KR20230142278A - System, server and method for providing delivery service between personal - Google Patents

Abstract

The present invention relates to a person-to-person courier delivery service system, server, and method implemented to enable person-to-person courier delivery service only with the shipping information and receipt information written on the package by an individual without a separate identification tag such as a barcode attached to the package. Regarding this, when the sender's terminal sends the parcel to the shipping and collection point, it receives shipping information and receiving information, generates and transmits the sender's courier information including this; The peer-to-peer courier delivery service server receives the sender's courier information sent from the sender's terminal, creates and registers a courier invoice using the sender's courier information, and receives the recipient's courier information sent from the recipient's terminal to delete and register the corresponding courier invoice. and; The database stores delivery invoices registered on the peer-to-peer delivery service server, and deletes delivery invoices registered on the person-to-person delivery service server; When the recipient terminal receives delivery cargo at the receiving and collecting area, it receives shipping information and receiving information, generates recipient information including this, and transmits it to the peer-to-peer courier delivery service server.

Description

Courier delivery service system, server and method between individuals {System, server and method for providing delivery service between personal}

The technical field of the present invention relates to person-to-person courier delivery service systems, servers, and methods. In particular, person-to-person courier delivery using only the shipping and receiving information written on the package by an individual without a separate identification tag such as a barcode attached to the package. It relates to a peer-to-peer courier delivery service system, server, and method implemented to provide services.

In the courier delivery service method, the courier cargo collected from the courier vehicle is unloaded at the logistics warehouse of the same cargo transportation company as the courier company, and the courier who delivers the courier cargo classified between destinations in the same area is required to deliver it to the corresponding area. It is common for delivery to be made by scanning an identification tag such as a barcode attached to the parcel, and based on the recipient's address on the parcel delivery note. However, in the case of this courier delivery service method, there were various inconveniences, such as the need for the deliverer to classify the parcel separately by zone in advance for convenience of delivery, and it was not easy to find each delivery location using a map. . In particular, in the process of delivering multiple parcels, there were inefficiencies such as taking the same route repeatedly or taking unnecessary turns.

On the other hand, it is possible to more easily find the delivery address using a navigation system installed in a vehicle or a navigation program on a personal portable terminal, but this is also inconvenient because the address of the delivery address must be entered one by one. In addition, since the delivery person must first separate the delivery cargo into each zone and organize it inside the delivery vehicle, additional organizing work is added, which reduces workability. In addition, in order for the deliverer to organize the waybill of the parcel after completing delivery, additional work is required to recognize the barcode of the invoice, so there was an inefficiency in the delivery process.

Korean Patent Publication No. 10-2014-0031611 (published on March 13, 2014) discloses a courier cargo delivery system and a courier cargo delivery method using the same. In the delivery system for delivering courier cargo, the delivery address of the courier cargo is A stored database, an identification terminal that can be identified by scanning the identification code of the waybill attached to the delivery cargo and capable of transmitting and receiving data to and from the database, and a delivery address that is connected to the identification terminal or database and matches the identification code identified by the identification terminal. It is characterized by being configured to include a navigation terminal that receives the address and automatically inputs it for guidance. According to the disclosed technology, when a shipper delivering cargo scans the identification tag of the waybill, such as a barcode, with an identification terminal, the delivery address and information of the corresponding courier cargo are automatically entered into the navigation terminal, so the shipper has a separate address. Workability is improved as you can easily find the delivery address without an input process. Multiple addresses are guided to the shortest route on the navigation terminal, so delivery can be made in an efficient manner. The delivery person scans the identification tag on the waybill and At the same time, if sequential cargo numbers are assigned to each parcel, the cargo number assigned to each parcel is paired with an identification tag and stored in the database. This information is automatically entered into the navigation terminal and the cargo number of each parcel is stored in the database. , Since the delivery address and delivery information are automatically provided, the deliverer does not need to do any separate preliminary work such as organizing the delivery cargo by zone, improving delivery efficiency. Before arriving at the delivery location, the deliverer can click on the navigation terminal to It is possible to simply connect with the recipient by phone, and through this, the recipient's absence can be checked. Delivery processing methods can be discussed in advance depending on the absence, which reduces time wastage and improves delivery convenience. And from the recipient's point of view, they can access the database to know the delivery order, delivery processing results, and delivery route of the parcel. The next delivery order can be guessed from the shipper's most recent delivery address, and the delivery route is stored in the database. Therefore, the final delivery time of a specific parcel can be estimated more accurately, and from the perspective of the sender who wants to send parcel, the movement route and travel time of the deliverer can be predicted, so the parcel can be sent accordingly. This can be convenient.

Korea Patent Publication No. 10-2016-0048601 (published on May 4, 2016) provides that in the courier service, when collecting or delivering courier cargo, the consignor or deliverer uses a personal portable communication terminal to display the waybill image and waybill for the courier cargo. By obtaining a barcode and enabling courier cargo delivery using the obtained waybill image and waybill barcode, the inconvenience of having to scan the same waybill barcode multiple times can be eliminated, and expensive barcode scanner equipment is also available. There is no need to separately purchase and image scanner equipment, thereby reducing the economic burden. Even when delivery of courier cargo is completed, delivery completion report can be performed with a simple touch method by calling the scanned waybill barcode, and this allows the courier to report delivery completion. Disclosed is a courier service provision system, server, and method that can shorten cargo delivery time and provide convenience of use. According to the disclosed technology, the selection of collection scan through the input means is confirmed, the camera is operated to scan the collection image and collection bar code for the waybill of the delivery cargo, and a delivery registration request signal is generated to include the scanned collection image and collection bar code. A plurality of collection terminals that transmit by ordering; The collection image and collection barcode are checked from the delivery registration request signal received from the collection terminal, and are registered in a database by collection barcode. Information related to the delivery cargo collected through the collection terminal is received, converted into a database by collection barcode, and registered. It receives the delivery departure notification signal, checks the departure barcode, reads the information related to the delivery cargo corresponding to the confirmed departure barcode, includes it in the delivery departure response signal and transmits it, registers the delivery departure, and sends the delivery completion notification signal. A courier service providing server that receives and verifies the departure barcode and registers delivery completion; By confirming the selection of departure scan through the input method, the camera is operated to scan the departure barcode on the waybill of the delivery cargo, and a delivery departure notification signal is generated and transmitted to the delivery service providing server including the scanned departure barcode. Information related to the delivery cargo is checked from the delivery departure response signal received from the service providing server and displayed through a display means. By confirming the selection of delivery completion through the input means, a delivery completion notification signal is generated and the waybill of the delivered parcel is sent. It is characterized by including a plurality of delivery citation terminals that transmit the departure barcode to the delivery service providing server.

In the conventional technology as described above, a separate identification tag such as a barcode attached to the delivery cargo was still required, which caused the inconvenience of having to print the identification tag separately and attach it to the delivery cargo, and also had the inconvenience of having to collect and deliver the parcel. The disadvantage was that delivery drivers and vehicles were still needed, making it inefficient and causing significant economic losses.

Korean Patent Publication No. 10-2014-0031611 Korean Patent Publication No. 10-2016-0048601

The problem to be solved by the present invention is to solve the inconveniences and shortcomings as described above, and is intended to solve the inconveniences and shortcomings as described above. Instead of a separate identification tag such as a barcode attached to the delivery cargo, the It provides a peer-to-peer courier delivery service system, server, and method implemented to provide courier delivery services.

As a means of solving the above-described problem, according to one feature of the present invention, when sending courier cargo to a shipping and collection point, a sender terminal receives shipping information and receiving information, generates and transmits sender courier information including this; An individual-to-person courier delivery service that receives the sender's courier information sent from the sender's terminal, creates and registers a courier invoice using the sender's courier information, and receives the recipient's courier information sent from the recipient's terminal to delete and register the corresponding courier invoice. server; a database that stores delivery invoices registered in the person-to-person delivery service server and deletes delivery invoices registered in the person-to-person delivery service server; and a peer-to-peer courier delivery service system that includes a recipient terminal that receives shipping information and receipt information when receiving courier cargo at a receiving collection point, generates recipient courier information including this, and transmits it to the person-to-person courier delivery service server. to provide.

In one embodiment, the sender terminal generates a download request message and transmits it to the person-to-person delivery service server, then downloads the person-to-person delivery service app from the person-to-person delivery service server and stores it in the internal memory. It is characterized by giving.

In one embodiment, the sender terminal stores the sender identification information or the sender terminal identifier in the internal memory, and then includes the sender identification information or the sender terminal identifier in the sender parcel information and transmits it to the person-to-person courier delivery service server. It is characterized by:

In one embodiment, the sender terminal receives a warning message from the person-to-person delivery service server and warns the sender that the inputted delivery information does not match the initially registered sender information.

In one embodiment, the sender terminal receives a receipt completion message from the person-to-person delivery service server and notifies the sender that the legitimate recipient has successfully received the parcel.

In one embodiment, the sender terminal includes: a camera or scanner for acquiring a photographed or scanned image by photographing or scanning the shipping information and receipt information written on the courier cargo when sending the courier cargo to a shipping and collection point; and a text extractor for extracting text from images taken or scanned by the camera or scanner to obtain sending information and receiving information.

