JP6868280B2 - Accepting pick-up orders issued by taxi calling machines distributed by taxi companies to users and arranging them with the taxi company's dispatch system - Google Patents

Description

In the present invention, a taxi company distributes a taxi calling machine to customers (users), and the customer dispatches a taxi to a pre-registered place simply by performing a super-simple operation such as pressing a button on the taxi calling machine. Regarding ICT (Information and Communication Technology) application systems that automatically arrange services, in particular, the intention is to almost completely eliminate the burden on customers who receive taxi calling machines from taxi companies and try to use the services. doing.

=== Taxi dispatch app ===
Some people who use smartphones and tablet terminals (sometimes referred to as mobile terminals) download and install an application program called a taxi dispatch application from a well-known app store on the Internet (App Store, Google Play, etc.) and use it. There are people who are doing it.

As is well known, when the taxi dispatch application is started on the mobile terminal, the mobile terminal communicates with the taxi company server, the current position by the GPS function, the specified location on the map displayed on the terminal screen, and pre-registration. It is easy to order a taxi to be dispatched to the place where the user wants, such as a place. The taxi company server that received the order sends a telegram requesting a vehicle dispatch to a well-known AVM vehicle dispatch system, and the vehicle dispatch system operates so as to dispatch an appropriately selected taxi to the ordered place.

=== Amazon Dash Button ===
As is well known, Amazon has recently launched a service called the Amazon Dash Button. Those who intend to use this service purchase an Amazon dash button and install it in their home or office to create an environment for communicating with Amazon servers on the Internet via a Wi-Fi access point, and the Amazon dash button. Make preset settings to specify the products to be ordered from Amazon. After such settings, you can order a preset product from the Amazon server with a single push of the button provided on the Amazon dash button, and the product will be delivered from Amazon. ..

=== Problems to be solved by the invention ===
In order to use the services provided by the taxi dispatch app and the services provided by the Amazon Dash Button, it is essential to own a computing device such as a smartphone or tablet terminal, and information for mastering these computing devices. Specialized knowledge about communication technology is required. In particular, the pre-setting work for using the Amazon Dash Button is quite specialized and complicated, such as connecting the Amazon Dash Button to a smartphone with Bluetooth (registered trademark) and then setting the connection with the Wi-Fi access point. Is.

As a precondition, the object of the present invention is to distribute a taxi calling machine in the form of, for example, an Amazon dash button from a taxi company to users (either free or paid), and to use one button for this special machine. It is to realize a service in which computing is automatically performed to dispatch a taxi to any of multiple pre-registered locations with a super-simple operation such as pushing.

On the premise of the above matters, an essential object of the present invention is to enable a person who does not use a computing device such as a smartphone or a tablet terminal to use the above taxi dispatch service without any difficulty. It is in. For example, when an elderly person who has no knowledge of smartphones, computers, the Internet, etc. goes to the hospital, the taxi will be picked up at home by simply pushing the button of the taxi calling machine that is received from the taxi company and placed at home. The present invention was created on the assumption that a service such as coming will be realized.

=== Means for solving problems ===
The core of the present invention is a taxi calling machine distributed by a taxi company to users, a taxi company dispatching system, a taxi company personal computer, a taxi calling machine, and a taxi via a mobile communication network. This is a computing method in which a company dispatch system and a taxi company personal computer are linked to execute a user information input process, a user registration process, an ordering process, an arrangement process, and a response process.

The taxi call-dedicated machine in the above includes an input interface that accepts at least the first mode input and the second mode input by the user, an output interface that notifies the user at least whether or not the vehicle can be dispatched, and a data-only SIM of the mobile communication network. It is provided with a communication interface using the above and a controller for controlling an input interface, an output interface, and a communication interface.

When the taxi company distributes the taxi call-only machine to the users, the user information input process is executed at the time of distribution, and when the taxi company distributes the taxi call-only machine to the users, the identifier of the taxi call-only machine ( (Dedicated machine identifier), the name of the user, and the first and second pick-up locations specified by the user are input to the pick-up order reception system by the taxi company personal computer.

The user registration process is executed in the pick-up order reception system that accepts the above input, and the information in which the first pick-up location geographic data and the second pick-up location geographic data are linked to the dedicated machine identifier is registered in the user database.

