JP2006338465A - Taxi reservation system, and taxi reserving method, device, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable a user to designate an arbitrary taxi among available taxis and make a reservation for pickup by presenting the taxis available for the user. <P>SOLUTION: An on-vehicle terminal connected to a display board showing whether the taxi is vacant and provided with a means for automatically registering a pick up availability state of a taxi showing at least whether a taxi mounted with the on-vehicle terminal can accept pick up of the user to a server device and the present location is mounted on each taxi for pickup reservation system. The server device of the taxi reservation system is provided with a means for receiving the registration of the present location of the on-vehicle terminal, managing the registration for each taxi and presenting only taxies which are present around the location designated from a user's terminal and can pickup the user in response to a request from the user's terminal, a means for receiving an application for a taxi that designates an arbitrary taxi among the presented taxies from the user's terminal, and a means for transmitting application contents for pickup to the designated taxi. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  TECHNICAL FIELD The present invention relates to a reception reservation system, a taxi reception reservation method, apparatus, and program, and more particularly, a reception reservation system, a taxi reception reservation method, apparatus, and program for a user to arrange a taxi reception via the Internet or the like. About.

  Conventionally, taxi operating companies have made a call to the taxis under management all at once, waiting for a response from the taxi driver, and then providing guidance to the taxi users again. ing. Fig. 4 is a diagram showing an outline from when a user communicates a request for pick-up to receiving a service. From the user's point of view, this service method is called after calling a taxi company. There were inconveniences such as a long time to get a vehicle allocation confirmation and a taxi company could not be selected to prevent duplicate reservations.

  Therefore, for example, in Japanese Patent Laid-Open No. 2002-367085, each taxi is equipped with an in-vehicle system that provides position information using a position notification function of GPS (Global Positioning System) or PHS (Personal Handy-Phon System). The center system manages the position and status of each taxi (empty / renting), determines the optimal dispatch according to the request from the user using a mobile phone, etc., and contacts the taxi and the user. A taxi dispatch system is disclosed.

  Japanese Patent Laid-Open No. 2002-259514 discloses a taxi position information disclosure program that creates and discloses map information in which the position of each taxi is plotted on map information in the same configuration as described above. In the same publication, it is possible to apply for a taxi pick-up by selecting the car number mark on the map information. After the application, the center issues an instruction to the taxi wirelessly, and the user receives the center. It is said that you can receive information on the estimated time of arrival.

JP 2002-367085 A JP 2002-259514 A

  However, the method of Patent Document 1 has a problem that the user cannot freely select a taxi. In this method, when the user issues a request to the dispatch center system, there is less room for using another taxi company or other transportation means. For example, even if other means of transportation such as busy time is more appropriate, it will be waited for several hours.

  In this regard, in the method of Patent Document 2, it is possible for the user to select a taxi, but there is a burden of searching for a taxi that is an empty vehicle. For example, as shown in FIG. 4 of the same publication, it is good if there are few vehicles and there are empty vehicles. However, in busy areas such as urban areas where the vehicles are crowded or rainy weather, countless numbers are displayed on the map information. A car number mark is displayed, and it is also conceivable that only a car number mark that is being rented is displayed.

  The present invention has been made in view of the above-mentioned circumstances, and the purpose of the present invention is to make an incoming reservation reservation system that makes it possible to make an incoming reservation by designating an arbitrary taxi from among possible taxis. It is to provide a taxi pick-up reservation method, apparatus and program.

  According to a first aspect of the present invention, there is a reservation system for an incoming car that includes an in-vehicle terminal mounted on a taxi and a server device disposed on the Internet. A reservation system for picking up a car is provided so that an arbitrary taxi can be designated. The in-vehicle terminal has a function of specifying the current position, and is connected to an available state display device that indicates to the outside whether or not a taxi is available, so that at least the mounted taxi can be picked up by the server device A means for automatically registering an incoming / outgoing state (operation state) and a current position indicating whether or not the vehicle is present is configured. In addition, the server device is present in the vicinity of the position designated by the user terminal, referring to the state of accepting (running state) and the current position in response to a request from the user terminal, and , Means for presenting only taxis that can be picked up, means for accepting a pick-up request designating any taxi from among the presented taxis from the user's terminal, and contents of the pick-up request for the designated taxi. And means for transmitting.