In one embodiment, when receiving a download request message from the sender terminal or the recipient terminal, the person-to-person delivery service server reads the person-to-person delivery service app from the database and sends it to the sender terminal or the recipient. It is characterized by being downloaded to a terminal.

In one embodiment, the person-to-person courier delivery service server verifies the shipment information, receipt information, sender identification information, or sender terminal identifier from the sender courier information received from the sender terminal, and sends the shipment information and receipt information to the courier. It is characterized by creating a database by sender identification information or sender terminal identifier along with the invoice and registering it in the database.

In one embodiment, the person-to-person delivery service server verifies sender information corresponding to the sender identification information or sender terminal identifier confirmed in the sender courier information received from the sender terminal, from the database, and It checks whether the shipping information confirmed in the sender's delivery information received from the terminal is the same as the confirmed sender's information, and if the shipping information is not the same as the sender's information, a warning message is generated and transmitted to the sender's terminal. Do it as

In one embodiment, the person-to-person delivery service server verifies the shipment information, receipt information, recipient identification information, or recipient terminal identifier from the recipient courier information received from the recipient terminal, and the same information is included in the confirmed shipment information and recipient information. A courier invoice having a is confirmed from the database, the confirmed courier invoice is upgraded to the database as the courier cargo has been received, and a receipt completion message is generated and transmitted to the sender terminal.

In one embodiment, the person-to-person courier delivery service server verifies the recipient information corresponding to the recipient identification information or recipient terminal identifier confirmed in the recipient courier information received from the recipient terminal, from the database, and checks the recipient information received from the recipient terminal. It is characterized in that it checks whether the recipient information confirmed in the recipient courier information is the same as the confirmed recipient information, and if the recipient information is not the same as the recipient information, a warning message is generated and transmitted to the recipient terminal.

In one embodiment, the database is an individual-to-person courier delivery service that allows individual courier delivery with only the shipping information and receipt information written on the courier cargo by an individual without a separate identification tag such as a barcode attached to the courier cargo. It is characterized by setting the app and saving it in advance.

In one embodiment, the database stores the sender information received at the time of member registration in a database by sender identification information or sender terminal identifier, and stores the recipient information received at the time of member registration as recipient identification information or recipient terminal identifier. It is characterized by storing each data in a database.

In one embodiment, the database is characterized by storing shipping information, receipt information, and courier invoices registered in the peer-to-peer courier delivery service server in a database by sender identification information or sender terminal identifier.

In one embodiment, the recipient terminal generates a download request message and transmits it to the person-to-person delivery service server, then downloads the person-to-person delivery service app from the person-to-person delivery service server and stores it in the internal memory. It is characterized by

In one embodiment, the recipient terminal stores the recipient identification information or recipient terminal identifier in the internal memory, and transmits the recipient identification information or recipient terminal identifier to the recipient courier delivery service server. Do it as

In one embodiment, the recipient terminal receives a warning message from the person-to-person delivery service server and warns the recipient that the package cannot be received because the input recipient information does not match the initially registered recipient information. It is characterized by

In one embodiment, the recipient terminal includes: a camera or scanner for acquiring a photographed or scanned image by photographing or scanning the shipping information and receipt information written on the courier cargo when receiving the courier cargo at a receiving and collecting point; and a text extractor for extracting text from images taken or scanned by the camera or scanner to obtain sending information and receiving information.

In one embodiment, the person-to-person courier delivery service system receives shipment information and receipt information when the package departs from the shipping collection point, generates departure package information including this, and transmits it to the person-to-person courier delivery service server. It is characterized in that it further includes a delivery terminal that receives delivery information and receipt information when the delivery cargo arrives at the collection and collection point, generates arrival delivery information including this, and transmits it to the person-to-person delivery service server.

In one embodiment, the person-to-person parcel delivery service server receives departure parcel information transmitted from the delivery terminal and registers it in the database, and receives arrival parcel information transmitted from the delivery terminal and registers it in the database. It is characterized by:

In one embodiment, the person-to-person parcel delivery service server generates a departure message when registering departure parcel information and transmits it to the sender terminal or the recipient terminal, and generates an arrival message when registering arrival parcel information. It is characterized in that it is generated and transmitted to the sender terminal or the recipient terminal.

In one embodiment, the sender terminal receives a departure message from the person-to-person courier delivery service server and notifies the sender of the delivery departure of the courier cargo, and receives an arrival message from the person-to-person courier delivery service server to send the courier. It is characterized by notifying the sender of the delivery arrival of the cargo.

In one embodiment, the person-to-person delivery service server, when receiving a download request message from the delivery terminal, reads the person-to-person delivery service app from the database and downloads it to the delivery terminal. do.

In one embodiment, the person-to-person delivery service server checks the delivery information, receipt information, delivery identification information, or delivery person terminal identifier from the departure delivery information or arrival delivery information received from the delivery terminal, and determines the delivery information. And the receipt information is converted into a database by delivery identification information or delivery terminal identifier and registered in the database.

In one embodiment, the database is characterized by storing departure or arrival parcel information registered in the person-to-person parcel delivery service server.

In one embodiment, the database is characterized in that the delivery person information received at the time of membership registration is stored in a database by delivery identification information or delivery person terminal identifier.

In one embodiment, the database is characterized in that the delivery information and receipt information registered in the person-to-person delivery service server are stored in a database according to delivery identification information or delivery person terminal identifier.

In one embodiment, the recipient terminal receives a departure message from the person-to-person courier delivery service server and notifies the recipient of the delivery departure of the courier cargo, and receives an arrival message from the person-to-person courier delivery service server to send the courier cargo. It is characterized by notifying the recipient of the arrival of delivery.

In one embodiment, the delivery terminal generates a download request message and transmits it to the person-to-person delivery service server, then downloads the person-to-person delivery service app from the person-to-person delivery service server and stores it in the internal memory. It is characterized by giving.

In one embodiment, the delivery terminal stores the delivery identification information or the delivery terminal identifier in the internal memory, and includes the delivery identification information or the delivery terminal identifier in the departure parcel information or the arrival parcel information between the individuals. It is characterized in that it is transmitted to the courier delivery service server.

In one embodiment, the delivery terminal captures or scans the delivery information and receipt information written on the delivery cargo when departing the delivery cargo from the shipping collection point or arriving at the receiving collection point. A camera or scanner to acquire an image; and a text extractor for extracting text from images taken or scanned by the camera or scanner to obtain sending information and receiving information.

In one embodiment, the person-to-person courier delivery service system receives shipping information and receipt information when the sender sends the package to the forwarding and collection point, and generates forwarding and receiving information including this to the person-to-person courier delivery service server. A shipping collection point terminal that transmits to; And when the recipient receives the parcel at the receiving and collecting area, it further includes a receiving and collecting area terminal that receives delivery information and receiving information, generates receiving and collecting area delivery information including this, and transmits it to the person-to-person courier delivery service server. Do it as

In one embodiment, the person-to-person courier delivery service server receives the forwarding and collecting point courier information transmitted from the forwarding and collecting point terminal, generates a delivery invoice with the forwarding and collecting point courier information, registers it in the database, and transmits it from the receiving and collecting point terminal. It is characterized by receiving delivery information from a collection and collection point and deleting and registering the corresponding delivery invoice from the database.

In one embodiment, the person-to-person parcel delivery service server, when receiving a download request message from the forwarding and collection point terminal or the receiving and collecting point terminal, reads the person-to-person courier delivery service app from the database and sends it to the forwarding and collecting point terminal or the It is characterized by being downloaded to a collection terminal.

In one embodiment, the person-to-person courier delivery service server verifies the shipping information and receipt information, the shipping storage site identification information, or the shipping storage facility terminal identifier from the shipping and collection point courier information received from the shipping and collection point terminal, and checks the shipping information and receiving information. It is characterized in that the delivery invoice is converted into a database by the forwarding and collecting point identification information or the forwarding and collecting point terminal identifier and is registered in the database.

In one embodiment, the person-to-person delivery service server verifies sender information having the same information as the shipment information confirmed in the shipment collection point delivery information received from the shipment terminal, and receives the information from the sender terminal. If there is no sender information with the same information as the shipment information confirmed in the received sender courier information, a warning message is generated and transmitted to the shipping collection point terminal.

In one embodiment, the person-to-person courier delivery service server is characterized in that it checks shipping information, receipt information, collection point identification information, or collection point terminal identifier from the collection point delivery information received from the collection point terminal.

In one embodiment, the database stores the forwarding and collection point information received at the time of member registration in a database by each forwarding and forwarding point identification information or the forwarding and forwarding point terminal identifier, and stores the receiving and collecting area information received at the time of member registration as the receiving and collection point identification information or It is characterized by storing it in a database for each terminal identifier in the collection and collection area.

In one embodiment, the database is characterized in that it stores the shipping information, receipt information, and courier invoices registered in the person-to-person courier delivery service server in a database according to the forwarding and collecting point identification information or the forwarding and receiving point terminal identifier.

In one embodiment, the forwarding terminal generates a download request message and transmits it to the person-to-person delivery service server, then downloads the person-to-person delivery service app from the person-to-person delivery service server and stores it in the internal memory. It is characterized by giving.

In one embodiment, the shipping storage terminal stores the shipping storage facility identification information or the shipping storage terminal identifier in the internal memory, and then includes the shipping storage facility identification information or the shipping storage facility terminal identifier in the shipping storage facility delivery information to provide the person-to-person courier delivery service. Characterized by transmission to the server.

