KR20240039460A - Logistics-integrated parcel delivery logistics delivery system based on base delivery - Google Patents

Abstract

The present invention relates to a logistics-integrated courier logistics delivery system based on base delivery, which includes a courier operation server each operated by at least two courier companies that comprehensively manages the courier logistics status from receipt to shipment of delivered courier goods; A courier branch terminal operated at a branch that manages shipping to deliver the incoming courier products by region, and managing branch release delivery information to ship the courier products subject to shipment through the corresponding delivery source; A delivery worker who receives delivery information data generated from the delivery point terminal and manages delivery status information (delivery in progress, delivery complete) corresponding to the delivery status that occurs during delivery to the delivery base according to the delivery information data. terminal; And a delivery base terminal that receives delivery goods delivered by at least two courier companies according to the branch release delivery information through the delivery branch terminal, and generates delivery completion for the delivery goods received there; The delivery base terminal includes a vision camera unit that photographs invoice information attached to a delivered delivery item, obtains delivery information data corresponding to the invoice information, and provides the information to the delivery base terminal; It is configured to include a shelf interface unit that classifies each delivery product into the same delivery address according to the delivery information data obtained through the vision camera unit.

Description

Logistics-integrated parcel delivery logistics delivery system based on base delivery}

The present invention relates to a logistics-integrated courier logistics delivery system based on base delivery, and more specifically, a base for implementing quick and efficient delivery of courier logistics to the same delivery base through integration of delivery bases according to delivery by multiple courier companies. It is about a delivery-based logistics integrated courier logistics delivery system.

These days, with the rapid development of information and communications and the proliferation of Internet users, the e-commerce market is growing rapidly and global sourcing is expanding, and the e-commerce market is a field that is experiencing remarkable growth. The e-commerce market is a new type of distribution industry with great growth potential and is growing steadily.

As the e-commerce market is conducted over the phone and online, courier services are mainly used to transport purchased products.

The history of courier service begins in June 1992, and it directly delivers packaged goods or goods to the location where a person or company requests them. It is generally limited to one country, but international logistics companies sometimes handle international courier services.

The courier system is a transportation system for luggage, etc. that emerged in response to the needs of users. It refers to a delivery system that visits the sender to receive the goods or documents to be delivered, then visits the recipient's home and delivers them.

Examples of such courier systems include air courier services between countries or major cities, such as DHL, and courier services between domestic regions or metropolitan areas. We are using transportation.

In general, looking at the process of delivering a requested product, it largely consists of three stages. Usually, when a client requests a product, a courier visits the client and picks up the product, and the product is delivered to the terminal at the headquarters. It can be easily explained as a process of sorting by destination upon arrival, and a delivery process in which the sorted goods arrive at a lower terminal or branch and are delivered to the consignee by each business office manager (courier).

In recent years, the delivery logistics market has been growing exponentially, to the extent that a delivery crisis has occurred due to various social phenomena. According to the 2013 “Courier Service Usage Status” published by the Korean Chamber of Commerce and Industry, the factors that determine satisfaction with courier services are “delivery speed and accuracy (42.9%),” “delivery status (16.6%),” and “handling in case of damage or loss.” Attitude (13.8%) and the friendliness of the delivery driver (11.4%) were cited.

Here, "delivery speed and accuracy" are factors determined by the shopping mall's system and the logistics system established by the delivery service company, but "delivery status", "handling attitude in case of damage or loss", and "friendliness" are ultimately determined by the consumer. It can be said to be a factor that is determined by the delivery driver who comes into contact with it, or that the delivery driver can have a great influence on.

As such, although delivery service is an important service directly related to consumer satisfaction, delivery service in the conventional online shopping process is provided by a delivery company contracted with the seller and a delivery driver designated by the delivery company without the consumer's choice. is unilaterally responsible for delivering the goods. Therefore, there is an urgent need for the development of a courier logistics delivery system that increases satisfaction with courier services and improves efficiency.

In addition, due to the explosive increase in courier logistics, the workload of delivery workers (couriers) is greatly increasing, and it takes a lot of time for delivery workers to individually deliver parcels shipped from branches, which leads to the risk of misdelivery. The overall efficiency of courier logistics delivery, including problems and losses, is declining.