When the user who owns the taxi call-only machine operates the first mode input or the second mode input, the ordering process is executed, and the controller of the taxi call-only machine is either the first mode input or the second mode input. Correspondingly, the pick-up location distinction data that distinguishes between the first pick-up location and the second pick-up location and the pick-up order message including the dedicated machine identifier of the taxi call-only machine are transmitted to the pick-up order reception system by the communication interface.

In the pick-up order reception system, the arrangement process is executed when the pick-up order message is received, and the taxi company dispatches the vehicle dispatch request message including the first pick-up location geographical data or the second pick-up location geographical data corresponding to the dedicated machine identifier. Send to system.

Then, in the response process, when the taxi company dispatch system receives a message notifying that the taxi company can or cannot dispatch the vehicle in response to the transmitted vehicle dispatch request message, the vehicle pick-up order reception system sends the vehicle dispatch request message, which is the origin of the vehicle dispatch request message. A telegram is transmitted to the transmitted taxi call-only machine to notify the user whether or not the taxi can be dispatched, and the controller of the taxi call-only machine that receives the telegram notifies the user whether or not the taxi can be dispatched by the output interface.

Overall outline of the system configuration according to one embodiment Circuit configuration of a taxi call-only machine according to an embodiment Appearance of a taxi calling machine according to an embodiment Web page for inputting user information according to an embodiment

=== Pick-up order reception system for multiple taxi companies ===
FIG. 1 shows an overall outline of a system configuration according to a desirable embodiment of the present invention. The pick-up order reception system 1 in the embodiment shown in FIG. 1 is a computing system operated by a business operator (for example, an applicant) who mediates a taxi pick-up order, contracts with a plurality of taxi companies, and each taxi. The company provides a service of accepting a pick-up order issued from a taxi call-only machine 2 distributed to each user (customer) and arranging for the corresponding taxi company dispatch system 3.

As shown in FIG. 1, the taxi pick-up order reception system 1 communicates with a taxi call-only machine 2 via a mobile communication network and a taxi company dispatch system 3 via a virtual dedicated line or the Internet. It has at least a communication unit that operates, a communication unit that communicates with the taxi company PC 4 operated by each taxi company via the Internet, a main control unit that is the center of the computer, and a user database.

=== Taxi calling machine 2 ===
2 and 3 show the circuit configuration and appearance of the taxi calling dedicated machine 2 according to the embodiment of the present invention. As shown in FIG. 2, the taxi call dedicated machine 2 (sometimes abbreviated as dedicated machine 2) is an LTE communication module using a controller 21 composed of a stored program type microcomputer and a data dedicated SIM 22 of a mobile communication network. 23, a push button 24 as an input interface, a display 25, an LED lamp 26, a speaker 27 as an output interface, and a power supply circuit 28 are provided in a rectangular thin plate-shaped casing as shown in FIG. It is implemented. For example, the character display 25 uses an inexpensive liquid crystal display that displays numbers and kana.

=== Communication between the pick-up order reception system 1 and the dedicated machine 2 ===
As the mobile communication network used by the dedicated device 2, various communication carriers and communication services such as NTT DoCoMo's IoT plan and Soracom's SORACOMAir are known, and are preset by a data-only SIM 22 or the like. Data communication with the other communication partner (Vehicle pick-up order reception system 1) is possible at extremely low cost.

As will be described in detail later, when the push button 24 of the dedicated machine 2 is pressed, a radio signal of a pick-up order message is transmitted from the antenna of the LTE communication module 23, and this is received by the base station of the mobile communication network for communication. It is delivered to the pick-up order reception system 1 via the communication control device of the operator or the gateway. Of course, the message sent from the pick-up order reception system 1 to the specific dedicated machine 2 is transmitted by the reverse route as described above and received by the antenna of the dedicated machine 2. Such a signal transmission path is well known to those skilled in the art and is omitted in FIG.

=== User information input process and user registration process ===
The pick-up order reception system 1 has set up a dedicated website window for each taxi company that has a service contract (it is also programmed to function as such a web server). When a taxi company clerk operates the taxi company personal computer 4 to log in to the website window of the pick-up order reception system 1, the user information input web page as illustrated in FIG. 4 can be viewed.

The taxi company distributes the taxi calling machine 2 to users (customers) free of charge or for a fee. When handing over the dedicated machine 2 to the user, the taxi company clerk explains the usage method to the user and asks the user to notify the necessary information, and also accesses the pick-up order reception system 1 by the taxi company personal computer 4. The above-mentioned web page for inputting user information is ordered, and the required items are input on the page.