In one embodiment, the forwarding terminal receives a warning message from the person-to-person delivery service server and warns the forwarding yard that the inputted shipping information is incorrect and requests the sender to correct it.

In one embodiment, the shipping and collection point terminal may be configured to include a camera or a camera for acquiring a photographed or scanned image by photographing or scanning the shipping information and receipt information written on the package when the sender sends the package to the shipping and collecting site. scanner; and a text extractor for extracting text from images taken or scanned by the camera or scanner to obtain sending information and receiving information.

In one embodiment, the forwarding and collection point terminal further includes a delivery cargo sorter for sorting the delivery cargo in order of recipient name for each receiving and collecting point according to the receipt information obtained from the text extractor.

In one embodiment, the collection terminal generates a download request message and transmits it to the person-to-person delivery service server, then downloads the person-to-person delivery service app from the person-to-person delivery service server and stores it in the internal memory. It is characterized by giving.

In one embodiment, the collection point terminal may store the collection point identification information or the collection point terminal identifier in the internal memory, and include the collection point identification information or the collection point terminal identifier in the collection point delivery information to the individual. It is characterized in that it is transmitted to the courier delivery service server.

In one embodiment, the receiving and collecting terminal is a camera for acquiring a photographed or scanned image by photographing or scanning the shipment information and receipt information written on the delivery cargo when the recipient receives the package at the receiving and collecting site. or scanner; and a text extractor for extracting text from images taken or scanned by the camera or scanner to obtain sending information and receiving information.

In one embodiment, the receiving and collecting terminal is further equipped with a parcel sorter to classify the parcel in order of recipient name by destination area according to the receipt information obtained from the text extractor.

In one embodiment, the receiving and collecting terminal receives recipient information from the recipient, checks whether there is recipient information with the same information as the input recipient information, and determines whether there is recipient information with the same information as the input recipient information. In this case, it is characterized by warning the receiving and collecting office that the recipient is not the legitimate recipient.

In one embodiment, the person-to-person courier delivery service server receives recipient identification information or recipient terminal identifier and recipient collection point courier information from the recipient terminal, and stores recipient information corresponding to the recipient identification information or recipient terminal identifier in the database. and checks whether the recipient information confirmed in the recipient courier information is the same as the confirmed recipient information. If the recipient information is not the same as the recipient information, a warning message is generated and transmitted to the recipient terminal. do.

In one embodiment, the person-to-person courier delivery service server is characterized in that it transmits a receipt completion message to the forwarding and collection point terminal and the receiving and receiving area terminal.

In one embodiment, the recipient terminal is characterized in that it transmits the recipient identification information or the recipient terminal identifier stored in the internal memory to the receiving and collecting station terminal when the recipient receives the parcel at the receiving and collecting station terminal.

In one embodiment, the forwarding terminal receives a receipt completion message from the person-to-person delivery service server and notifies the forwarding and depot that the legitimate recipient has completed normal receipt of the parcel.

In one embodiment, when the recipient receives delivery cargo at the receiving and collecting point, the receiving and collecting point terminal receives the recipient identification information or the recipient terminal identifier from the receiving terminal and generates receiving and collecting area delivery information including this to the individual. It is characterized in that it is transmitted to the courier delivery service server.

In one embodiment, the receiving and collecting terminal is characterized in that it receives a warning message from the person-to-person courier delivery service server and warns the receiving and collecting area that the recipient is not a legitimate recipient.

In one embodiment, the receiving and collecting terminal terminal receives a receipt completion message from the person-to-person delivery service server and notifies the receiving and collecting area that the legitimate recipient has completed normal receipt of the parcel.

As a means of solving the above-described problem, according to another feature of the present invention, each person has his or her own sender terminal, recipient terminal, delivery terminal, forwarding terminal, and receiving terminal, each of which is connected to communication through a network. An interface that identifies by unique identification information, receives and transmits sender courier information including shipping information and receiving information from the sender terminal, and receives and delivers recipient courier information including shipping information and receiving information from the recipient terminal. wealth; and a courier delivery service that includes a courier invoice management unit that generates a courier invoice using the sender courier information delivered from the interface unit and registers it in a database, and deletes and registers the courier invoice corresponding to the recipient courier information delivered by the interface unit from the database. Provides a server.

As a means of solving the above-described problem, according to another feature of the present invention, when the sender's terminal sends the parcel to the shipping and collection point, the sender's terminal receives shipping information and receipt information and generates sender's courier information including this. transmitting; A person-to-person courier delivery service server receiving sender courier information transmitted from the sender terminal and generating and registering a courier invoice using the sender courier information; A database storing a delivery invoice registered in the person-to-person delivery service server; A step where the recipient terminal receives shipping information and receipt information when receiving delivery cargo at a receiving and collecting area, generates recipient courier information including this, and transmits it to the person-to-person courier delivery service server; The person-to-person courier delivery service server receives recipient courier information transmitted from the recipient terminal and deletes and registers the corresponding courier invoice; and a step of deleting a delivery invoice registered by the database to be deleted from the person-to-person delivery service server.

The effect of the present invention is a person-to-person courier delivery service system implemented to provide an individual-to-person courier delivery service only with the shipping information and receipt information written on the courier cargo by an individual without a separate identification tag such as a barcode attached to the courier cargo; By providing a server and method, there is no need for a separate identification tag, so there is no need to print the identification tag separately and attach it to the delivery cargo. Additionally, there is no need for numerous delivery drivers and vehicles to collect and deliver the delivery cargo. It is efficient and has many economic benefits.

1 is a diagram illustrating a person-to-person parcel delivery service system according to an embodiment of the present invention as a first example.
Figure 2 is a diagram illustrating a second example of a person-to-person parcel delivery service system according to an embodiment of the present invention.
Figure 3 is a diagram illustrating a third example of a person-to-person parcel delivery service system according to an embodiment of the present invention.
Figure 4 is a diagram illustrating the person-to-person parcel delivery service server shown in Figures 1 to 3.
Figure 5 is a diagram illustrating a first example of an individual courier delivery service method according to an embodiment of the present invention.
Figure 6 is a diagram illustrating a second example of an individual courier delivery service method according to an embodiment of the present invention.

Below, with reference to the attached drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily implement the present invention. However, since the description of the present invention is only an example for structural and functional explanation, the scope of the present invention should not be construed as limited by the examples described in the text. In other words, since the embodiments can be modified in various ways and can take various forms, the scope of rights of the present invention should be understood to include equivalents that can realize the technical idea. In addition, the purpose or effect presented in the present invention does not mean that a specific embodiment must include all or only such effects, so the scope of the present invention should not be understood as limited thereby.

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 component, and the scope of rights should not be limited by these terms. For example, a first component may be named a second component, and similarly, the second component may also be named a first component. When a component is referred to as being “connected” to another component, it should be understood that it may be directly connected to the other component, but that other components may also exist in between. On the other hand, when a component is referred to as being “directly connected” to another component, it should be understood that there are no other components in between. Meanwhile, other expressions that describe the relationship between components, such as "between" and "immediately between" or "neighboring" and "directly neighboring" should be interpreted similarly.

Singular expressions should be understood to include plural expressions, unless the context clearly indicates otherwise, and terms such as “comprise” or “have” refer to the specified features, numbers, steps, operations, components, parts, or them. It is intended to specify the existence of a combination, and should be understood as not excluding in advance 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, unless otherwise defined, have the same meaning as commonly understood by a person of ordinary skill in the field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as consistent with the meaning they have in the context of the related technology, and cannot be interpreted as having an ideal or excessively formal meaning unless clearly defined in the present invention.

Now, the person-to-person parcel 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 illustrating a person-to-person parcel delivery service system according to an embodiment of the present invention as a first example.

Referring to FIG. 1, the person-to-person parcel delivery service system 100, in the case of a small collection point such as a convenience store, includes a plurality of sender terminals 110, a person-to-person delivery service server 120, a database 130, and a plurality of including a recipient terminal 140 and a network 150; The sender (i.e., the person sending the parcel) simply sends the parcel directly or via express delivery to the sending and collecting area, and the individual delivery person (i.e., the person delivering the parcel) moves from the sending and collecting area to the receiving and collecting area. All you have to do is deliver this parcel to the collection and collection point, and the individual recipient (i.e., the person receiving the parcel) only needs to receive the parcel directly from the collection and collection point or by courier delivery, which can significantly reduce the delivery process. As a result, not only can courier delivery costs be significantly reduced, but same-day courier delivery is also possible, and delivery of fruits, fish, animals, etc. is also possible.

When sending courier cargo to a shipping collection point, the sender terminal 110 receives shipping information (for example, sender's name and address) and receiving information (for example, recipient's name and address), and inputs the corresponding information. Sender/courier information including received shipping information and receipt information is generated and transmitted to the person-to-person courier delivery service server (120) through the network (150).

In one embodiment, the sender terminal 110 may connect to the person-to-person delivery service server 120 or the app store to transmit a download request message to download the person-to-person delivery service app, thereby connecting the person-to-person delivery service server 120 or the app store. An individual courier delivery service app can be downloaded from the courier delivery service server 120 or an app store and stored in the internal memory.

