JP2019074926A5

JP2019074926A5 -

Info

Publication number: JP2019074926A5
Application number: JP2017200545A
Authority: JP
Filing date: 2017-10-16
Publication date: 2020-10-22
Anticipated expiration: 2037-10-16

Description

本発明のある態様は、コンピュータプログラムに関する。このコンピュータプログラムは、無人運送装置を介したユーザと店舗側との間の物品の授受を実現するシステムに関するコンピュータプログラムであって、無人運送装置の目的地の指定をユーザから取得する機能と、ユーザと無人運送装置とが会合する場所をユーザが指定するための画面をディスプレイに表示させる機能と、を端末に実現させる。 One aspect of the invention relates to a computer program. The computer program is a system relating to a computer program for realizing the transfer of goods between the user and the shop side through the unmanned transportation device, a function of acquiring the specified destination unmanned transportation device from the user, Yu The terminal will be equipped with a function to display a screen on the display for the user to specify the place where the user and the unmanned transportation device meet.

Claims

A computer program related to a system that realizes the transfer of goods between a user and a store via an unmanned transportation device.
And the ability to get the destination of the finger constant of unmanned transportation device from a user,
Computer program for implementing a function of the location where the User chromatography THE and the unmanned transportation device is associated user displays a screen for specifying the display to the terminal.

The designation of the destination includes designation of the type of destination.
The computer program according to claim 1, wherein the function of displaying the screen on the display is to display the screen on the display when the designated type of the destination meets the criteria regarding the size of the site.

A computer program related to a system that realizes the transfer of goods between a user and a store via an unmanned transportation device.
A function to acquire the current position of the user's terminal and
A function that accepts the designation of the destination of the unmanned transportation device,
When the acquired current position and the specified destination are farther than a predetermined standard, the computer for realizing the function of displaying a screen indicating the refusal of the request for delivery of goods on the display on the terminal. program.

A computer program related to a system that realizes the transfer of goods between a user and a store via an unmanned transportation device.
A function of acquiring an image corresponding to the current position of the unmanned transportation device obtained by using the positioning means provided in the unmanned transportation device, and
A computer program that enables terminals to display the acquired images on a display.

A computer program related to a system that realizes the transfer of goods between a user and a store via an unmanned transportation device.
A function to acquire information on the operating status of unmanned transportation equipment via a network, and
A computer program for the terminal to realize a function of providing the user with identification information of an unmanned transportation device corresponding to the user according to the acquired information.

A function to generate order information including information on goods, destination information, and payment information on payment related to delivery of goods received from the user.
The computer program according to any one of claims 1 to 5, further realizing a function of transmitting the generated order information to a server capable of communicating with an unmanned transportation device via a network, and further realizing the terminal.

It is a management device for managing a system that realizes the transfer of goods between the user and the store side via the unmanned transportation device.
The first acquisition means for acquiring the current position of the unmanned transportation device from the unmanned transportation device via the network, and
A second acquisition means for acquiring the current position of a delivery vehicle capable of exchanging goods with an unmanned transportation device from the delivery vehicle via a network, and
Based on the acquired current position of the unmanned transportation device and the acquired current position of the delivery vehicle, a display control means for displaying the operating state of the unmanned transportation device and the operating state of the delivery vehicle on an electronic map.
A management device including a reception means for receiving designation of a place where an unmanned transportation device and a delivery vehicle are scheduled to meet.

An unmanned transportation device that mediates the transfer of goods between the user and the store.
A transportation means that realizes automatic movement to the destination using the position information from the positioning means,
Timekeeping means to measure the waiting time at the destination,
An unmanned driving device including a confirmation means for performing a process for confirming to a user when the standby time exceeds a threshold value.

A receiving means for receiving the user's authentication information from the user's terminal via short-range wireless communication.
The unmanned driving device according to claim 8, further comprising an authentication means for authenticating the user using the user's authentication information.

The unmanned driving device according to claim 9, further comprising an opening means for opening the lid of the storage space in which the article is stored when the user is authenticated by the authentication means.

The unmanned vehicle according to claim 10, wherein the transportation means further realizes automatic movement toward a starting point in automatic movement to the destination in response to the closing of the lid opened by the opening means. Driving device.

It is a server related to a system that realizes the transfer of goods between the user and the store side via an unmanned transportation device.
A reception means that accepts requests for delivery of goods to the receiving user from the terminal of the requesting user via the network, and
A transmission means for sending a message asking whether or not to accept the request to the terminal of the receiving user via the network in response to the acceptance of the request.
A server comprising a processing means that performs processing to direct an unmanned carrier to a destination corresponding to a receiving user if the response to the transmitted message is consent.

The server according to claim 12, further comprising a transmission means for generating a route of the unmanned transportation device based on destination information and transmitting route information including the route to the unmanned transportation device.

It is a server related to a system that realizes the transfer of goods between the user and the store side via an unmanned transportation device.
A receiving means for receiving information indicating a failure of the unmanned transportation device detected by the unmanned transportation device from the unmanned transportation device via a network.
An acquisition method for acquiring a level indicating the degree of failure based on the received information,
A server including a determination means for determining whether or not failure handling processing is required according to the acquired level.

It is a server related to a system that realizes the transfer of goods between the user and the store side via an unmanned transportation device.
A holding means for holding a plurality of predetermined places where goods can be exchanged between unmanned transportation devices, and
An acquisition method for acquiring the current position of each of two or more unmanned transportation devices via a network,
A server including a selection means for selecting a place where the two or more unmanned transportation devices should meet from a plurality of places held by the holding means based on the acquired current position.

It is a server related to a system that realizes the transfer of goods between the user and the store side via an unmanned transportation device.
Determining means for determining the destination and route of an unmanned carrier,
Specific means of identifying users who can meet with an unmanned carrier based on the location of at least one of the determined destinations and routes.
A server including a transmission means for transmitting recommendation information relating to the sale of goods or the collection of goods to a terminal of a specified user via a network.

A receiving means for receiving order information including information on goods, destination information, and payment information on payment for giving and receiving goods from the terminal of the requesting user.
The server according to any one of claims 12, 13 and 16, further comprising a payment means for executing a payment process using the received order information.

A notification means for receiving a report from the unmanned transportation device that the unmanned transportation device has arrived at a destination for delivery of the goods and notifying any terminal of a notification regarding the arrival of the unmanned transportation device. The server according to any one of claims 12 to 17, further comprising.

A claim further comprising an authentication means for receiving the authentication information of a user who receives an article received by the unmanned transportation device via short-range wireless communication from the unmanned transportation device and authenticating the user using the user's authentication information. Item 12. The server according to any one of Items 12 to 18.