The information to be input to the user information input web page is as shown in FIG. A dedicated machine identifier (for example, the IMEI number recorded in the data-only SIM 22) that identifies the taxi calling machine 2 to be given to the user, the user's name, telephone number, gender, date of birth, the first pick-up location, and Enter the second pick-up location (residential address including the town name). Of course, in addition to the IMEI number, the product serial number of the dedicated machine 2 may be used as the dedicated machine identifier.

If you enter the first pick-up location or the second pick-up location and then click the "latitude-longitude conversion" button, the conversion program in the pick-up order reception system 1 will work, and the geographic data (latitude) corresponding to the residential address including the entered town name address. (Longitude data) is generated and displayed on the web page viewed by the staff.

When the taxi company clerk confirms that the specified information has been entered on the user information input web page, he / she clicks the "Register" button on the page. Then, the pick-up order reception system 1 generates a record in which the entry information on the web page is arranged in a predetermined format, and registers this record in the user database in association with the taxi company identifier that identifies the taxi company. To do. System 1 is programmed in that way.

In the pick-up order reception system 1, as described above, an account is registered for each contracted taxi company, and the taxi company computer 4 logs in to its own account and orders a web page for inputting user information. Therefore, even if the taxi company identifier is not entered at the time of registration, the taxi company identifier can be associated with the input information by the staff and registered in the database.

As described above, when each taxi company distributes the taxi calling machine 2 to each customer and executes the above-mentioned user information input process, the user database in the pick-up order reception system 1 is displayed. , User information distinguished by the taxi company identifier is registered for each taxi company. The user information includes a dedicated machine identifier, a first pick-up location geographic data, and a second pick-up location geographic data. Depending on the user, there may be cases where only one pick-up location is applied.

=== Ordering process ===
The method of using the dedicated machine 2 in one embodiment is as follows.
(A) When the push button 24 is pressed and held for the first time, the power is turned on. At this time, the controller 21 generates a long buzzer sound from the speaker 27, displays a message to the effect that a taxi can be called to the first pick-up place or the second pick-up place on the character display 25, and other inputs are input for a certain period of time. Otherwise, the power will be turned off automatically. The controller 21 is programmed in that way.
(B) To specify the first pick-up location, press the button 24 briefly once (first mode input), and to specify the second pick-up location, press the button 24 briefly twice (second mode input). At this time, the controller 21 generates a short buzzer sound once or twice, displays a message to the effect that a pick-up order has been placed at the designated pick-up location, and waits, and further lights the LED lamp 26 in yellow. Let me. A voice guide may be played along with the above buzzer sound. The controller 21 is programmed in that way.

In response to the above operation, the controller 21 generates a pick-up order telegram and transmits it from the LTE communication module 23 to the system 1. The system 1 that has received the pick-up order telegram knows from which dedicated machine 2 this telegram was transmitted (the dedicated machine identifier is known). In addition, the pick-up order includes pick-up location distinction data for distinguishing whether the pick-up location is the first pick-up location or the second pick-up location corresponding to whether the first mode input is accepted or the second mode input is received. The controller 21 is so programmed.

=== Arrangement process ===
When the pick-up order reception system 1 receives the pick-up order message from the dedicated machine 2, the record corresponding to the dedicated machine identifier in the telegram is extracted from the user database and based on the pick-up location distinction data in the telegram. The vehicle dispatch request telegram including the extracted first pick-up location geographic data or the second pick-up location geographic data is transmitted to the taxi company dispatch system 3 having the taxi company identifier corresponding to the extracted record.

As is well known, the functions and specifications of the taxi company dispatch system 3 operated by the taxi company differ depending on the taxi company. An interface specification is set for each taxi company dispatch system 3 in the pick-up order reception system 1, and an interface specification for the taxi company A is used to send a vehicle dispatch request message to the taxi company dispatch system 3 of a certain taxi company A. Generates and sends a vehicle dispatch request message with the contents and format according to the above.

For example, in addition to the geographic data of the pick-up location, the address notation data including the street name is also transmitted to the vehicle dispatch request message to the taxi company A, but the address notation data including the town name is sent to the vehicle dispatch request message to the taxi company B. There is a difference such as not including it. Further, there is a difference that the customer's name data is included in the vehicle dispatch request message to the taxi company C, but the name data is not included in the vehicle dispatch request message to the taxi company D.