In one embodiment, the sender terminal 110 may store sender identification information (or sender terminal identifier) in its internal memory, and sender courier information together with the sender identification information (or sender terminal identifier). It can be transmitted to the person-to-person courier delivery service server 120.

In one embodiment, the sender terminal 110 receives a warning message transmitted from the peer-to-peer delivery service server 120 and warns the sender that the received delivery information does not match the initially registered sender information. I can do it for you.

In one embodiment, the sender terminal 110 receives a receipt completion message transmitted from the peer-to-peer delivery service server 120 and notifies the sender that the legitimate recipient has successfully received the parcel. .

In one embodiment, the sender terminal 110 may be equipped with a camera or a scanner, and the camera or scanner is used when sending courier cargo with shipping information and receipt information written by the individual sender to the shipping collection point. By photographing or scanning the shipping information and receipt information written on the parcel, you can obtain the photographed or scanned image.

In one embodiment, the sender terminal 110 may be equipped with a text extractor, and may use the text extractor to extract text from an image taken or scanned by a camera or scanner to obtain sending information and receiving information. there is.

The interpersonal courier delivery service server 120 receives the sender package information transmitted from the sender terminal 110 through the network 150, generates a courier invoice with the received sender package information, and stores it in the database 130. It registers, receives the recipient's delivery information transmitted from the recipient terminal 140 through the network 150, and deletes and registers the delivery invoice corresponding to the received recipient's delivery information in the database 130.

In one embodiment, the person-to-person delivery service server 120, when receiving a download request message transmitted from the sender terminal 110 or the recipient terminal 140, stores the person-to-person delivery service app in the database 130. ) can be read and downloaded to the sender terminal 110 or the recipient terminal 140.

In one embodiment, the person-to-person delivery service server 120 may check the shipping information, receipt information, and sender identification information (or sender terminal identifier) from the sender parcel information received from the sender terminal 110. , the confirmed shipping information and receipt information, together with the generated courier invoice, can be converted into a database by sender identification information (or sender terminal identifier) and registered in the database 130.

In one embodiment, the person-to-person delivery service server 120 stores sender information corresponding to the sender identification information (or sender terminal identifier) confirmed in the sender parcel information received from the sender terminal 110 in a database ( 130), and it is possible to check whether the shipping information confirmed in the sender courier information received from the sender terminal 110 is the same as the confirmed sender information, and the confirmed shipping information is the same as the confirmed sender information. If not, a warning message can be generated and transmitted to the sender terminal 110.

In one embodiment, the person-to-person delivery service server 120 may check the shipping information, receipt information, and recipient identification information (or recipient terminal identifier) from the recipient courier information received from the recipient terminal 140. A courier invoice with the same information as the confirmed shipping information and receipt information can be confirmed from the database 130, and the confirmed courier invoice can be upgraded in the database 130 as the courier cargo has been received, and a receipt completion message can also be sent. It can also be generated and transmitted to the sender terminal 110.

In one embodiment, the person-to-person delivery service server 120 retrieves the recipient information corresponding to the recipient identification information (or recipient terminal identifier) confirmed in the recipient parcel information received from the recipient terminal 140 from the database 130. You can check whether the recipient information confirmed from the recipient courier information received from the recipient terminal 140 is the same as the confirmed recipient information, and if the confirmed recipient information is not the same as the confirmed recipient information, a warning is issued. A message can be created and transmitted to the recipient terminal 140.

The database 130 stores delivery invoices registered from the person-to-person delivery service server 120 and deletes delivery invoices registered as deleted from the person-to-person delivery service server 120.

In one embodiment, the database 130 provides an individual-to-person courier delivery service using only the shipping information and receipt information written on the package by an individual without a separate identification tag such as a barcode attached to the package. You can set up a delivery service app and save it in advance.

In one embodiment, the database 130 stores sender information (e.g., sender's name, address, phone number, payment, etc. information) received at the time of member registration as sender identification information (or sender terminal identifier). ) can be stored in a database, and the recipient information received at the time of membership registration (e.g., recipient's name, address, phone number, payment, etc.) can be stored by recipient identification information (or recipient terminal identifier). It can be converted into a database and stored.

In one embodiment, the database 130 may store the shipping information, receipt information, and courier invoice registered from the peer-to-peer delivery service server 120 in a database by sender identification information (or sender terminal identifier). there is.

The recipient terminal 140 receives shipping information and receiving information when receiving parcel cargo at a receiving and collecting area, generates recipient courier information including the inputted shipping information and receiving information, and transmits it between individuals through the network 150. It is transmitted to the courier delivery service server (120).

In one embodiment, the recipient terminal 140, like the sender terminal 110, downloads the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and stores it in the internal memory. You can.

In one embodiment, the recipient terminal 140 may store recipient identification information (or recipient terminal identifier) in its internal memory, and may store recipient courier information (or recipient terminal identifier) in person-to-person courier service. It can be transmitted to the delivery service server 120.

In one embodiment, the recipient terminal 140 receives a warning message transmitted from the peer-to-peer delivery service server 120, and is unable to receive the package because the received recipient information does not match the initially registered recipient information. can alert the recipient.

In one embodiment, the recipient terminal 140 is equipped with a camera, a scanner, and a text extractor and, like the sender terminal 110, can obtain shipping information and receipt information written on the parcel.

The network 150 includes a wired communication network or a wireless communication network, communication between a plurality of sender terminals 110 and the person-to-person delivery service server 120, and communication between the person-to-person delivery service server 120 and a plurality of recipients. By connecting communication between the terminals 140, data between a plurality of sender terminals 110 and the person-to-person delivery service server 120, and between the person-to-person delivery service server 120 and a plurality of recipient terminals 140 Data is sent and received from each other.

The person-to-person courier delivery service system 100 having the above-described configuration can provide person-to-person courier delivery with only the shipping information and receipt information written on the package by an individual without a separate identification tag such as a barcode attached to the package. By implementing it so that a separate identification tag is not required, there is no need to print the identification tag separately and attach it to the delivery cargo, and there is no need for numerous delivery drivers and vehicles to collect and deliver the delivery cargo, making it efficient and efficient. There are many economic benefits.

The person-to-person parcel delivery service system 100 having the above-described configuration may further include a plurality of delivery terminals 160, as shown in FIG. 1 .

In one embodiment, the sender terminal 110 receives a departure message transmitted from the person-to-person delivery service server 120 and notifies the sender of the delivery departure of the parcel, and provides a person-to-person delivery service. By receiving an arrival message transmitted from the server 120, the delivery arrival of the parcel can be notified to the sender.

In one embodiment, the person-to-person parcel delivery service server 120 receives departing parcel information transmitted from the delivery terminal 160 through the network 150 and stores the received departing parcel information in the database 130. It is possible to register, receive the arrival parcel information transmitted from the delivery terminal 160 through the network 150, and register the received arrival parcel information in the database 130.

In one embodiment, the interpersonal courier delivery service server 120 generates a departure message when registering departure package information in the database 130 and transmits it to the sender terminal 110 or the recipient terminal 140. Additionally, when registering the arrival parcel information in the database 130, an arrival message can be created and transmitted to the sender terminal 110 or the recipient terminal 140.

In one embodiment, the person-to-person delivery service server 120, when receiving a download request message transmitted from the delivery terminal 160, reads the person-to-person delivery service app from the database 130 and sends it to the delivery person. It can be downloaded to the terminal 160.

In one embodiment, the person-to-person parcel delivery service server 120 collects shipping information, receipt information, delivery identification information (or delivery terminal identifier) from the departure or arrival parcel information received from the delivery terminal 160. ) can be confirmed, and the confirmed shipping information and receipt information can be converted into a database by delivery identification information (or delivery terminal identifier) and registered in the database 130.

In one embodiment, the database 130 stores departure parcel information registered from the person-to-person delivery service server 120, and stores arrival delivery information registered from the person-to-person delivery service server 120. .

In one embodiment, the database 130 stores the delivery person information (e.g., information such as the delivery person's name, address, phone number, payment, etc.) received at the time of member registration as delivery identification information (or It can be stored in a database for each terminal identifier.

In one embodiment, the database 130 may store the delivery information and receipt information registered from the peer-to-peer delivery service server 120 in a database by delivery identification information (or delivery terminal identifier).

In one embodiment, the recipient terminal 140 receives a departure message transmitted from the person-to-person delivery service server 120 and can notify the recipient of the delivery departure of the parcel, and the person-to-person delivery service server. By receiving an arrival message sent from (120), the recipient can be notified of the arrival of the parcel.

In one embodiment, the network 150 connects communication between the person-to-person delivery service server 120 and the plurality of delivery terminals 160, thereby connecting the person-to-person delivery service server 120 and the plurality of delivery person terminals. Data can be transmitted and received between terminals 160.

The delivery terminal 160 receives shipping information and receiving information when the parcel departs from the shipping collection point, generates departure courier information including the inputted shipping information and receiving information, and sends it to the individual through the network 150. It is transmitted to the courier delivery service server (120), and when the courier cargo arrives at the receiving and collecting area, shipping information and receiving information are input, and arrival courier information including the inputted shipping information and receiving information is generated to network (150). ) is transmitted to the person-to-person courier delivery service server (120).

In one embodiment, the delivery terminal 160, like the sender terminal 110, downloads the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and stores it in the internal memory. I can give it.

