JP6826328B2 - Taxi ticket operation system - Google Patents

Description

The present invention relates to a taxi ticket operation system.

Traditionally, paper-based taxi tickets have been used to pay taxi fare (see, for example, Patent Document 1). Taxi tickets have expiration dates and usage limits, but since the taxi driver visually checks the expiration dates and usage limits, payments can be made with expired taxi tickets or usage limits. There is a problem that taxi tickets are used for payment even though the taxi ticket is exceeded.

In addition, even if the expiration date and usage limit are observed and the validity of the ticket is ensured, the paper taxi ticket has a problem that it takes time and effort for the taxi operator to process the fee. ..

JP-A-2018-92568

The present invention has been made in view of the above circumstances, and the subject thereof is the operation of taxi tickets, which can ensure the validity of tickets and can process tolls relatively easily. To provide the system.

In order to solve the above problems, the taxi ticket operation system according to the present invention
A management server that generates electronic tickets with predetermined usage restrictions,
A mobile terminal that displays the electronic ticket and
It is a taxi ticket operation system including
The management server
A reception desk that accepts order information from taxi users,
A generator that generates the electronic ticket based on the order information,
A notification unit that notifies the mobile terminal of the user that the electronic ticket has been generated, and
A processing unit that performs used processing of the electronic ticket and
With
The mobile terminal
A display means for displaying the electronic ticket and
A reception means for receiving charge information regarding the taxi usage fee within the range of the usage restriction while displaying the electronic ticket, and
A communication means for transmitting the charge information received by the reception means to the management server, and
With
Based on the received charge information, the management server causes the processing unit to perform the used processing, performs charge processing related to the aggregation of the usage charges, and makes the result of the charge processing available for viewing. It is characterized by.

In the above taxi ticket operation system
Includes a taxi identification code provided on the taxi to obtain taxi identification information for the taxi.
The mobile terminal includes a reading means for reading the taxi identification code and acquiring the taxi identification information.
When the taxi identification information is acquired by the reading means, the receiving means can accept the manual input of the fare information.
The communication means can be configured to associate the manually entered charge information with the taxi identification information and transmit it to the management server.

In the above taxi ticket operation system
Including the information reader mounted on the taxi
The electronic ticket includes an electronic ticket identification code for acquiring electronic ticket identification information.
The information reading device reads the electronic ticket identification code to acquire the electronic ticket identification information, generates the charge information based on the taxi meter's boarding fee, and uses the generated charge information as the electronic ticket identification information. And can be configured to be associated with the taxi identification information and sent to the management server.

In the above taxi ticket operation system
When the electronic ticket identification information is acquired from each of the plurality of electronic tickets, the information reading device can be configured to divide the boarding fee and generate the fee information for each electronic ticket.

In the above taxi ticket operation system
The mobile terminal further includes GPS means for acquiring position information regarding the current position while displaying the electronic ticket.
The GPS means acquires the position information when getting on the taxi and the position information when getting off the taxi, and obtains the position information.
The communication means can be configured to transmit the location information to the management server.

In the above taxi ticket operation system
The GPS means acquires the position information at a predetermined cycle while the taxi is traveling, and obtains the position information.
The management server can be configured to include a travel route specifying unit that identifies a travel route of the taxi based on the location information.

In the above taxi ticket operation system
The management server includes a point calculation unit that calculates boarding points based on the received fare information.
The boarding point can be configured so that the usage fee included in the fee information can be reduced.

In the above taxi ticket operation system
Including the advertisement display device mounted on the taxi
The order information includes taste information regarding the taste of the user.
The advertisement display device can be configured to acquire the taste information and display an advertisement related to the taste information.

In the above taxi ticket operation system
Including the fragrance device mounted on the taxi
The order information includes scent information regarding the user's favorite scent.
The fragrance device can be configured to acquire the scent information and determine the scent to be emitted based on the scent information.

In the above taxi ticket operation system
The order information includes destination information regarding the destination.
The electronic ticket can be configured to include the destination information.

In the above taxi ticket operation system
Including the photographing device and the display device mounted on the taxi
The order information includes image information about the face of the user.
The photographing device photographs the user to acquire a face image, communicates with the management server to acquire the image information, and when the face image and the image information match, the display device. Can be configured to display the destination information.

In the above taxi ticket operation system
The order information includes voice information regarding the voice of the user.
The photographing device acquires the voice of the user and communicates with the management server to acquire the voice information, the face image and the image information match, and the voice of the user and the voice. When the information matches, the display device can be configured to display the destination information.

In the above taxi ticket operation system
The order information includes regional information regarding the boarding area.
The electronic ticket can be configured to include the area information.