=== Response process ===
In the taxi company dispatch system 3 that receives the vehicle dispatch request message, information processing for arranging the company's taxi to the designated pick-up location according to the mechanism of each taxi company is executed, and it is concluded that the taxi can be dispatched or the vehicle cannot be dispatched. Of course, if it is possible to dispatch a taxi, the taxi will go to the designated pick-up location.

When the taxi company dispatch system 3 receives a message notifying that the vehicle can be dispatched or not from the taxi company dispatch system 3 in response to the transmitted dispatch request message, the taxi order reception system 1 transmits the pick-up order message, which is the origin of the vehicle dispatch request message. A telegram notifying that the vehicle can be dispatched or not is transmitted to the call-only machine 2, and the controller 21 of the taxi call-only machine 2 that has received the telegram notifies the user whether or not the taxi can be dispatched by the output interface.

When the controller 21 of the dedicated machine 2 receives a telegram that allows vehicle dispatch, the LED lamp 26 lights up in green, a special chime sound dedicated to vehicle dispatch is generated from the speaker 27, and the taxi is picked up by the character display 25. A message to the effect is displayed. A voice guide may be played along with the chime sound. As such, the controller 21 is programmed.

Depending on the taxi company dispatch system, the scheduled pick-up time or the taxi number coming to the pick-up may be included in the telegram that the taxi can be dispatched to the pick-up order reception system 1. Corresponding to this function, the system 1 is programmed to include such information in the vehicle dispatchable telegram from the pick-up order reception system 1 to the dedicated machine 2. Then, when the controller 21 of the dedicated machine 2 receives information on the time until pick-up and the taxi number, the character display 25 is programmed to display a message to convey the information to the user.

When the controller 21 of the dedicated machine 2 receives a telegram that the vehicle cannot be dispatched, the LED lamp 26 is turned on in red, a special chime sound dedicated to the vehicle cannot be dispatched is generated from the speaker 27, and the character display 25 responds to the pick-up order. Display a message to the effect that you cannot. A voice guide may be played along with the chime sound. As such, the controller 21 is programmed.

=== For other embodiments ===
(A) Although the pick-up order reception system described so far has specifications that correspond individually to a plurality of taxi companies, it can be similarly implemented even if the specifications correspond to only one taxi company.
(B) Although the embodiment of registering the first pick-up location and the second pick-up location has been described, it can be configured so that three or more pick-up locations can be registered, and the input operation mode of the taxi call-only machine can be set to 3. By defining the type or more and using the input operation mode properly, the pick-up location can be selected.
(C) The first mode input (short one-time press) and the second mode input (short two-time press) described as examples are not limited, and various easy-to-understand input operations can be adopted and carried out. it can.
(D) In the embodiment described, the pick-up location is selected by changing the operation method of one push button 24, but a plurality of push buttons are provided so that each button is associated with the pick-up location. You may.
(E) A power switch (power button) may be provided separately from the push button 24 in the embodiment.
(F) To reduce costs, the character display was abolished, and two or more entry fields were provided in front of the taxi calling machine to handwrite the pick-up location with a writing tool such as a felt-tip pen, and each entry field was associated with each other. A configuration in which the LED lamps described in the embodiment are arranged may be adopted. If the speakers that generate buzzer sounds and chime sounds are also abolished, a taxi call-only machine can be realized at an extremely low cost, which is suitable for free distribution to customers.

2 ... Taxi calling machine, 21 ... Controller, 22 ... Data SIM, 23 ... LTE communication module, 24 ... Push button, 25 ... Character display, 26 ... LED lamp, 27 ... Speaker, 28 ... Power supply circuit.

Claims (8)