In one embodiment, the delivery terminal 160 may store delivery identification information (or delivery terminal identifier) in its internal memory, and may store departure parcel information or arrival parcel information as delivery identification information (or delivery identification information). It can be transmitted to the person-to-person courier delivery service server 120 along with the terminal identifier).

In one embodiment, the delivery terminal 160 is equipped with a camera, a scanner, and a text extractor, and, like the sender terminal 110, can obtain shipping information and receipt information written on the parcel.

Figure 2 is a diagram illustrating a second example of a person-to-person parcel delivery service system according to an embodiment of the present invention.

Referring to Figure 2, the person-to-person courier delivery service system 100 includes, in the case of a medium-sized or large-scale collection point, a person-to-person courier delivery service server 120, a database 130, a network 150, and a plurality of delivery terminals ( 160), a plurality of sending terminals 170, and a plurality of receiving terminals 180. Here, the interpersonal courier delivery service server 120, the database 130, the network 150, and the plurality of delivery terminals 160 are the same as those in FIG. 1, so similar descriptions will be omitted and only the different parts will be described. do.

The interpersonal courier delivery service server 120 receives the forwarding and collecting point courier information transmitted from the forwarding and collecting point terminal 170 through the network 150, and generates a delivery invoice with the received forwarding and collecting point courier information in the database 130. ), receives the collection and collection point delivery information transmitted from the collection and collection point terminal 180 through the network 150, and deletes and registers the delivery invoice corresponding to the received collection and collection point delivery information in the database 130. give.

In one embodiment, the person-to-person delivery service server 120, when receiving a download request message transmitted from the forwarding and collection point terminal 170 or the receiving and receiving area terminal 180, stores the person-to-person delivery service app in a database ( It can be read at 130 and downloaded to the forwarding terminal 170 or the receiving terminal 180.

In one embodiment, the person-to-person courier delivery service server 120 verifies the shipping information, receipt information, and shipping storage facility identification information (or shipping storage facility terminal identifier) from the shipping storage facility delivery information received from the shipping storage facility terminal 170. The confirmed shipping information and receipt information, together with the generated courier invoice, can be converted into a database by shipping storage site identification information (or shipping storage facility terminal identifier) and registered in the database 130.

In one embodiment, the person-to-person delivery service server 120 may check sender information having the same information as the shipment information confirmed in the shipment information received from the shipment collection point terminal 170 from the database 130. , if there is no sender information with the same information as the shipment information confirmed in the sender courier information received from the sender terminal 110, a warning message can be generated and transmitted to the shipment terminal 170.

In one embodiment, the interpersonal courier delivery service server 120 verifies the shipping information, receipt information, and collection point identification information (or collection point terminal identifier) from the collection point delivery information received from the collection point terminal 180. You can.

In one embodiment, the database 130 stores the forwarding collection point information (e.g., name, address, phone number, payment, etc. of the forwarding collection point) received at the time of member registration as the forwarding collection point identification information (or It can be stored in a database for each terminal identifier, and the collection point information received when registering as a member (e.g., information such as name, address, phone number, payment, etc. of the collection point) can be stored as collection point identification information (or, It can be stored in a database for each collection point (terminal identifier).

In one embodiment, the database 130 stores the shipping information, receipt information, and courier invoices registered from the person-to-person delivery service server 120 in a database by shipping storage site identification information (or shipping storage terminal terminal identifier). You can.

In one embodiment, the network 150 provides communication between the person-to-person delivery service server 120 and a plurality of forwarding and storage terminals 170, and the communication between the person-to-person delivery service server 120 and a plurality of collection and storage terminals 180. ) by connecting communication between individuals, data between the individual courier delivery service server 120 and a plurality of forwarding and storage terminals 170, and data between the individual courier delivery service server 120 and a plurality of collection terminals 180. They transmit and receive each other.

When the sender sends the parcel to the shipping and collecting station, the shipping and collecting station terminal 170 receives shipping information and receiving information and generates shipping and collecting and receiving information including the inputted shipping and receiving information to operate the network 150. It is transmitted to the person-to-person courier delivery service server 120.

In one embodiment, the delivery terminal 170, like the sender terminal 110, downloads the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and stores it in the internal memory. I can give it.

In one embodiment, the shipping storage terminal 170 may store shipping storage facility identification information (or, shipping storage facility terminal identifier) in its internal memory, and may store shipping storage facility courier information as shipping storage facility identification information (or, shipping storage facility terminal identifier). ) can be transmitted to the person-to-person courier delivery service server 120.

In one embodiment, the shipping collection point terminal 170 receives a warning message transmitted from the person-to-person delivery service server 120, and informs the shipping collection point that the received shipping information is incorrect and requests the sender to correct it. I can warn you.

In one embodiment, the shipping terminal 170 is equipped with a camera, a scanner, and a text extractor, and can obtain shipping information and receipt information written on the parcel, in the same way as the sender terminal 110.

In one embodiment, the forwarding and storage terminal 170 may further be equipped with a parcel sorter, and uses the parcel sorter to classify the courier cargo according to the recipient's name for each receiving and collecting station according to the receipt information obtained from the text extractor. I can give it.

The receiving and collecting point terminal 180 receives shipping information and receiving information when the recipient receives the parcel at the receiving and collecting point, and generates receiving and collecting point delivery information including the inputted shipping information and receiving information to the network 150. It is transmitted to the person-to-person courier delivery service server 120.

In one embodiment, the receiving and collecting terminal 180, like the sender terminal 110, downloads the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and stores it in the internal memory. I can give it.

In one embodiment, the collection point terminal 180 may store the collection point identification information (or, collection point terminal identifier) in the internal memory, and the collection point courier information may be stored in the collection point identification information (or, collection point terminal identifier). ) can be transmitted to the person-to-person courier delivery service server 120.

In one embodiment, the receiving terminal 180 is equipped with a camera, a scanner, and a text extractor, and, like the sender terminal 110, can obtain the shipping information and receipt information written on the parcel.

In one embodiment, the receiving and collecting terminal 180 may further be equipped with a parcel sorter, and the parcel can be sorted to the destination area (for example, It can be sorted by recipient name (unit, street address, etc.).

In one embodiment, the receiving and collecting terminal 180 allows the recipient to input recipient information, and checks whether there is recipient information with the same information as the input recipient information. If there is no recipient with information, the receiving and collecting office can be warned that the recipient is not a legitimate recipient.

Figure 3 is a diagram illustrating a second example of a person-to-person parcel delivery service system according to an embodiment of the present invention.

Referring to FIG. 3, the person-to-person delivery service system 100 includes a plurality of sender terminals 110, a person-to-person delivery service server 120, and a database 130 in the case of a small, medium, or large-scale complex collection site. ), a plurality of recipient terminals 140, a network 150, a plurality of delivery terminals 160, a plurality of forwarding terminals 170, and a plurality of receiving terminals 180. Here, since each component is the same as the configuration in FIGS. 1 and 2, similar descriptions will be omitted and only different parts will be described.

The interpersonal courier delivery service server 120 receives the recipient identification information (or recipient terminal identifier) and the recipient terminal courier information transmitted from the collection terminal 180, and provides the received recipient identification information (or recipient terminal identifier). Recipient information corresponding to the identifier) can be checked from the database 130, and it can be checked whether the recipient information confirmed from the received recipient courier information is the same as the confirmed recipient information, and the confirmed recipient information is confirmed. If it is not the same as , a warning message is generated and transmitted to the collection terminal 180.

In one embodiment, the person-to-person delivery service server 120 may transmit a receipt completion message to the forwarding and receiving terminal 170 and the receiving and collecting terminal 180.

The recipient terminal 140 transmits the recipient identification information (or recipient terminal identifier) stored in the internal memory to the receiving and collecting station terminal 180 when the recipient receives the parcel at the receiving and collecting station.

The shipping collection point terminal 170 can receive a receipt completion message transmitted from the peer-to-peer delivery service server 120 and notify the shipping collection point that the legitimate recipient has completed normal receipt of the parcel.

The receiving and collecting point terminal 180 receives the recipient identification information (or recipient terminal identifier) transmitted from the receiving terminal 140 when the recipient receives the parcel at the receiving and collecting point, and receives the received recipient identification information (or , recipient terminal identifier) is transmitted to the person-to-person courier delivery service server (120) along with the recipient and collection point courier information.

In one embodiment, the receiving and collecting terminal terminal 180 may receive a warning message transmitted from the person-to-person delivery service server 120 and warn the receiving and collecting area that the recipient is not a legitimate recipient.

In one embodiment, the receiving and collecting station terminal 180 may receive a receipt completion message transmitted from the peer-to-peer delivery service server 120 and notify the receiving and collecting station that the legitimate recipient has completed normal receipt of the parcel. there is.

Figure 4 is a diagram illustrating the person-to-person parcel delivery service server shown in Figures 1 to 3.

Referring to FIG. 4, the person-to-person delivery service server 120 includes an interface unit 121, a delivery invoice management unit 122, and an app management unit 123.