According to the present invention, it is possible to provide a taxi ticket operation system capable of ensuring the validity of a ticket and relatively easily performing charge processing.

It is a figure which shows the taxi ticket operation system which concerns on 1st Embodiment. It is a figure which shows the taxi ticket operation system which concerns on 2nd Embodiment. It is a figure which shows the taxi ticket operation system which concerns on 3rd Embodiment. It is a figure which shows the taxi ticket operation system which concerns on 4th Embodiment. It is a figure which shows the taxi ticket operation system which concerns on 5th Embodiment. It is a figure which shows the taxi ticket operation system which concerns on 6th Embodiment.

Hereinafter, embodiments of the taxi ticket operation system according to the present invention will be described with reference to the accompanying drawings.

[First Embodiment]
FIG. 1 shows a taxi ticket operation system 1A according to the first embodiment of the present invention. The taxi ticket operation system 1A includes a management server 10A, a mobile terminal 20A, and a taxi identification code 31 provided in the taxi.

The management server 10A is composed of a CPU, a memory, a storage, and the like. In the management server 10A, the memory reads the programs and data (information) stored in the storage, and the CPU performs arithmetic processing and the like based on the programs and data read by the memory. As a result, the following functional units (reception unit 11, generation unit 12, notification unit 13, processing unit 14) are realized in the management server 10A.

The reception unit 11 receives order information from members (the issuer who issues taxi tickets and the person who has contracted for the use of taxi tickets). Specifically, the reception unit 11 generates a Web ordering site and / or a dedicated application in advance so that the member can access the Web ordering site and enter the order information on the Web ordering site or carry it. You can download the dedicated application to the terminal 20A and enter the order information with the dedicated application. The reception unit 11 receives the input order information.

The order information includes at least the member's personal information (for example, e-mail address), information on the taxi ticket usage limit, expiration date, etc., and information on the area where the taxi ticket is used (for example, area information on the boarding area). , Information about taxi ticket users (taxi users), etc. may be included. The member may be the user, or the person who receives the taxi ticket from the member may be the user.

The generation unit 12 generates an electronic ticket based on the order information. The electronic ticket is configured to be displayable on the mobile terminal 20A. The electronic ticket has electronic ticket identification information such as a ticket number, and is subject to predetermined usage restrictions.

The usage limit includes at least the usage limit and the expiration date, and may further include the available area, the user, and the like. In addition, if the order information includes information such as the usage limit and the expiration date, such information is reflected in the usage limit. For example, if the order information does not include the usage limit, the usage limit of the electronic ticket will be the default value (for example, 10,000 yen), but if the usage limit of the order information is 5000 yen, the electronic ticket will be used. The usage limit is 5000 yen.

The notification unit 13 notifies the user's mobile terminal 20A that the electronic ticket has been generated. Specifically, when the user inputs the order information on the Web ordering site, the notification unit 13 sends an e-mail with a URL for downloading the electronic ticket to the user. Further, when the user inputs the order information with the dedicated application, the notification unit 13 causes the user's dedicated application to execute the push notification.

When the electronic ticket is used (when the taxi usage fee is paid), the processing unit 14 processes the used electronic ticket when the charge information regarding the taxi usage fee is transmitted from the mobile terminal 20A to the management server 10A. .. Electronic tickets that have been used will no longer be available. This makes it possible to prevent unauthorized use of used electronic tickets.

In addition, the processing unit 14 automatically performs charge processing related to the aggregation of taxi usage charges based on the charge information. Specifically, the processing unit 14 adds up the taxi usage charges for a predetermined period for each member or for each taxi operator. The results of the toll processing will be available to members and taxi operators.

The mobile terminal 20A is, for example, a smartphone or a tablet, and includes a display means 21, a reception means 22, a communication means 23, and a reading means 24.

The display means 21 is a display screen of the mobile terminal 20A, and is composed of, for example, a liquid crystal or an organic EL. When the display means 21 displays the electronic ticket, the reception means 22 is realized in the mobile terminal 20A. It is preferable that the electronic ticket displayed on the display means 21 displays usage restrictions in a manner that can be confirmed by the user.

The reception means 22 receives the charge information regarding the taxi usage fee in the state where the electronic ticket is displayed on the display means 21. The electronic ticket at least displays a charge input field for inputting a taxi usage charge and a send button. For example, the user can manually enter the taxi usage fee in the fee entry field, and the taxi driver who confirms the entered fee can press the send button. When the send button is pressed, the reception means 22 accepts the charge entered in the charge input field as charge information.

If the use of the electronic ticket violates the usage restrictions, for example, if the taxi usage fee exceeds the usage limit of the electronic ticket, or if the electronic ticket has expired, the reception means 22 Refuse to accept charge information. Specifically, the reception means 22 prohibits the input of the charge in the charge input field or invalidates the send button.