The method specified by the following items (1) to (7).
(1) Communicate with a taxi calling machine distributed by multiple taxi companies to each user, a vehicle dispatch system of each taxi company, a personal computer of each taxi company, and a taxi calling machine and a mobile communication network. In addition, each taxi company's dispatch system and the pick-up order reception system that communicates with each taxi company's personal computer must work together. (2) In the user information input process, the taxi company provides the user with a dedicated taxi call machine. At the time of distribution, the taxi company personal computer is used to display the identifier of the dedicated taxi calling machine (dedicated machine identifier), the name of the user, and the first and second pick-up locations specified by the user. (3) In the user registration process, the pick-up order reception system receives the dedicated machine identifier, user's name, first pick-up location, and second pick-up location entered from the taxi company's personal computer. And the first pick-up location geographic data and the second pick-up location geographic data generated based on the first pick-up location and the second pick-up location are used as the taxi company identifier (taxi company identifier) that entered the input. Correlate and record in the user database (4) The taxi call-only machine notifies the user of at least an input interface that accepts the first mode input and the second mode input by the user, and at least whether or not the vehicle can be dispatched. It is provided with an output interface, a communication interface using a data-only SIM of a mobile communication network, and a controller for controlling an input interface, an output interface, and a communication interface. (5) In the ordering process, the controller of the taxi call-only machine is When the first mode input or the second mode input is received by the input interface, the pick-up place that distinguishes whether it is the first pick-up place or the second pick-up place according to whether it is the first mode input or the second mode input. Sending the pick-up order message including the distinction data and the dedicated machine identifier of the taxi call-only machine to the pick-up order reception system by the communication interface (6) In the arrangement process, the pick-up order reception system received the pick-up order message. At that time, the record corresponding to the dedicated machine identifier in the telegram is extracted from the user database, and the extracted first pick-up location geographic data or the second pick-up location geographic data is included based on the pick-up location distinction data in the telegram. The dispatch request message is dispatched to the taxi company with the taxi company identifier corresponding to the extracted record. Sending to the system (7) In the response process, when the pick-up order reception system receives a message from the taxi company dispatch system notifying that the vehicle can be dispatched or not in response to the transmitted dispatch request message, the origin of the dispatch request message. The taxi call-only machine that sent the pick-up order telegram sends a message informing that the taxi call-only machine can or cannot be dispatched, and the controller of the taxi call-only machine that receives the telegram determines whether the taxi call is possible or not by the output interface. To notify The method specified by the following items (1) to (7).
(1) The taxi call-only machine distributed by the taxi company to the users, the taxi company dispatch system, the taxi company personal computer, the taxi call-only machine and the mobile communication network communicate with each other, and the taxi company dispatch system and the taxi company. It is a method that is carried out in cooperation with the pick-up order reception system that communicates with the personal computer. (2) In the user information input process, when the taxi company distributes the taxi call-only machine to the user, the taxi call-only machine is used. Enter the identifier (dedicated machine identifier), the name of the user, and the first and second pick-up locations specified by the user into the pick-up order reception system using the taxi company's personal computer (3) User registration. In the process, when the pick-up order reception system receives the dedicated machine identifier, user's name, first pick-up location, and second pick-up location entered from the taxi company's personal computer, these input information and the first pick-up location, The first pick-up location geographic data and the second pick-up location geographic data generated based on the second pick-up location should be associated and recorded in the user database. (4) The taxi call-only machine is the first by the user. An input interface that accepts at least mode input and second mode input, an output interface that notifies the user at least whether or not the vehicle can be dispatched, a communication interface that uses a data-only SIM of the mobile communication network, and an input interface / output interface. Provided with a controller to control the communication interface (5) In the ordering process, when the controller of the taxi call dedicated machine receives the first mode input or the second mode input by the input interface, is it the first mode input or the second mode input? The pick-up order message including the pick-up location distinction data that distinguishes whether it is the first pick-up location or the second pick-up location according to the mode input and the dedicated machine identifier of the taxi calling dedicated machine is received by the communication interface. Sending to the system (6) In the arrangement process, when the pick-up order reception system receives the pick-up order message, the record corresponding to the dedicated machine identifier in the message is extracted from the user database and is included in the message. Send a vehicle dispatch request message containing the first pick-up location geographic data or the second pick-up location geographic data of the extracted record to the taxi company dispatch system based on the pick-up location distinction data. (7) In the response process, the pick-up order reception system , From the taxi company dispatch system in response to the dispatch request message sent When receiving a telegram notifying that the vehicle can be dispatched or not, a telegram notifying that the vehicle can be dispatched is sent to the taxi call-only machine that sent the pick-up order telegram, which is the origin of the vehicle dispatch request message, and the telegram is received. The controller of the taxi call-only machine should notify the user whether or not the taxi can be dispatched through the output interface. In claim 1 or 2, in the user information input process, it is possible to input three or more predetermined number N pick-up locations as pick-up locations, and in the user registration process, N th i-pick-up location geographic data ( i = 1 to N) can be registered in the user database, and in the ordering process and arrangement process, the i-th pick-up location geographic data corresponding to the i-mode input (i = 1 to N) input to the taxi call dedicated machine. A method in which processing proceeds based on (i = 1 to N). It is a pick-up order reception system consisting of a programmed computer system .