In addition, there are currently about 16 courier companies in Korea, and each courier company has its own independent delivery person in charge of delivery, so if there is a delivery courier on the same delivery date and delivery address (or the same apartment or nearby delivery location), each courier service Because the courier company's delivery personnel must each move to the same delivery location, there is a problem of double logistics movement as a result.

KR 10-1735276 KR 10-1573218 KR 10-1658690 KR 10-1902055 KR 10-2064294 KR 10-2018-0029012

The present invention to solve the above problems is a base delivery-based courier logistics that can simultaneously satisfy delivery speed and accuracy to satisfy delivery satisfaction, which is a key element between courier logistics and consumers, and the work efficiency and convenience of delivery drivers. The purpose is to provide delivery services.

In particular, the purpose of the present invention is to realize the unification of logistics of multiple courier companies by integrating the problem of dual logistics routes due to individual delivery to the same or adjacent delivery address by multiple courier companies.

In particular, the purpose of the present invention is to provide a delivery system that can perform efficient and accurate delivery work in order to solve various problems and accidents caused by the workload of delivery workers, which has recently become socially prominent.

As a result, the purpose of the present invention is to improve the efficiency of courier logistics by establishing a courier delivery system based on base delivery.

The present invention for achieving the above object includes a courier operation server each operated by at least two courier companies that comprehensively manages the courier logistics status from warehousing to shipment of delivered courier goods; A courier branch terminal operated at a branch that manages shipping to deliver the incoming courier products by region, and managing branch release delivery information to ship the courier products subject to shipment through the corresponding delivery source; A delivery worker who receives delivery information data generated from the delivery point terminal and manages delivery status information (delivery in progress, delivery complete) corresponding to the delivery status that occurs during delivery to the delivery base according to the delivery information data. terminal; And a delivery base terminal that receives delivery goods delivered by at least two courier companies according to the branch release delivery information through the delivery branch terminal, and generates delivery completion for the delivery goods received there; The delivery base terminal includes a vision camera unit that photographs invoice information attached to a delivered delivery item, obtains delivery information data corresponding to the invoice information, and provides the information to the delivery base terminal; It is configured to include a shelf interface unit that classifies each delivery product into the same delivery address according to the delivery information data obtained through the vision camera unit.

In addition, the delivery base terminal is configured to include a conveyor belt that sorts delivery items based on delivery information data acquired through the vision camera unit, and outputs a delivery label to be attached to the delivery items according to the delivery information data. It is composed of a label output unit.

In addition, the label output unit is characterized in that it outputs a shipping label containing delivery information including the city, number, courier company, and weight information corresponding to the delivery address with respect to the invoice information of the delivery product obtained through the vision camera unit. do.

In addition, the delivery base terminal generates sorting information for each delivery address (apartment building, lake, line) based on delivery information data acquired through the vision camera, and creates a delivery list based on the sorting information generated here. It is characterized by:

In addition, the delivery label is printed including a barcode corresponding to the delivery information data, and the delivery person terminal scans the barcode printed on the delivery label to provide delivery status to the branch management terminal. .

In addition, the delivery base terminal generates a delivery list by delivery address and delivery source using sorting information generated for each delivery address based on the delivery information data, and the delivery list is printed separately through a printing unit. do.

In addition, the delivery worker terminal generates a delivery completion signal when the delivery product is completed to the point where the delivery base terminal is located, and provides the delivery completion signal to the delivery base terminal and the delivery operation server. do.

The present invention, constructed and operated as described above, has the advantage of providing a courier logistics delivery system in that it can achieve a highly satisfying service from the perspective of consumers receiving goods through accuracy and speed of delivery by the delivery person.

In particular, the present invention can improve the speed and accuracy of courier delivery and logistics work efficiency by realizing the integration of delivery bases at the delivery destination.

In addition, by integrating the logistics of multiple courier companies of the present invention, duplicate delivery routes are avoided at the same delivery address or nearby delivery locations, and the same delivery source delivers uniformly, thereby increasing logistics efficiency and preventing overlapping vehicle movements, resulting in better results. It has advantages in various aspects.

In addition, the present invention can minimize the fatigue of delivery work due to delivery accuracy and convenience through a separate shipping label that is systematically classified in advance in terms of the delivery source. As a result, the fatigue of delivery work according to delivery work has become a recent issue. It has the advantage of providing a highly satisfactory delivery system that can reduce risks.