The reception means 22 may have a notification function for notifying the user whose use of the electronic ticket violates the usage restriction by visual and / or auditory means.

The communication means 23 receives the notification by the notification unit 13 and transmits the charge information received by the reception means 22 to the management server 10A. When transmitting the fare information, the communication means 23 transmits the taxi in association with the taxi identification information of the taxi.

The reading means 24 is composed of a camera capable of reading a two-dimensional code. The reading means 24 reads the taxi identification code 31 to acquire the taxi identification information. The taxi identification information is information unique to the taxi, and includes at least information that can identify the taxi operator name of the taxi.

The taxi identification code 31 is, for example, a two-dimensional code such as a QR code (registered trademark), and is provided inside the taxi. By acquiring the taxi identification information from the taxi identification code 31 by the reading means 24, the reception means 22 can accept the manual input of the charge information, and the communication means 23 uses the manually input charge information as the taxi identification information. It can be associated and transmitted to the management server 10A.

After all, in the taxi ticket operation system 1A according to the present embodiment, the reception means 22 of the mobile terminal 20A refuses to accept the charge information when the use of the electronic ticket violates the usage restriction, so that the taxi driver is burdened. The validity of the ticket can be ensured without spending money.

Further, in the taxi ticket operation system 1A according to the present embodiment, the processing unit 14 of the management server 10A automatically processes the charge based on the charge information and keeps the result of the charge processing in a state where the taxi can be viewed. The business operator can significantly reduce the time and effort required for charge processing.

[Second Embodiment]
FIG. 2 shows a taxi ticket operation system 1B according to a second embodiment of the present invention. The taxi ticket operation system 1B includes a management server 10B, a mobile terminal 20B, and an information reading device 32 provided in the taxi.

The taxi ticket operation system 1B includes an information reading device 32, and instead, the reading means 24 and the taxi identification code 31 of the first embodiment are omitted. Other configurations of the taxi ticket operation system 1B are common to those of the first embodiment.

In the present embodiment, the generation unit 12 generates an electronic ticket including the electronic ticket identification code. The electronic ticket identification code is, for example, a two-dimensional code.

The information reading device 32 is a two-dimensional code reader mounted on the taxi having taxi identification information, and is configured to be able to communicate with the management server 10B and the taximeter mounted on the taxi. The information reading device 32 can read the electronic ticket identification code of the electronic ticket displayed on the display means 21.

The information reading device 32 acquires the electronic ticket identification information by reading the electronic ticket identification code when using the electronic ticket (when paying the taxi usage fee), and also obtains the electronic ticket identification information based on the taxi meter boarding fee. To generate. Next, the information reading device 32 associates the generated charge information with the electronic ticket identification information and the taxi identification information it has, and transmits the generated charge information to the management server 10B.

Based on the received charge information, the processing unit 14 of the management server 10B performs the used processing of the electronic ticket and also performs the charge processing related to the aggregation of the taxi usage charge. The results of the toll processing will be available to members and taxi operators.

In the taxi ticket operation system 1B according to the present embodiment, the information reading device 32 transmits the charge information generated by reading the electronic ticket identification code to the management server 10B in association with the electronic ticket identification information and the taxi identification information. Therefore, in the present embodiment, the operation of the user inputting the usage fee in the charge input field can be omitted, and the operation of the taxi driver pressing the send button can also be omitted.

By the way, in this embodiment (also in other embodiments), when a plurality of users board a taxi, their own electronic tickets can be used.

The reception unit 11 can receive information on other users on board and information on the rate of payment as order information, and the generation unit 12 can generate an electronic ticket based on the order information. ..

For example, user A and user B ride in a taxi, and the payment ratio is user A: user B = 1: 2 (for example, when user A gets off first). The information reading device 32 reads the electronic ticket identification code of the electronic ticket of the user A when the user A gets off, and reads the electronic ticket identification code of the electronic ticket of the user B when the user B gets off.

When the information reading device 32 reads the electronic ticket identification code of the user B, the information reading device 32 divides the boarding fee based on the taximeter boarding fee and the toll payment ratio, and the fee information of each of the users A and B. To generate. Next, the information reading device 32 transmits the generated charge information of each of the users A and B to the management server 10B in association with their own electronic ticket identification information and taxi identification information.

[Third Embodiment]
FIG. 3 shows a taxi ticket operation system 1C according to a third embodiment of the present invention. The taxi ticket operation system 1C includes a management server 10C, a mobile terminal 20C, and an information reading device 32 provided in the taxi. The taxi ticket operation system 1C is a taxi ticket operation system 1B of the second embodiment to which a traveling route specifying unit 15 and a GPS means 25 are added.