The interface unit 121 connects a plurality of sender terminals 110, a plurality of recipient terminals 140, a plurality of delivery terminals 160, a plurality of forwarding terminals 170, and a plurality of terminals through the network 150. It is connected to the receiving terminal 180, and the sender terminal 110, the recipient terminal 140, the delivery terminal 160, and the sending terminal terminal (160) are connected to the communication through their own unique identification information. 170), identifies each of the receiving and collecting terminals 180, and then receives the sender courier information transmitted from the sender terminal 110 through the network 150, and sends the received sender courier information to the courier invoice management unit 122. ), receives the recipient parcel information transmitted from the recipient terminal 140 through the network 150, and delivers the received recipient parcel information to the delivery invoice management unit 122.

The delivery invoice management unit 122 generates a delivery invoice using the sender delivery information transmitted from the interface unit 121 and registers it in the database 130, and provides a delivery invoice corresponding to the recipient delivery information delivered from the interface unit 121. Delete and register from the database 130.

In one embodiment, the delivery invoice management unit 122 collects shipping information, receipt information, and sender identification information (or sender terminal identifier) from the sender courier information received from the sender terminal 110 through the interface unit 121. can be confirmed, and the confirmed shipping information and receipt information can be converted into a database by sender identification information (or sender terminal identifier) along with the generated courier invoice and registered in the database 130.

In one embodiment, the delivery invoice management unit 122 identifies the sender corresponding to the sender identification information (or sender terminal identifier) confirmed in the sender courier information received from the sender terminal 110 through the interface unit 121. The information can be checked from the database 130, and it can be checked whether the shipping information confirmed in the sender courier information received from the sender terminal 110 through the interface unit 121 is the same as the confirmed sender information. If the confirmed shipping information is not the same as the confirmed sender information, a warning message can be generated and transmitted to the sender terminal 110 through the interface unit 121.

In one embodiment, the delivery invoice management unit 122 verifies shipping information, receipt information, and recipient identification information (or recipient terminal identifier) from the recipient courier information received from the recipient terminal 140 through the interface unit 121. You can check the delivery invoice with the same information in the confirmed shipping information and receipt information from the database 130, and the confirmed delivery invoice can be upgraded in the database 130 as the delivery cargo has been received. A receipt completion message may be generated and transmitted to the sender terminal 110 through the interface unit 121.

In one embodiment, the delivery invoice management unit 122 stores recipient information corresponding to the recipient identification information (or recipient terminal identifier) confirmed in the recipient courier information received through the interface unit 121 from the recipient terminal 140 in a database. You can check from (130), and you can check whether the recipient information confirmed from the recipient courier information received from the recipient terminal 140 is the same as the confirmed recipient information, and if the confirmed recipient information is not the same as the confirmed recipient information. In this case, a warning message can be generated and transmitted to the recipient terminal 140 through the interface unit 121.

In one embodiment, the delivery invoice management unit 122 receives the delivery and collection point delivery information transmitted from the delivery and collection point terminal 170 through the interface unit 121, and generates a delivery invoice with the received delivery and collection point delivery information. It is registered in the database 130, and the collection and collection point delivery information transmitted from the collection and collection point terminal 180 is received through the interface unit 121, and the delivery invoice corresponding to the received collection and collection point delivery information is stored in the database 130. You can register for deletion here.

In one embodiment, the delivery invoice management unit 122 collects shipping information, receipt information, and shipping storage site identification information (or, shipping and storage facility terminal) from the shipping and storage facility delivery information received through the interface unit 121 from the shipping and storage facility terminal 170. identifier) can be confirmed, and the confirmed shipping information and receipt information can be converted into a database by shipping collection point identification information (or shipping collection point terminal identifier) along with the generated courier invoice and registered in the database 130.

In one embodiment, the delivery invoice management unit 122 stores sender information having the same information as the shipment information confirmed in the delivery collection point delivery information received through the interface unit 121 from the delivery collection point terminal 170 in the database 130. It can be confirmed from the sender terminal 110 through the interface unit 121, and if there is no sender information with the same information as the shipment information confirmed in the sender courier information received from the sender terminal 110, a warning message is generated and the shipment collection point terminal ( 170).

In one embodiment, the delivery invoice management unit 122 selects shipping information, receipt information, collection point identification information (or collection point terminal) from the collection point delivery information received through the interface unit 121 from the receipt and collection point terminal 180. identifier) can be checked.

In one embodiment, the delivery invoice management unit 122 receives recipient identification information (or recipient terminal identifier) and receipt and collection point courier information transmitted from the receiving and collecting point terminal 180 through the interface unit 121, and receives the corresponding receipt. You can check the recipient information corresponding to the received recipient identification information (or recipient terminal identifier) from the database 130, and check whether the recipient information confirmed from the received recipient courier information is the same as the confirmed recipient information, If the confirmed recipient information is not the same as the confirmed recipient information, a warning message is generated and transmitted to the receipt and collection point terminal 180 through the interface unit 121.

In one embodiment, the delivery invoice management unit 122 may transmit a receipt completion message to the forwarding and receiving terminal 170 and the receiving and collecting terminal 180 through the interface unit 121.

When the app management unit 123 receives a download request message transmitted from the sender terminal 110 or the recipient terminal 140 through the interface unit 121, the person-to-person courier delivery service app is stored in the database 130. It is read and downloaded to the sender terminal 110 or the recipient terminal 140 through the interface unit 121.

In one embodiment, the app management unit 123 receives a download request message transmitted from the delivery terminal 160, the forwarding terminal 170, or the receiving terminal 180 through the interface unit 121. , the person-to-person courier delivery service app can be read from the database 130 and downloaded to the delivery terminal 160, the forwarding terminal 170, or the receiving terminal 180 through the interface unit 121.

Figure 5 is a diagram illustrating a first example of an individual courier delivery service method according to an embodiment of the present invention.

Referring to FIG. 5, when sending courier cargo to a shipping collection point, the sender terminal 110 displays shipping information (e.g., sender's name and address) and receiving information (e.g., recipient's name and address). ) is input, and the sender's courier information, including the inputted shipping information and receiving information, is transmitted to the person-to-person courier delivery service server 120 through the network 150 (S501).

In transmitting the sender's delivery information in the above-described step S501, the sender's terminal 110 sends a download request message to download the person-to-person delivery service app by communicating with the person-to-person delivery service server 120 or the app store. can be transmitted. Then, when receiving a download request message transmitted from the sender terminal 110, the person-to-person delivery service server 120 reads the person-to-person delivery service app from the database 130 and sends it to the sender terminal 110. ) can be downloaded. Accordingly, the sender terminal 110 can download the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and store it in the internal memory.

In transmitting the sender parcel information in the above-described step S501, the sender terminal 110, which stores the sender identification information (or sender terminal identifier) in the internal memory, uses the personal courier delivery service app stored in the internal memory. By executing, the sender's delivery information can be transmitted to the person-to-person delivery service server 120 along with the sender's identification information (or the sender's terminal identifier).

In transmitting the sender's delivery information in the above-described step S501, when the sender's terminal 110 equipped with a camera or scanner sends the parcel with the delivery information and receipt information written on it to the shipping collection point, You can use the camera or scanner to photograph or scan the shipping information and receipt information listed on the parcel to obtain the photographed or scanned image.

In transmitting the sender's delivery information in the above-described step S501, the sender's terminal 110, which is equipped with a text extractor, extracts text from an image taken or scanned by a camera or scanner using the text extractor and sends the sender's delivery information. Receipt information can be obtained.

When the sender parcel information is transmitted in the above-described step S501, the person-to-person parcel delivery service server 120 receives the sender parcel information transmitted from the sender terminal 110 through the network 150, and the received sender A delivery invoice is created using the delivery information and registered in the database 130 (S502).

In registering the delivery invoice in step S502 described above, the person-to-person delivery service server 120 collects delivery information, receipt information, and sender identification information (or, You can check the sender's terminal identifier, and the confirmed shipping information and receipt information can be converted into a database by sender's identification information (or sender's terminal identifier) along with the generated courier invoice and registered in the database 130. .

In registering the delivery invoice in the above-described step S502, the person-to-person delivery service server 120 uses sender identification information (or sender terminal identifier) confirmed from the sender parcel information received from the sender terminal 110. You can check the corresponding sender information from the database 130, and check whether the shipment information confirmed in the sender courier information received from the sender terminal 110 is the same as the confirmed sender information, and you can check whether the confirmed sender information is the same as the confirmed sender information. If the information is not the same as the confirmed sender information, a warning message can be generated and transmitted to the sender terminal 110. Accordingly, the sender terminal 110 can receive a warning message transmitted from the person-to-person delivery service server 120 and warn the sender that the inputted shipping information does not match the initially registered sender information. there is.

Meanwhile, after registering the delivery invoice in the above-described step S502, when the delivery person departs the delivery cargo from the delivery collection point, the delivery terminal 160 receives the delivery information and receipt information, and sends the received information. Outgoing parcel information, including information and receipt information, can be transmitted to the person-to-person parcel delivery service server 120 through the network 150. Accordingly, the interpersonal parcel delivery service server 120 receives the departing parcel information transmitted from the delivery terminal 160 through the network 150 and registers the received departing parcel information in the database 130. You can.

As described above, when receiving the shipment information and receipt information, the delivery terminal 160 equipped with a camera or scanner sends the parcel with the shipment information and receipt information written on it to the shipping collection point by the individual sender. In this case, you can use the camera or scanner to photograph or scan the shipping information and receipt information written on the parcel to obtain the photographed or scanned image. And in the delivery terminal 160 equipped with a text extractor, sending information and receiving information can be obtained by extracting text from an image taken or scanned by a camera or scanner using the text extractor.