  Further, according to a second aspect of the present invention, when the in-vehicle terminal is connected to an available state display device that indicates to the outside whether or not a taxi is available, and is in a state where it can be picked up, the server At least automatic registration of the current position is started with respect to the device, and the server device refers to the current position in response to a request from the user's terminal and exists around the position specified by the user's terminal A reservation system is provided with a means for presenting only taxis to perform.

  Further, according to the third aspect of the present invention, the method for reservation of reservations using the above-described reception reservation system, the server device or in-vehicle terminal constituting the reception reservation system, and the computer constituting the server device or in-vehicle terminal are executed. A program is provided.

  According to the present invention, costs and labor required for matching individual taxis and users and reservations for picking up a car are reduced, and convenience is provided to both the taxi side and the user side.

  Next, the best mode for carrying out the present invention will be described in detail with reference to the drawings. FIG. 1 is a diagram showing the configuration of an operating system for a taxi dispatch arrangement service that includes an incoming vehicle arrangement system according to the present invention. Referring to FIG. 1, a user terminal 10 of a taxi user, a server device (search site) 70 that performs taxi search and dispatch reservation reception processing, and a taxi-mounted vehicle via a mobile phone network 20 and the Internet 30. A configuration in which terminals 50 and 60 are connected to each other is shown.

  The mobile phone network 20 is operated by the mobile communication carrier 21 and provides a position detection / report service to the taxi-mounted terminals 50 and 60.

  The user terminal 10 is a telephone terminal having at least a Web browsing function, a PDA (Personal Digital Assistant), a personal computer, or the like. Moreover, even if it is a fixed telephone terminal and various household appliances, if it has the said Web browsing function, it can be used as the user terminal 10.

  The taxi in-vehicle terminals 50 and 60 are configured to include, for example, a mobile phone terminal, and configure a search site with a function for specifying the current position of the own device provided by GPS or a mobile phone network and a predetermined timing or update interval. The server device 70 has a function of transmitting the current position of the specified own aircraft and the operation state of the own vehicle (empty vehicle / during / forwarding / payment, etc.). In addition, since the state of the own vehicle can use the state of an available state display device (also referred to as a display board or a super sign) that indicates whether or not a taxi is available, the taxi-mounted terminal 50 , 60 and the availability state display device are connected, and the state of the vehicle is automatically updated by inputting the state.

  Here, the taxi vehicle-mounted terminal 50 is mounted on a taxi under the control of the taxi company A51, and the taxi company A can monitor the detailed position by accessing the server device 70. To do. Similarly, the taxi vehicle-mounted terminal 60 is also mounted on a taxi under the control of the taxi company B61 and monitored in the same manner.

  The server device 70 includes a database (hereinafter referred to as DB) 71 that stores information for individually managing the current position and state of each taxi and map information of the service target area. In addition, the server device 70 registers the current position and vehicle state of each taxi received from the taxi in-vehicle terminals 50 and 60 in the DB 71. The server device 70 also operates as a taxi search site on the Web, extracts taxis that can be picked up from the DB 71, such as being empty, from the registered taxis, via the Internet 30. It is possible to guide the current location of the taxi to the user terminal 10 to be accessed.

  The server device 70 according to the present embodiment is operated by the taxi search site operating company 40 and pays an operating fee according to the number of accesses to the user terminal 10 and the number of vehicles that have been accepted for the pickup from the taxi company A51 and the taxi company B61. It is a mechanism to be called.