It has a main control unit, a communication unit, and a user database.
The communication unit communicates with a taxi calling machine distributed by a plurality of taxi companies to each user, a taxi company dispatch system of each taxi company, and a taxi company personal computer of each taxi company.
The main control unit
The process of inputting the identifier of the taxi calling machine (dedicated machine identifier), the name of the user of the taxi calling machine, and at least two or more pick-up locations as user information from the taxi company personal computer.
The process of generating geographic data for each pick-up location based on each of the two or more pick-up locations in the user information,
A process of associating the user information with the geographical data of each pick-up location and recording the user information in the user database in association with the identifier of the taxi company (taxi company identifier) for which the user information is input.
When a pick-up order message including the pick-up location distinction data for distinguishing which of the two or more pick-up locations is received from the taxi call-dedicated machine and the dedicated machine identifier is received, the dedicated machine in the telegram is received. The record corresponding to the identifier is extracted from the user database, and the vehicle allocation request message including the extracted first pick-up location geographic data or the second pick-up location geographic data is extracted based on the pick-up location distinction data in the telegram. The process of sending the taxi company identifier corresponding to the record to the taxi company dispatch system,
When receiving a message from the taxi company dispatch system informing that the dispatch request message is available or not, the taxi caller can be dispatched to the taxi call-only machine that sent the pick-up order message, which is the origin of the dispatch request message. Or the process of sending a telegram informing you that it is not possible,
A pick-up order reception system that executes . It is a pick-up order reception system consisting of a programmed computer system .
It has a main control unit, a communication unit, and a user database.
The communication department communicates with the taxi calling machine, the taxi company dispatch system, and the taxi company personal computer distributed by the taxi company to the users.
The main control unit
The process of inputting the identifier of the taxi calling machine (dedicated machine identifier), the name of the user of the taxi calling machine, and at least two or more pick-up locations as user information from the taxi company personal computer.
The process of generating geographic data for each pick-up location based on each of the two or more pick-up locations in the user information,
A process of recording a record in the user database that associates the user information with the geographical data of each pick-up location.
When a pick-up order message including the pick-up location distinction data for distinguishing which of the two or more pick-up locations is received from the taxi call dedicated machine and the dedicated machine identifier is received, the dedicated machine in the telegram is received. The record corresponding to the identifier is extracted from the user database, and the vehicle allocation request telegram including the extracted first pick-up location geographic data or the second pick-up location geographic data based on the pick-up location distinction data in the telegram is sent to the taxi. The process of sending to the company dispatch system and
When receiving a message from the taxi company dispatch system informing that the dispatch request message is available or not, the taxi caller can be dispatched to the taxi call-only machine that sent the pick-up order message, which is the origin of the dispatch request message. Or the process of sending a telegram informing you that it is not possible,
A pick-up order reception system that executes. The taxi calling-only machine that communicates with the pick-up order receiving system according to claim 4 or 5.
An input interface that accepts at least two or more mode inputs by the user,
At least an output interface that notifies the user whether or not the vehicle can be dispatched,
A communication interface using a data-only SIM for mobile communication networks,
A controller that controls the input interface, the output interface, and the communication interface.
With
When the controller receives any one of the two or more mode inputs by the input interface, the controller receives the pick-up location distinction data that distinguishes the pick-up location corresponding to the received mode input, and the taxi call only. A pick-up order message including the machine's dedicated machine identifier is transmitted to the pick-up order reception system by the communication interface.
When the controller receives a telegram notifying the vehicle pick-up order message from the vehicle pick-up order reception system by the communication interface that the vehicle can be dispatched or not, the controller notifies the user of the vehicle dispatch availability or non-delivery by the output interface.
Dedicated taxi call machine. The taxi call-only machine according to claim 6, wherein the input interface includes one button, and the controller recognizes that there was a first mode input when the button was briefly pressed once. A taxi call-only machine configured to recognize that there was a second mode input when it was pressed twice briefly within a predetermined time. The taxi calling-dedicated machine according to claim 7 , wherein the controller notifies the user of whether the first mode input or the second mode input is accepted by the output interface at the time of input reception. Call-only machine.

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