In addition, by not having delivery trucks in apartment parking lots, it is possible to prevent personal and vehicle accidents that previously occurred, and it has the advantage of creating new alternative jobs in response to the decrease in delivery personnel due to unmanned driving due to technological advancement.

1 is an overall configuration diagram of a logistics integrated courier logistics delivery system based on base delivery according to the present invention;
Figure 2 is a detailed configuration diagram of a logistics integrated courier logistics delivery system based on base delivery according to the present invention;
Figure 3 is a configuration diagram showing an embodiment of a logistics integrated courier logistics delivery system based on base delivery according to the present invention;
Figure 4 is a detailed configuration diagram of a logistics integrated courier logistics delivery system based on base delivery according to the present invention;
Figure 5 is a configuration diagram showing an embodiment of a logistics integrated courier logistics delivery system based on base delivery according to the present invention.

Hereinafter, with reference to the attached drawings, the integrated logistics courier logistics delivery system based on base delivery according to the present invention will be described in detail as follows.

The logistics-integrated courier logistics delivery system based on base delivery according to the present invention includes a courier operation server each operated by at least two courier companies that comprehensively manages the courier logistics status from receipt to shipment of delivered courier goods; A courier branch terminal operated at a branch that manages shipping to deliver the incoming courier products by region, and managing branch release delivery information to ship the courier products subject to shipment through the corresponding delivery source; A delivery worker who receives delivery information data generated from the delivery point terminal and manages delivery status information (delivery in progress, delivery complete) corresponding to the delivery status that occurs during delivery to the delivery base according to the delivery information data. terminal; And a delivery base terminal that receives delivery goods delivered by at least two courier companies according to the branch release delivery information through the delivery branch terminal, and generates delivery completion for the delivery goods received there; The delivery base terminal includes a vision camera unit that photographs invoice information attached to a delivered delivery item, obtains delivery information data corresponding to the invoice information, and provides the information to the delivery base terminal; It is configured to include a shelf interface unit that classifies each delivery product into the same delivery address according to the delivery information data obtained through the vision camera unit.

In addition, the logistics-integrated courier logistics delivery system based on base delivery according to the present invention delivers courier goods delivered from at least two or more courier companies to one base based on the delivery destination of the same apartment complex (apartment, multi-family house, etc.) or a nearby delivery destination. The delivery service of the courier company is completed by specifying the delivery address and delivering the goods delivered from the above-mentioned courier company to the above-mentioned base, and the delivery goods delivered to the above-mentioned base are either directly picked up by the recipient at the base through a classification system or individually delivered to the corresponding delivery location. Alternatively, the purpose is to provide a courier delivery system that can greatly satisfy delivery efficiency by unifying the items delivered by multiple courier companies through bulk delivery.

In other words, the purpose of the present invention is to realize the unification of the logistics of multiple courier companies by integrating the problem of dual logistics routes resulting from individual delivery to the same or adjacent delivery address by multiple courier companies, including at least two. Here, the present invention processes the delivery items delivered by the courier to an arbitrary point (same apartment complex, nearby delivery location, etc.) as completed by the courier, and unifies the logistics of the delivered items through individual delivery or direct receipt again at the point. It will be performed.

In addition, the present invention acquires invoice information of delivery goods received from a delivery company as an image, analyzes, classifies, and stores it, thereby accurately generating delivery information data and performing secondary delivery processing based on the classified goods.

Figure 1 is an overall configuration diagram of a logistics integrated courier logistics delivery system based on base delivery according to the present invention.

The courier logistics system according to the present invention is largely divided into a courier operation server 100 that manages and operates the overall delivery information of courier products, and a courier service that manages and manages the courier products at the branch in order to deliver the courier products received by the courier company back to the branch. It is configured to include a delivery point terminal 200 that operates and a delivery base terminal 300 that collectively manages the receipt of delivery goods shipped from the delivery point terminal at a random base.

The delivery operation server 100 manages and operates overall information regarding delivery of delivery goods, and serves as a central server for one delivery company. Through the online network, we manage overall delivery logistics operations, including the flow of delivery items, database operation, interconnection solutions for other delivery companies, branch data reception, data inquiry, statistics, and classification.

The delivery branch terminal 200 is a terminal located at the branch responsible for the delivery of incoming delivery goods, and operates and manages the entire process from the arrival of the delivery goods from the branch to the process of shipping through the delivery agent.