  Next, the operation of this embodiment will be described in detail with reference to FIG. First, the taxi in-vehicle terminal 50 or the taxi in-vehicle terminal 60 accesses the server device 70 via the mobile phone network 20 and the Internet 30, and registers the current position of the own vehicle (position registration in FIG. 1). This registration process does not require any additional operation by the taxi driver, and is automatically performed by a built-in timer of the taxi in-vehicle terminal.

  At the same time as the location registration, the taxi operation status (empty / in rent / forward / payment etc.) is also registered in the server device 70. It is assumed that the change of the operation state is automatically performed by an operation of an existing display board (super sign) mounted on the taxi without requiring an additional operation by the taxi driver. For example, if a taxi display (super sign) is activated (during renting), the taxi display is in business operation and is not eligible for pick-up. On the other hand, when the display board (super sign) is “empty car”, it is a target for an incoming car arrangement.

  On the other hand, when the taxi user wants to apply for a taxi pick-up, the taxi user accesses the server device 70 using the user terminal 10. Subsequently, the server device 70 arbitrarily accepts the current location or a desired boarding point, boarding time, destination, etc. from the user terminal 10 (inquiry by WEB in FIG. 1). When the user terminal 10 is a device equipped with a position specifying function such as GPS, the current position information may be automatically transmitted to the server device 70.

  Subsequently, the server device 70 selects a surrounding map from the DB 71 on the basis of the desired boarding point received from the user terminal 10 and the traveling state is empty (can be picked up) from a taxi traveling in the vicinity. The map information in which only a taxi that is empty is selected and the taxi that is empty is arranged on the surrounding map is created and transmitted to the user terminal 10 (indicated by WEB in FIG. 1).

  FIG. 2 is a display example of the map information on the user terminal 10 side. Referring to FIG. 2, the taxi 100A of company A and the taxi 100B of company B are shown with black circle markers. Therefore, the taxi user can recognize that the taxi 100A of company A and the taxi 100B of company B are in the vicinity and can be picked up by referring to this map information.

  Further, the marker (taxi) arranged in the map information of FIG. 2 is linked to the information page of the taxi operating company, contact information, etc., and the taxi user uses the pointing device of the user terminal 10 to mark the marker. When (Taxi) is selected, the linked information page can be referred to.

  FIG. 3 is a diagram showing a procedure for providing taxi information by the pick-up arrangement system according to the embodiment of the present invention. Referring to FIG. 3, when a user selects an arbitrary taxi from the map information screen 80 illustrated in FIG. 2, information on the operating company of the taxi, contact information, and the predicted position of the user from the location of each taxi. A taxi detail screen 81 showing the arrival time is shown. The user refers to and compares the information displayed on the taxi details screen 81 and selects a taxi suitable for him / her (designating the taxi in FIG. 1).

  When the user activates the “Reserve” button arranged on the taxi details screen 81, the server device 70 presents a reservation screen (reservation completion screen) 82 representing the reservation contents and the like, and the desired boarding position Reservation information (application details) for the taxi is sent to the taxi-mounted terminal. In the reservation process, the user can be requested to perform user authentication and billing process as appropriate.

  Thus, when the reservation information (the details of the vehicle application) is transmitted, the taxi in-vehicle terminals 50 and 60 output in appropriate manners such as voice and interrupt display on the screen of the car navigation system. Based on the output contents, the taxi driver goes to the user's desired boarding point, picks up the taxi car, and provides a service.

  As a result, taxi users can search for an empty taxi that is closest to the user, and taxi companies can improve dispatch efficiency and service, and can reduce labor costs and communication costs. Become.

  It is also possible for a taxi company or a travel agency to prepare the user terminal 10 of this system and use it for taxi search / arrangement work. Since there is no need to wait for a response from a taxi driver that can be picked up as in the prior art, it is possible to provide a quicker service to a user who makes a taxi pick-up reservation by voice telephone.