In transmitting the departure delivery information as described above, the delivery terminal 160 connects to the person-to-person delivery service server 120 or the app store and sends a download request message to download the person-to-person delivery service app. Can be transmitted. Then, when receiving a download request message transmitted from the delivery person terminal 160, the person-to-person delivery service server 120 reads the person-to-person delivery service app from the database 130 and sends it to the delivery person terminal 160. ) can be downloaded. Accordingly, the delivery terminal 160 can download the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and store it in the internal memory.

As described above, when transmitting outbound delivery information, the delivery person terminal 160, which stores delivery identification information (or delivery person terminal identifier) in its internal memory, uses the person-to-person delivery service app stored in its internal memory. By executing, the departing parcel information can be transmitted to the person-to-person parcel delivery service server 120 along with delivery identification information (or delivery terminal identifier). Accordingly, the interpersonal courier delivery service server 120 can check the shipping information, receipt information, and delivery identification information (or delivery terminal identifier) from the departure courier information received from the delivery terminal 160. The confirmed shipping information and receipt information can be converted into a database by delivery identification information (or delivery person terminal identifier) and registered in the database 130.

As described above, when registering departure parcel information in the database 130, the person-to-person parcel delivery service server 120 generates a departure message and transmits it to the sender terminal 110 or the recipient terminal 140. You can. Accordingly, the sender terminal 110 can receive a departure message transmitted from the person-to-person delivery service server 120 and notify the sender of the departure of delivery of the parcel. Additionally, the recipient terminal 140 can receive a departure message transmitted from the peer-to-peer delivery service server 120 and notify the recipient of the departure of the parcel.

On the other hand, after registering the delivery invoice in the above-described step S502, when the delivery person arrives at the receiving and collecting area, the delivery information and receiving information are input at the delivery terminal 160, and the inputted delivery information is sent. Arrival parcel information, including information and receipt information, can be transmitted to the person-to-person parcel delivery service server 120 through the network 150. Accordingly, the interpersonal courier delivery service server 120 receives the arrival package information transmitted from the delivery terminal 160 through the network 150 and registers the received package information in the database 130. You can.

As described above, when receiving the shipment information and receipt information, the delivery terminal 160 equipped with a camera or scanner sends the parcel with the shipment information and receipt information written on it to the shipping collection point by the individual sender. In this case, you can use the camera or scanner to photograph or scan the shipping information and receipt information written on the parcel to obtain the photographed or scanned image. And in the delivery terminal 160 equipped with a text extractor, sending information and receiving information can be obtained by extracting text from an image taken or scanned by a camera or scanner using the text extractor.

In transmitting the arrival parcel information as described above, the delivery terminal 160, which stores the delivery identification information (or delivery terminal identifier) in the internal memory, uses the personal courier delivery service app stored in the internal memory. By executing, the arriving parcel information can be transmitted to the person-to-person parcel delivery service server 120 along with delivery identification information (or delivery terminal identifier). Accordingly, the interpersonal courier delivery service server 120 can check the shipping information, receipt information, and delivery identification information (or delivery terminal identifier) from the arrival package information received from the delivery terminal 160. The confirmed shipping information and receipt information can be converted into a database by delivery identification information (or delivery person terminal identifier) and registered in the database 130.

As described above, when registering arrival parcel information in the database 130, the person-to-person parcel delivery service server 120 generates an arrival message and transmits it to the sender terminal 110 or the recipient terminal 140. You can. Accordingly, the sender terminal 110 can receive an arrival message transmitted from the person-to-person delivery service server 120 and notify the sender of the delivery arrival of the parcel. Additionally, the recipient terminal 140 can receive an arrival message transmitted from the peer-to-peer delivery service server 120 and notify the recipient of the delivery arrival of the package.

After registering the delivery invoice in the above-mentioned step S502, when receiving the delivery cargo at the receiving and collecting area, the recipient terminal 140 receives the shipping information and receiving information, including the inputted shipping information and receiving information. The recipient parcel information is transmitted to the person-to-person parcel delivery service server 120 through the network 150 (S503).

In transmitting the recipient parcel information in the above-described step S503, the recipient terminal 140 connects to the person-to-person delivery service server 120 or the app store and sends a download request message to download the person-to-person delivery service app. Can be transmitted. Then, when receiving a download request message transmitted from the recipient terminal 140, the person-to-person delivery service server 120 reads the person-to-person delivery service app from the database 130 and sends it to the recipient terminal 140. You can download it. Accordingly, the recipient terminal 140 can download the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and store it in the internal memory.

When transmitting the recipient parcel information in the above-described step S503, the recipient terminal 140 may store the recipient identification information (or recipient terminal identifier) in the internal memory, and store the recipient courier information as recipient identification information (or recipient terminal identifier). It can be transmitted to the person-to-person courier delivery service server (120) along with the terminal identifier.

In transmitting the recipient parcel information in the above-described step S503, the recipient terminal 140 equipped with a camera or scanner detects the camera or You can use a scanner to photograph or scan the shipping information and receipt information written on the parcel to obtain the photographed or scanned image.

In transmitting the recipient parcel information in the above-described step S503, the recipient terminal 140 equipped with a text extractor extracts text from an image taken or scanned by a camera or scanner using the text extractor to generate shipment information and receipt information. can be obtained.

When the recipient parcel information is transmitted in the above-described step S503, the person-to-person parcel delivery service server 120 receives the recipient parcel information transmitted from the recipient terminal 140 through the network 150, and The courier invoice corresponding to the information is deleted and registered in the database 130 (S504).

In deleting and registering the delivery invoice in the above-described step S504, the person-to-person delivery service server 120 extracts shipping information, receipt information, and recipient identification information (or, Recipient terminal identifier) can be confirmed, and a courier invoice with the same information in the confirmed shipping information and receipt information can be confirmed from the database 130, and the confirmed courier invoice is upgraded to the database 130 as the courier cargo has been received. It can be done, and a receipt completion message can also be generated and transmitted to the sender terminal 110. Accordingly, the sender terminal 110 can receive a receipt completion message transmitted from the peer-to-peer delivery service server 120 and notify the sender that the legitimate recipient has completed normal receipt of the parcel.

In deleting and registering the delivery invoice in the above-mentioned step S504, the person-to-person delivery service server 120 uses the recipient identification information (or recipient terminal identifier) confirmed in the recipient parcel information received from the recipient terminal 140. Corresponding recipient information can be confirmed from the database 130, and it can be confirmed whether the recipient information confirmed from the recipient courier information received from the recipient terminal 140 is the same as the confirmed recipient information, and the confirmed recipient information can be confirmed as the corresponding confirmed recipient information. If the information is not the same as the recipient's information, a warning message can be generated and transmitted to the recipient's terminal 140. Accordingly, the recipient terminal 140 receives a warning message transmitted from the peer-to-peer delivery service server 120 and informs the recipient that the package cannot be received because the received recipient information does not match the initially registered recipient information. I can warn you.

Figure 6 is a diagram illustrating a second example of an individual courier delivery service method according to an embodiment of the present invention.

Referring to FIG. 6, when the sender sends the parcel to the delivery collection point, the delivery collection point terminal 170 receives shipping information and receipt information, and provides delivery information including the inputted shipping information and receipt information. It is transmitted to the person-to-person courier delivery service server 120 through the network 150 (S601).

In transmitting the shipping and collection point delivery information in the above-described step S601, the shipping and collection point terminal 170 connects to the person-to-person courier delivery service server 120 or the app store to download the person-to-person courier delivery service app. You can send a download request message. Then, when receiving a download request message transmitted from the delivery terminal 170, the interpersonal courier delivery service server 120 can download it to the delivery terminal 170. Accordingly, the delivery collection terminal 170 can download the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and store it in the internal memory.

In transmitting the delivery collection point information in the above-described step S601, the delivery collection point terminal 170, which stores the delivery collection point identification information (or the delivery collection point terminal identifier) in its internal memory, stores the information between the individuals stored in the internal memory. By executing the courier delivery service app, the shipping and collection point courier information can be transmitted to the person-to-person courier delivery service server 120 along with the forwarding and collection point identification information (or the forwarding and collection point terminal identifier).

In transmitting the shipping and collection point delivery information in the above-mentioned step S601, the shipping and collection point terminal 170 equipped with a camera or scanner allows the individual sender to send the courier cargo on which the shipping information and receipt information are written to the forwarding and collecting area. At the time, you can use the camera or scanner to photograph or scan the shipping information and receipt information written on the parcel to obtain the photographed or scanned image.

In transmitting the shipping and storage area delivery information in the above-described step S601, the shipping and storage terminal 170 equipped with a text extractor extracts text from an image taken or scanned by a camera or scanner using the text extractor. You can obtain shipping and receiving information.

In transmitting the shipping and storage area delivery information in the above-described step S601, the delivery and storage terminal 170, which is further equipped with a parcel sorter, uses the parcel sorter to classify the parcel according to the receipt information obtained from the text extractor. You can sort them by recipient name by receiving collection point.

When the delivery collection point delivery information is transmitted in the above-described step S601, the personal delivery service server 120 receives the delivery collection point delivery information transmitted from the delivery collection point terminal 170 through the network 150, and A delivery invoice is created using the received delivery information and registered in the database 130 (S602).