The delivery base terminal 300 is configured at a location where delivery items are collectively received from each delivery company's delivery person at the same point or nearby points. In the present invention, a preferred example of a base is the same apartment house or a nearby apartment house. It corresponds to one base corresponding to the applicable delivery location. Specifically, for example, it means a delivery base designated by the same apartment complex, the same apartment building, or an apartment building corresponding to a nearby delivery location, and the courier company's delivery person delivers the delivery items shipped from the branch to the above base in batches. do. In other words, the courier company's delivery person does not deliver the items individually to each delivery address (recipient's address), but delivers the items in bulk to a random base.

At this time, the base may correspond to a single delivery storage area designated in the same apartment complex, and multiple courier companies deliver multiple items to the designated base rather than individually delivering parcels to each delivery location (recipient's doorstep). Delivered in bulk. The courier company's delivery business ends by delivering all the parcels corresponding to one apartment building to the base.

Figure 2 is a detailed configuration diagram of a logistics integrated courier logistics delivery system based on base delivery according to the present invention. The present invention integrates the logistics delivery of multiple courier companies at a base, delivers courier goods in batches from the same delivery address or a nearby delivery location, terminates the delivery service of the courier company, and performs secondary delivery through reclassification of goods at the base or the recipient Implement a direct pickup delivery process.

As shown, delivery operation server A (100) to delivery operation server Z (100) correspond to operation servers operated by multiple delivery companies. In the existing courier company delivery method, each courier company separately delivered courier logistics to the same delivery address, but in the present invention, the logistics of multiple courier companies are unified at one base to strengthen the courier company's delivery efficiency and secondary classification at the base. By implementing and delivery, division of delivery work can be implemented.

This base-based courier delivery can improve the delivery work of couriers and simultaneously realize speed and job creation through the autonomy of secondary delivery work. After delivery to the base is completed, the recipient can receive it directly, or a separate delivery source can be used to add delivery to an apartment complex. For example, residents of the branch or a separately designated delivery person can Direct delivery can help create jobs.

This invention has the effect of preventing duplicate delivery routes and greatly improving delivery efficiency compared to the method of delivering independently for each courier company because one delivery person delivers multiple delivery items at once.

Therefore, the delivery base terminal 300 realizes delivery completion by receiving all delivery items shipped from the branch, and at this time, the delivery person delivers the delivery goods to the corresponding base through the delivery worker terminal 220 and completes the delivery. By generating a signal, the courier company's delivery work is completed.

Figure 3 is a configuration diagram showing an embodiment of a logistics integrated courier logistics delivery system based on base delivery according to the present invention.

Currently, each delivery company operates a branch logistics center (delivery branch), which manages the shipment of delivery items to be delivered through the delivery branch terminal 200. In the existing logistics system, at each branch, the delivery person used a vehicle to individually deliver parcels to the corresponding delivery location, but in the present invention, the delivery base terminal 300 is designated at a random location rather than the final delivery location (recipient's doorstep). Delivery items are delivered in bulk to the location of the delivery base.

In other words, the delivery point terminal 200 corresponds to a terminal configured at a location where each delivery company has a branch, and the delivery base terminal 300 designates the delivery base as the same delivery location or a nearby delivery location and delivers the parcel from the delivery person. A delivery system is implemented by receiving goods in batches.

In the present invention, the purpose of the present invention is to build an integrated model for uniform delivery according to the delivery location of the logistics of multiple courier companies. To this end, courier delivery is performed by integrating the same or similar delivery locations into one base.

Preferably, the delivery base terminal 300 can designate base areas in various forms, such as by apartment, delivery area, nearby area, or address, and perform professional and accurate delivery work by designating a separate delivery person in the base area. It is implemented by performing it or receiving it directly from the recipient.

At this time, if the base is designated as the same apartment (same building, same complex), or the delivery goods are classified by the same address or nearby addresses, a separate delivery source will focus only on the apartment or area and deliver the delivery goods secondarily. Because it is delivered, time reduction, work efficiency, and accuracy can all be satisfied, and the working environment can be greatly improved due to time reduction.

Figure 4 is a detailed configuration diagram of a logistics integrated courier logistics delivery system based on base delivery according to the present invention.

Delivery goods delivered from each courier company to a delivery base (arbitrary delivery location) according to the technical features of the present invention are classified through a mechanical sorting system. Basically, if the delivery base is an apartment, the delivery goods are classified by the same building and the same house through the delivery address classification process.