  In addition, the location registration and dispatch reservation acceptance required for the in-vehicle terminals 50 and 60 and the communication function with the taxi dispatcher can be realized by introducing a program for operating as an in-vehicle terminal to the mobile phone terminal. Yes, it is possible to realize this system without enormous capital investment.

  Further, as the taxi in-vehicle terminals 50 and 60, a car navigation system to which a mobile phone terminal can be connected can be used. The current position of the taxi and whether the car can be picked up or not, which is connected to the car navigation system and the mobile phone terminal, is transmitted to the server device 70 via the mobile phone terminal, and includes the boarding point desired by the user. The reservation information (the contents of the vehicle application) is received via the mobile phone terminal and displayed on the car navigation system. According to this configuration, it is possible to perform location registration with higher accuracy and to reliably pick up the user as well as to eliminate the need for a special operation by the taxi driver.

  In addition, instead of each of the mobile phone terminals, a dedicated communication device using a mobile phone network or a dedicated network can be used. For example, by adopting a dedicated device in which the car navigation system and the mobile phone terminal are integrated, operability during driving such as a large screen display and a touch panel can be improved.

  On the other hand, the taxi company A51 and the taxi company B61 also have the advantage of being able to check the operation status and location of their taxi by accessing the server device 70. That is, the present system can be used as a system that integrates a conventional taxi reservation system using a voice telephone and a vehicle allocation management system. In this case, when multiple taxi companies participate, it may be filtered appropriately so that only its own taxis are displayed, and it is also possible to dispatch vehicles based on the availability of other companies. . Therefore, according to the present system, not only the maintenance cost of the dedicated communication network (wireless network) and the labor cost required for reception can be greatly saved, but also strategic vehicle allocation management can be supported.

  In addition, according to the present system, it is possible to bring an increase in income to a mobile communication carrier and a search site operating company that operates the server device (search site) 70.

  Although the preferred embodiments of the present invention have been described above, the present invention can be modified with some additional options. For example, the server device 70 can rank taxis in consideration of road conditions, distances, fee systems, etc., and display the ranks in the vicinity of the marker (taxi). In the above-described embodiment, the taxi is presented in the map information format. However, as long as it guides only taxis that can be picked up, guidance may be performed mainly in other text formats.

  In the above-described embodiment, the estimated arrival time is displayed. However, instead of the estimated arrival time, the fee structure including the initial boarding fee, the expected fee from the user to the destination input in advance, the purpose It is also possible to provide the estimated arrival time to the ground.

  Further, in the above-described embodiment, the server device (search site) 70 is operated by the specialized search site operating company 40, and the taxi companies A and B are described as subscribing to this. It is also possible for an organization or the like to operate the server device (search site) 70 and accept the participation of other taxi companies or private taxis.

  In the above-described embodiment, the taxi-mounted terminals 50 and 60 have been described as performing automatic registration of the current position via the mobile phone network 20 and the Internet 30, but other communication means such as a dedicated network are also used. It goes without saying that it may be good.

  Further, in the above-described embodiment, the taxi-mounted terminals 50 and 60 automatically register the current position and the taxi operation status (empty / renting / forwarding / payment, etc.) as needed, and the taxi that can be picked up by the server device 70 side is provided. Although the extraction configuration is adopted, it is detected that the taxi-mounted terminals 50 and 60 connected to the display board (super sign) or the like are ready to be picked up, and the current position is automatically registered in the server device 70. May be adopted, and the automatic registration may be terminated at the stage when the reservation information (the details of the vehicle application) is received. According to this configuration, it is possible to improve the communication efficiency on the cellular phone network 20 and the Internet 30, the storage efficiency of the server device 70, and the processing (search) efficiency.

It is a figure showing the structure of the management system of the taxi dispatch reservation service in which the pick-up arrangement system which concerns on one Embodiment of this invention is included. It is a display example of the map information provided to the user side by the vehicle arrangement system according to one embodiment of the present invention. It is a figure showing the procedure of provision of the taxi information by the pick-up arrangement system which concerns on one Embodiment of this invention. It is the figure showing the outline | summary from the time a taxi user tells hope of a pick-up on a telephone until receiving service provision.