In registering the delivery invoice in the above-described step S602, the interpersonal courier delivery service server 120 collects shipping information, receipt information, and shipping storage site identification information ( Alternatively, you can check the shipping and collection point terminal identifier), and the confirmed shipping information and receipt information together with the generated courier invoice are converted into a database by shipping and collecting point identification information (or shipping and collecting point terminal identifier) and registered in the database 130. I can give it.

In registering the delivery invoice in step S602 described above, the person-to-person delivery service server 120 uses sender information having the same information as the shipment information confirmed in the delivery collection point delivery information received from the delivery collection point terminal 170. can be checked from the database 130, and if there is no sender information with the same information as the shipment information confirmed in the sender courier information received from the sender terminal 110, a warning message is generated and the shipment collection point terminal 170 It can be sent to . Accordingly, the shipping collection point terminal 170 receives a warning message transmitted from the person-to-person courier delivery service server 120 and warns the shipping collection point that the received shipping information is incorrect and to request correction from the sender. You can.

After registering the delivery invoice in the above-mentioned step S602, the receiving and collecting terminal 180 receives the shipment information and receipt information when the recipient receives the parcel at the receiving and collecting area, and inputs the received shipping information and receiving information. The delivery information including the collection and collection point is transmitted to the person-to-person delivery service server 120 through the network 150 (S603).

In transmitting the delivery information to the collection and collection point in the above-mentioned step S603, the collection and delivery terminal 180 connects to the person-to-person delivery service server 120 or the app store to download the person-to-person delivery service app. You can send a download request message. Then, when the interpersonal courier delivery service server 120 receives a download request message transmitted from the receiving and collecting terminal 180, it can download it to the receiving and collecting terminal 180. Accordingly, the delivery terminal 180 can download the person-to-person delivery service app from the person-to-person delivery service server 120 or the app store and store it in the internal memory.

In transmitting the collection and collection point delivery information in the above-mentioned step S603, the receiving and collection point terminal 180, which stores the receiving and collecting area identification information (or the receiving and collecting area terminal identifier) in its internal memory, uses the information between the individuals stored in the internal memory. By running the courier delivery service app, the pickup and drop-off point courier information can be transmitted to the person-to-person courier delivery service server 120 along with the pick-up and drop-off point identification information (or collection point terminal identifier).

In transmitting the delivery information to the receiving and collecting area in the above-mentioned step S603, the receiving and collecting area terminal 180 equipped with a camera or scanner allows the individual sender to send the parcel with the shipping information and receipt information to the forwarding and collecting area. At the time, you can use the camera or scanner to photograph or scan the shipping information and receipt information written on the parcel to obtain the photographed or scanned image.

In transmitting the collection and delivery information in the above-mentioned step S603, the receiving and collection point terminal 180 equipped with a text extractor extracts text from an image taken or scanned by a camera or scanner using the text extractor. You can obtain shipping and receiving information.

In transmitting the collection and delivery information in the above-mentioned step S603, the delivery and collection point terminal 180, which is further equipped with a parcel sorter, uses the parcel sorter to classify the parcel according to the receipt information obtained from the text extractor. It can be sorted by recipient name by destination area (e.g., neighborhood unit, street address unit, etc.).

In transmitting the delivery information at the receiving and collecting point in step S603 described above, the receiving and collecting area terminal 180 allows the recipient to input the recipient information and checks whether there is recipient information with the same information as the input recipient information. You can check, and if there is no recipient information with the same information as the entered recipient information, you can warn the recipient that the recipient is not a legitimate recipient.

In transmitting the delivery information at the receiving and collecting area in step S603 described above, when the recipient receives the parcel at the receiving and collecting area, the recipient terminal 140 uses the recipient identification information (or recipient terminal identifier) stored in the internal memory. ) can be transmitted to the receiving and collecting terminal (180). Accordingly, the receiving collection point terminal 180 receives the recipient identification information (or recipient terminal identifier) transmitted from the recipient terminal 140 and converts the received recipient identification information (or recipient terminal identifier) into the receiving collection point parcel delivery information. It can be transmitted to the person-to-person courier delivery service server 120. Then, the interpersonal courier delivery service server 120 receives the recipient identification information (or recipient terminal identifier) and the pickup and drop-off courier information transmitted from the receiving and collecting terminal 180, and receives the received recipient identification information (or, Recipient information corresponding to the recipient terminal identifier) can be confirmed from the database 130, and it can be confirmed whether the recipient information confirmed from the received recipient courier information is the same as the confirmed recipient information, and the confirmed recipient information can be confirmed by the corresponding confirmed recipient information. If the information is not the same as the recipient's information, a warning message can be generated and transmitted to the receiving terminal 180. Accordingly, the receiving and collecting station terminal 180 can receive a warning message transmitted from the peer-to-peer delivery service server 120 and warn the receiving and collecting station that the recipient is not a legitimate recipient.

When the collection and collection point delivery information is transmitted in the above-described step S603, the personal delivery service server 120 receives the collection and collection point delivery information transmitted from the collection and collection point terminal 180 through the network 150, and The delivery invoice corresponding to the received delivery information is deleted and registered in the database 130 (S604).

In deleting and registering the delivery invoice in the above-mentioned step S604, the interpersonal courier delivery service server 120 extracts shipping information, receipt information, and collection point identification information from the collection point delivery information received from the collection point terminal 180. (Or, you can check the terminal identifier of the receiving and collecting area).

When deleting and registering the delivery invoice in step S604 described above, the person-to-person delivery service server 120 may transmit a receipt completion message to the sending and receiving terminal 170 and the receiving and collecting terminal 180. Accordingly, the shipping collection point terminal 170 can receive a receipt completion message transmitted from the peer-to-peer delivery service server 120 and notify the shipping collection point that the legitimate recipient has completed normal receipt of the parcel. In addition, the receiving and collecting terminal 180 can also receive a receipt completion message transmitted from the peer-to-peer delivery service server 120 and notify the receiving and collecting area that the legitimate recipient has successfully received the parcel.

As mentioned above, the embodiment of the present invention is not implemented only through the above-described device and/or operating method, but through a program for realizing the function corresponding to the configuration of the embodiment of the present invention, a recording medium on which the program is recorded, etc. It may be implemented, and such implementation can be easily implemented by an expert in the technical field to which the present invention belongs based on the description of the embodiments described above. 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 can be made by those skilled in the art using the basic concept of the present invention defined in the following claims. It falls within the scope of rights.

100: Person-to-person courier delivery service system
110: Sender terminal
120: Person-to-person courier delivery service server
121: Interface unit
122: Delivery invoice management department
123: App management department
130: database
140: Recipient terminal
150: network
160: Delivery terminal
170: Shipping terminal
180: Receipt and collection terminal

Claims (5)

A sender terminal that receives delivery information and receipt information when sending parcel to a shipping collection point, generates and transmits sender delivery information including this information;
An individual-to-person courier delivery service that receives the sender's courier information sent from the sender's terminal, creates and registers a courier invoice using the sender's courier information, and receives the recipient's courier information sent from the recipient's terminal to delete and register the corresponding courier invoice. server;
a database that stores delivery invoices registered in the person-to-person delivery service server and deletes delivery invoices registered in the person-to-person delivery service server; and
A peer-to-peer courier delivery service system that includes a recipient terminal that receives shipping information and receipt information when receiving courier cargo at a collection and collection point, generates recipient courier information including this, and transmits it to the peer-to-peer courier delivery service server.
The method of claim 1, wherein the sender terminal,
A person-to-person delivery service system that generates a download request message and transmits it to the person-to-person delivery service server, then downloads the person-to-person delivery service app from the person-to-person delivery service server and stores it in internal memory. .
The method of claim 1, wherein the sender terminal,
A person-to-person courier delivery service system that stores the sender identification information or sender terminal identifier in the internal memory, includes the sender identification information or sender terminal identifier in the sender courier information, and transmits it to the person-to-person courier delivery service server. .
Each of the sender terminal, recipient terminal, delivery terminal, forwarding terminal, and receiving terminal terminal connected to communication through the network is identified by its own unique identification information, and the sending information and receiving information are collected from the sender terminal. An interface unit that receives and transmits sender courier information including, and receives and delivers recipient courier information including shipping information and receipt information from the recipient terminal; and
A peer-to-peer courier delivery service server including a courier invoice management unit that generates a courier invoice using the sender courier information delivered from the interface unit and registers it in a database, and deletes and registers the courier invoice corresponding to the recipient courier information delivered from the interface unit from the database. .
When the sender's terminal sends the package to the shipping and collection point, the sender's terminal receives shipping information and receiving information, generates and transmits the sender's courier information including this information;
A person-to-person courier delivery service server receiving sender courier information transmitted from the sender terminal and generating and registering a courier invoice using the sender courier information;
A database storing a delivery invoice registered in the person-to-person delivery service server;
A step where the recipient terminal receives shipping information and receipt information when receiving delivery cargo at a receiving and collecting area, generates recipient courier information including this, and transmits it to the person-to-person courier delivery service server;
The person-to-person courier delivery service server receives recipient courier information transmitted from the recipient terminal and deletes and registers the corresponding courier invoice; and
An interpersonal courier delivery service method comprising the step of deleting a courier invoice registered by the database for deletion in the interpersonal courier delivery service server.