To this end, in the present invention, the invoice information of the delivery goods arrived at the base is photographed with a camera and a vision camera unit 310 is used to scan address information, recipient information, contact information, etc., and the invoice information captured through the vision camera unit is used. It includes a label output unit 320 for printing a separate shipping label, a shelf interface unit 330 for sorting delivery items for which invoice information scanning has been completed by delivery address, and a printing unit 340 for physically printing the delivery list. do.

In other words, the delivered package is transported on a conveyor belt, moves to a random location so that the vision camera unit 310 can photograph the invoice information, and then takes the photograph. At this time, if the image analysis fails, the image can be rephotographed, and if recognition is not possible, the relevant worker manually inputs the invoice information through the delivery base terminal 300. When data input is completed through photography, the delivery base terminal 300 transmits an output signal to the label output unit 320 based on the delivery information data to output a delivery label, and the worker prints a delivery label for each product. Attach.

Once the attachment of the shipping label is completed, the products are transported again through the conveyor belt and loaded on shelves by delivery unit (same building, same number). The work is completed by loading the goods by the worker as they are transferred to the shelves for each delivery location.

In the present invention, when generating delivery information data, the corresponding information is obtained by photographing the invoice attached to the delivery product. In the present invention, the delivery product received through the conveyor belt is positioned at a certain location using the vision camera unit 310. By taking pictures, information for creating delivery information data is obtained. Basically, various information recorded on the invoice, such as information such as the recipient's name, address, and contact information, product name, quantity, parcel classification number, courier company information, and weight information, is captured by the vision camera unit 310 and then obtained through image analysis. do.

Delivery information data is generated through the invoice information obtained through the vision camera unit 310. Here, when address information (by apartment, block, lake, etc.) corresponding to the delivery information to be reflected on the delivery label is detected, It is provided to the label output unit 320 to output a separate shipping label.

The shipping label output from the label output unit 320 can be re-attached by the worker to the corresponding delivery item to improve ease of identification, and at the same time, classification according to the delivery location can be processed based on delivery information data.

This can be provided to the delivery person by classifying delivery items by delivery unit, and provides ease of delivery work by applying the delivery order according to the delivery location.

At this time, the shelf interface unit 330 according to the present invention provides a classification signal for each delivery unit of delivery goods moving on a conveyor belt. By providing position movement and stop signals for each classification shelf, delivery is performed according to the signal to the operator. Provides the ability to load delivery items by unit.

The printing unit 340 performs an output function of printing a delivery list according to sorting information by delivery source and delivery location. Based on the above-mentioned delivery information data, each delivery item is classified, and then the corresponding item list (delivery list) is printed out and provided to the delivery company for inspection.

Therefore, the main purpose of the present invention is to create (print) and attach a delivery label based on separate delivery information data in addition to the invoice initially attached to the delivery product in order to improve delivery efficiency and accuracy of delivery goods arriving at the base. achieve

Therefore, in order to efficiently perform delivery work by delivery agents (secondary delivery sources) in the delivery logistics base area, separate delivery information data is generated in the process of classifying incoming parcels, and delivery labels are printed and delivered based on the data. Information-related data is managed collectively.

Figure 5 is a configuration diagram showing an embodiment of a logistics integrated courier logistics delivery system based on base delivery according to the present invention.

In addition to the direct receipt method for each recipient for courier items that have been delivered to the base by creating delivery information data, printing and attaching delivery labels, and classifying items by delivery destination, a separate delivery source (secondary delivery) is used as shown. Delivery to the same base can be performed through the user terminal 400 corresponding to the circle).

The user terminal 400 is a terminal used by a separate delivery person designated by the base, and is used by a delivery person selected by the base. For example, the delivery person may be a resident of the base or a separate person selected from the base. In addition, it may correspond to a delivery person who is fixedly selected or spontaneously selected by the delivery base terminal 300.

As a preferred example, the user terminal 400 may correspond to personnel hired through the delivery worker selection process provided by the present invention. More specifically, in the present invention, a separate recruitment process can be introduced to select delivery workers who perform delivery at the base, and delivery work at the base can be performed by providing recruitment information to the user terminal in the form of an app or web. Let it be done.