Explanation of symbols

10 User terminal 20 Mobile phone network 21 Mobile carrier 30 Internet 40 Search site operator 50, 60 Taxi-mounted terminal 51 Taxi company A
61 Taxi company B
70 Server device (search site)
71 Database 80 Map information screen 81 Taxi details screen 82 Reservation screen (reservation completion screen)
100A, 100B Map information marker (taxi)

Claims (24)

An in-vehicle reservation system comprising an in-vehicle terminal mounted on a taxi with a specific function of the current position, and a server device that accepts registration of the current position from the in-vehicle terminal and manages each taxi,
The in-vehicle terminal is connected to an available state display device that indicates whether or not a taxi is available, and an incoming / outgoing state indicating whether or not at least a taxi mounted on the server device is available. It has a means to automatically register the current position,
The server device
In response to a request from the user's terminal, referring to the state of accepting and current position, means for presenting only a taxi that exists in the vicinity of the position designated from the user's terminal and can be picked up;
Means for accepting an application for picking up an arbitrary taxi from the presented taxi from the user's terminal;
Means for transmitting the details of the application for a pickup to the designated taxi,
You can specify any taxi from among the taxis that can be picked up and make reservations for picking up cars.
Pick-up reservation system characterized by An in-vehicle reservation system comprising an in-vehicle terminal mounted on a taxi with a specific function of the current position, and a server device that accepts registration of the current position from the in-vehicle terminal and manages each taxi,
The in-vehicle terminal is connected to an available state display device that indicates whether or not a taxi is available, and starts automatic registration of at least the current position with respect to the server device when the taxi is available. With means,
The server device
In response to a request from the user's terminal, a means for referring to the current position and presenting a taxi existing around the position designated by the user's terminal;
Means for accepting an application for picking up an arbitrary taxi from the presented taxi from the user's terminal;
Means for transmitting the details of the application for a pickup to the designated taxi,
You can specify any taxi from among the taxis that can be picked up and make reservations for picking up cars.
Pick-up reservation system characterized by Means for calculating at least the estimated arrival time of a taxi that can be picked up from the position designated from the terminal of the user and the current position of each taxi;
Means for transmitting at least the estimated arrival time of the taxi that can be picked up in response to a request from the terminal of the user;
The incoming call reservation system according to claim 1 or 2. The server device further includes a map information database,
Means for selecting a map around a position designated from the user's terminal from the map information database, and generating and transmitting map information displaying the current position of each taxi on the selected map; Prepared,
4. The incoming car reservation system according to any one of claims 1 to 3. The in-vehicle terminal is constituted by a mobile phone terminal;
The incoming call reservation system according to any one of claims 1 to 4. The in-vehicle terminal is constituted by a combination of a mobile phone terminal and a car navigation system;
The incoming call reservation system according to any one of claims 1 to 4. Taxi pick-up reservation method using a pick-up reservation system comprising an in-vehicle terminal mounted in a taxi having a current position specifying function and a server device that receives registration of the current position from the in-vehicle terminal and manages each taxi Because
The in-vehicle terminal registers with the server device the current position and the state where the vehicle can be picked up whether the taxi is available,
In response to a request from the user's terminal, the server device refers to the state of accepting the vehicle and the current position, and presents a taxi that exists near the position designated by the user's terminal and can be picked up. Process,
The server device accepting an application for picking up a designated taxi from the presented taxi from a user terminal;
The server device transmits a pick-up application content to the designated taxi,
You can specify any taxi from among the taxis that can be picked up and make reservations for picking up cars.
A taxi pick-up method. Taxi pick-up reservation method using a pick-up reservation system comprising an in-vehicle terminal mounted in a taxi having a current position specifying function and a server device that receives registration of the current position from the in-vehicle terminal and manages each taxi Because
The in-vehicle terminal detects that the taxi mounted on each taxi is available or not, and detects that the available status display device is ready to be picked up. Starting registration of the location;
The server device refers to the current location of each automatically registered taxi in response to a request from the user's terminal, and presents taxis that exist around the location specified by the user's terminal; ,
