery routes; And
Receiving a current location log from a courier driver terminal having the selected delivery route;
Courier service method using an unmanned storage box further includes. As a courier service server that provides a courier service using an unmanned storage box,
A communication interface for transmitting / receiving delivery data for a shipment request item received from the customer terminal and the courier driver terminal and the unmanned storage box; And
A processor that provides information for collecting and delivering services on the requested goods based on the data transmitted and received by the communication interface; Including;
The processor selects a courier driver terminal in charge of the delivery request based on the location information of the unmanned storage box and the delivery request information received by the communication interface from the customer terminal, and based on the identification information of the delivery request item. To confirm whether the delivery of the requested goods can be collected,
The communication interface provides the delivery request information to a courier company terminal selected by the processor, and receives identification information of the delivery request item from the courier company terminal.
Courier service server. The method of claim 9,
When the processor determines whether the delivery request item can be collected,
The communication interface receives the determined delivery request information for the delivery request from the courier company terminal, and transmits the delivery request information for the received delivery request to the customer terminal,
Courier service server. The method of claim 9,
When the processor determines that it is impossible to collect the requested delivery item, the processor generates an unaggregated reason for the requested delivery item and a countermeasure based on the identification information of the requested delivery item.
The communication interface transmits the unaggregated reason to the customer terminal;
Courier service server. The method of claim 9,
Identification information of the delivery request item,
And at least one of image data of the requested delivery item received from the courier company terminal, weight, volume, surface material of the requested delivery item, precautions for handling the requested delivery item, and processing information on the delivery fee of the requested delivery item. doing,
Courier service server. The method of claim 9,
The processor,
Checking at least one of whether the delivery request is physically available and whether the computerized processing of the delivery request is completed,
Courier service server. The method of claim 13,
Whether the collection is possible,
The processor compares the delivery request information received from the customer terminal with the identification information of the delivery request item received from the parcel delivery company terminal, confirms the payment price of the delivery request item, and completes the computerized processing of the delivery request item. To check whether
Courier service server. The method of claim 9,
The delivery request information,
At least one of sender personal information, consignee personal information, location information of the unmanned storage box, identification number, password, type of the requested shipment item, image data, weight, volume, payment processing information and destination information Including,
Courier service server. The method of claim 9,
The processor,
Based on the received delivery request information, grasp a delivery route set in a plurality of courier articles terminal, select a delivery route that passes through a predetermined range from the location of the unmanned box among the plurality of delivery routes, and selects Receiving the current location log from the courier terminal having a delivery path, selecting a courier terminal in charge of the delivery request,
Courier service server. A courier service server managing a plurality of unmanned storage boxes and providing a courier service;
A customer terminal transmitting delivery request information on the delivery request item received in the unmanned storage box to the parcel delivery service server; And
A courier driver terminal that receives delivery request information from the courier service server and provides a collection and delivery service for a delivery request item received in the unmanned storage box; Including,
The courier service server,
Receiving identification information of the delivery request item from the courier article terminal, confirming the collection and delivery information of the delivery request item based on the identification information of the delivery request item, and transmitting to the customer terminal and the courier article terminal;
Delivery service system using unmanned storage. The method of claim 17,
A portable output terminal carried by a courier driver having the courier driver terminal; More,
The courier article terminal,
When the collection of the delivery request article is confirmed, transmitting the determined delivery request information to the portable output terminal and the parcel delivery service server,
Delivery service system using unmanned storage. The method of claim 17,
Identification information of the delivery request item,
And at least one of image data of the requested delivery item received from the courier company terminal, weight, volume, surface material of the requested delivery item, precautions for handling the requested delivery item, and processing information on the delivery fee of the requested delivery item. doing,
Delivery service system using unmanned storage. The method of claim 17,
The delivery request information,
At least one of sender personal information, consignee personal information, location information of the unmanned storage box, identification number, password, type of the requested shipment item, image data, weight, volume, payment processing information and destination information Including,
Delivery service system using unmanned storage.

Images