Therefore, in the present invention, courier goods arrived at the delivery base by each courier company can be entrusted with delivery work through the user terminal 400, which is a separate delivery attendant, and are delivered through the user terminal 400. When a business contract and delivery work is performed, payment for the delivery work cost is received from the delivery point terminal or delivery base terminal 300. The separate delivery fee can be configured in various ways through consultation between the courier and the delivery base operator. Preferably, the present invention is based on a consignment delivery model of a base operator that operates a delivery base in addition to the existing large courier company. In this way, it is desirable to receive payment of delivery fees through a delivery contract between the delivery base operator performing unified delivery work and a separate delivery source.

In providing a courier logistics delivery system, the present invention configured as described above has the advantage of achieving a highly satisfactory service from the perspective of consumers receiving goods through delivery efficiency at the courier company as well as delivery accuracy and speed at the base.

In addition, since the operation of each delivery company's delivery vehicle within the apartment can be minimized, personal accidents and vehicle accidents that previously occurred can be greatly prevented.

Although the present invention has been described and illustrated in connection with preferred embodiments for illustrating the principles of the present invention, the present invention is not limited to the construction and operation as so shown and described. Rather, those skilled in the art will appreciate that many changes and modifications can be made to the present invention without departing from the spirit and scope of the appended claims. Accordingly, all such appropriate changes, modifications and equivalents shall be considered to fall within the scope of the present invention.

100: Delivery operation server
110: database
200: Delivery point terminal
210: Management terminal
220: Delivery person terminal
300: Delivery base terminal
310: Vision camera unit
320: Label output unit
330: Shelf interface unit
340: Printing department
400: user terminal

Claims (7)

A courier operation server operated by at least two courier companies that comprehensively manages the courier logistics status from receipt to shipment of delivered courier goods;
A courier branch terminal operated at a branch that manages shipping to deliver the incoming courier products by region, and managing branch release delivery information to ship the courier products subject to shipment through the corresponding delivery source;
A delivery worker who receives delivery information data generated from the delivery point terminal and manages delivery status information (delivery in progress, delivery complete) corresponding to the delivery status that occurs during delivery to the delivery base according to the delivery information data. terminal; and
A delivery base terminal that receives delivery items delivered by at least two courier companies according to the branch release delivery information through the delivery branch terminal, and generates delivery completion for the received delivery items,
The delivery base terminal is,
A vision camera unit that photographs invoice information attached to a delivered delivery item, obtains delivery information data corresponding to the invoice information, and provides the information to the delivery base terminal;
A base delivery-based integrated logistics delivery system comprising a shelf interface unit that classifies each delivery item into the same delivery address according to the delivery information data acquired through the vision camera unit. The method of claim 1, wherein the delivery base terminal,
It is configured to include a conveyor belt that sorts delivery items based on delivery information data obtained through the vision camera unit,
A logistics integrated courier logistics delivery system based on base delivery that includes a label output unit that outputs a delivery label to be attached to the delivery product according to the delivery information data. The method of claim 2, wherein the label output unit,
Logistics integration based on base delivery, characterized in that it prints a delivery label containing delivery information including the city, number, courier company, and weight information corresponding to the delivery address with respect to the invoice information of the delivery product obtained through the vision camera unit. Courier logistics delivery system. The method of claim 1, wherein the delivery base terminal,
Based on the delivery information data obtained through the vision camera, sorting information for each delivery address (apartment building, lake, line) is generated, and a delivery list is created based on the sorting information generated here. Logistics integrated courier logistics delivery system. The method of claim 3, wherein the shipping label is:
It is printed including a barcode corresponding to the above delivery information data,
A logistics integrated courier logistics delivery system based on base delivery, characterized in that the delivery worker terminal scans the barcode printed on the delivery label and provides delivery status to the branch management terminal. The method of claim 4, wherein the delivery base terminal,
Based on the above delivery information data, a delivery list is created by delivery address and delivery source using the sorting information generated by delivery address.
A logistics integrated courier logistics delivery system based on base delivery, characterized in that the delivery list is printed separately through a printing unit. The method of claim 1, wherein the delivery person terminal is:
Logistics-integrated courier based on base delivery, characterized in that when the delivery product is completed to the point where the delivery base terminal is located, a delivery completion signal is generated, and the delivery completion signal is provided to the delivery base terminal and the delivery operation server. Logistics delivery system.