The server device accepting an application for picking up a designated taxi from the presented taxi from a user terminal;
The server device transmits a pick-up application content to the designated taxi,
You can specify any taxi from among the taxis that can be picked up and make reservations for picking up cars.
A taxi pick-up method. Furthermore, the server device calculates at least the estimated arrival time of a taxi that can be picked up from the position designated from the terminal of the user and the current position of each taxi;
The server device, in response to a request from the user's terminal, transmitting at least an estimated arrival time of the taxi that can be picked up,
The taxi pickup reservation method according to claim 7 or 8, characterized in that. The server device includes a map information database,
The server device selects, from the map information database, a map around the position specified by the user's terminal, generates map information displaying the current position of each taxi on the selected map, and transmits the map information Including the step of:
The taxi pickup reservation method according to any one of claims 7 to 9. It is connected to a function for specifying the current position and an availability display device that indicates whether or not a taxi is available, and at least automatically determines whether or not the installed taxi can be picked up. A server device that constitutes an incoming car reservation system to which an in-vehicle terminal equipped with a function to transmit is connected,
From the in-vehicle terminal mounted on each taxi, means for receiving the current position and the state of whether to accept the vehicle and managing for each taxi,
In response to a request from the user's terminal, referring to the state of accepting the vehicle and the current position, means for presenting a taxi that exists in the vicinity of the position designated from the user's terminal and can be picked up;
Means for accepting an application for picking up an arbitrary taxi from the presented taxi from the user's terminal;
Means for transmitting the details of the application for a pickup to the designated taxi,
You can specify any taxi from among the taxis that can be picked up and make reservations for picking up cars.
A server device. It is connected to a function that identifies the current position and an availability status display device that indicates whether a taxi is available or not. When the availability status display device is ready to be picked up, at least automatic transmission of the current location is performed. A server device that constitutes an incoming car reservation system to which a vehicle-mounted terminal equipped with a start function is connected,
Means for receiving at least the current position and managing for each taxi from the in-vehicle terminal mounted on each taxi;
In response to a request from the user's terminal, a means for referring to the current position and presenting a taxi existing around the position designated by the user's terminal;
Means for accepting an application for picking up an arbitrary taxi from the presented taxi from the user's terminal;
Means for transmitting the details of the application for a pickup to the designated taxi,
You can specify any taxi from among the taxis that can be picked up and make reservations for picking up cars.
A server device. Means for receiving user location information from the user terminal;
Means for calculating at least the estimated arrival time of the taxi that can be picked up based on the location information and the current position of each taxi;
Means for transmitting at least the estimated arrival time of the taxi that can be picked up in response to a request from the terminal of the user;
The server device according to claim 11 or 12, characterized in that: Furthermore, a map information database,
Means for selecting a map around a position designated from the user's terminal from the map information database, and generating and transmitting map information displaying the current position of each taxi on the selected map; Prepared,
The server device according to any one of claims 11 to 13. It is connected to a function that identifies the current position and an availability status display device that indicates whether a taxi is available or not. When the availability status display device is ready to be picked up, at least automatic transmission of the current location is performed. A program to be executed by a computer constituting a server device of an incoming car reservation system to which a vehicle-mounted terminal provided with a start function is connected,
From the in-vehicle terminal mounted on each taxi, a process of managing the current position and the state of whether to accept the vehicle and managing each taxi,
In response to a request from the user's terminal, the taxi that is present in the vicinity of the designated position from the user's terminal and that can be picked up is extracted by referring to the state of accepting the vehicle and the current position. Processing to present a taxi,
A process of accepting an application for pick-up from any of the presented taxis from the user's terminal;
A process for transmitting the contents of the application for an incoming call to the designated taxi, and causing the computer to execute,
A program for a server device of an incoming car reservation system that makes it possible to make an incoming car reservation by designating a taxi equipped with the in-vehicle terminal. It is connected to a function that identifies the current position and an availability status display device that indicates whether a taxi is available or not. When the availability status display device is ready to be picked up, at least automatic transmission of the current location is performed. A program to be executed by a computer constituting a server device of an incoming car reservation system to which a vehicle-mounted terminal provided with a start function is connected,
From the in-vehicle terminal mounted on each taxi, processing to receive at least the current position and manage for each taxi,
In response to a request from the user's terminal, referring to the current position, a process of presenting a taxi existing around the position specified from the user's terminal;
A process of accepting an application for pick-up from any of the presented taxis from a user's terminal;
A process for transmitting the contents of the application for an incoming call to the designated taxi, and causing the computer to execute,
A program for a server device of an arrival reservation system that allows an arbitrary taxi to be selected from among taxis that can be picked up. Furthermore, a process of calculating at least the estimated arrival time of a taxi that can be picked up from the position designated from the user's terminal and the current position of each taxi;
The program according to claim 15 or 16, which causes the computer to execute at least a scheduled arrival time of a taxi that can be picked up in response to a request from the user terminal. The server device includes a map information database,
Further, from the map information database, selecting a map around the position specified from the user's terminal, and generating map information displaying the current position of each taxi on the selected map;
Presenting the position of a taxi that can be picked up by causing the computer to execute a process of transmitting the generated map information to the terminal of the user;
The program according to any one of claims 15 to 17, wherein: An in-vehicle terminal connectable to the pick-up reservation system according to any one of claims 1 to 5, wherein the terminal is connected to an available state display device that indicates whether a taxi is available or not.
Means for automatically registering a pick-up availability state indicating whether or not a taxi mounted on the server device can be picked up, and a current position;
Means for receiving from the server device, the contents of the application for the pick-up from the user,
An in-vehicle terminal characterized in that a reservation for an incoming car can be made by designating a taxi equipped with the in-vehicle terminal. An in-vehicle terminal that can be connected to the pick-up reservation system according to any one of claims 2 to 6, and is connected to an availability display device that indicates to the outside whether or not a taxi is available,
Means for starting automatic registration of the current position with respect to the server device when it is detected that the availability display device is ready to be picked up;
Means for receiving from the server device, the contents of the application for the pick-up from the user,
An in-vehicle terminal characterized in that a reservation for an incoming car can be made by designating a taxi equipped with the in-vehicle terminal. The in-vehicle terminal is constituted by a mobile phone terminal;
The in-vehicle terminal according to claim 19 or 20, wherein The in-vehicle terminal is constituted by a combination of a mobile phone terminal and a car navigation system;
The in-vehicle terminal according to claim 19 or 20, wherein A program to be executed by a computer constituting the in-vehicle terminal of the pick-up reservation system according to any one of claims 1 to 5,
Access to the server device of the pick-up reservation system at a predetermined timing, registration processing of at least a pick-up availability state indicating whether or not a mounted taxi can pick up, and the current position,
A process for outputting the contents of the application for an incoming vehicle from the user transmitted from the server device;
A program for an in-vehicle terminal of a reservation system that allows reservations to be made by specifying an arbitrary taxi from among taxis that can be picked up. A program to be executed by a computer constituting the in-vehicle terminal of the pick-up reservation system according to any one of claims 1 to 5,
A process for starting automatic registration of the current position with respect to the server device when it is detected that the availability state display device that indicates to the outside whether or not a taxi is available is in a state where it can be picked up;
A process for outputting the contents of the application for an incoming vehicle from the user transmitted from the server device;
A program for an in-vehicle terminal of a reservation system that allows reservations to be made by specifying an arbitrary taxi from among taxis that can be picked up.

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