The GPS means 25 acquires position information regarding the current position of the mobile terminal 20C by receiving radio waves from GPS satellites. When the user presses the location information acquisition button displayed on the electronic ticket, the GPS means 25 performs the GPS means 25 at a predetermined cycle until the location information acquisition button is pressed again or the taxi usage fee is input in the charge input field. Get location information. The position information acquired by the GPS means 25 is transmitted to the management server 10C by the communication means 23.

For example, when the user presses the position information acquisition button when getting on the taxi and presses the position information acquisition button again when getting off the taxi, the GPS means 25 uses the position information when getting on the taxi, the position information while the taxi is running, and the taxi. Acquire the position information at the time of getting off. These location information is transmitted to the management server 10C by the communication means 23.

The travel route specifying unit 15 can identify the travel route of a taxi based on the received position information. The travel route will be visible to members and taxi operators, along with the results of the toll processing.

[Fourth Embodiment]
FIG. 4 shows the taxi ticket operation system 1D according to the fourth embodiment of the present invention. The taxi ticket operation system 1D includes a management server 10D, a mobile terminal 20D, and an information reading device 32 provided in the taxi. The taxi ticket operation system 1D is a taxi ticket operation system 1B of the second embodiment to which the point calculation unit 16 is added.

The point calculation unit 16 is configured to calculate boarding points based on the received fare information. Boarding points make it possible to reduce taxi usage fees. For example, one boarding point is given for every 100 yen of taxi usage fee, and one point can be used as one yen when paying the taxi usage fee.

[Fifth Embodiment]
FIG. 5 shows a taxi ticket operation system 1E according to a fifth embodiment of the present invention. The taxi ticket operation system 1E includes a management server 10E, a mobile terminal 20E, an information reading device 32 provided in the taxi, an advertisement display device 33, and an fragrance device 34. The taxi ticket operation system 1E is an addition of the advertisement display device 33 and the fragrance device 34 to the taxi ticket operation system 1B of the second embodiment.

The reception unit 11 can receive the taste information regarding the user's taste and the scent information regarding the user's favorite scent as the order information, and the generation unit 12 generates an electronic ticket based on the order information. Can be done.

The information reading device 32 acquires taste information and scent information by reading the electronic ticket identification code when the user gets on a taxi.

The advertisement display device 33 communicates with the information reading device 32, acquires taste information (for example, information that tennis is a hobby), and displays an advertisement (for example, a tennis advertisement) related to the taste information. Similarly, the fragrance device 34 communicates with the information reading device 32, acquires scent information (for example, information that the scent of herbs is liked), determines the scent to be emitted based on the scent information, and determines the determined scent (for example). It emits the scent of herbs).

[Sixth Embodiment]
FIG. 6 shows the taxi ticket operation system 1F according to the sixth embodiment of the present invention. The taxi ticket operation system 1F includes a management server 10F, a mobile terminal 20F, an information reading device 32, a photographing device 35, and a display device 36 provided in the taxi. The taxi ticket operation system 1F is a taxi ticket operation system 1B of the second embodiment to which a photographing device 35 and a display device 36 are added.

The reception unit 11 can receive the destination information regarding the destination, the image information regarding the user's face and / or the voice information regarding the user's voice as the order information, and the generation unit 12 can receive the order information. Electronic tickets can be generated based on this.

The photographing device 35 has a function of photographing the user and acquiring a face image, and a function of recognizing the voice of the user. Further, the photographing device 35 has a function of communicating with the management server 10F.

When the order information includes destination information and image information, the photographing device 35 photographs the user who got on the taxi to acquire a face image, and communicates with the management server 10F to obtain the image information. get. The photographing device 35 causes the display device 36 to display the destination information when the face image and the image information match.

By arranging the display device 36 at a position where the taxi driver can confirm it, the user does not have to tell the taxi driver the destination, and the taxi driver can avoid misunderstanding of the destination.

When the order information includes further voice information, the photographing device 35 recognizes the voice of the user who got on the taxi, acquires the voice of the user, and communicates with the management server 10F to provide the voice information. To get. When the face image and the image information match, and the user's voice and the voice information match, the photographing device 35 causes the display device 36 to display the destination information.

Although the embodiment of the taxi ticket operation system according to the present invention has been described above, the present invention is not limited to each of the above embodiments.

The taxi ticket operation system according to the present invention may include at least a management server that generates an electronic ticket with predetermined usage restrictions and a mobile terminal that displays the electronic ticket.

The management server of the present invention notifies the mobile terminal of the user that the electronic ticket has been generated, the reception unit that receives the order information from the taxi user, the generation unit that generates the electronic ticket based on the order information. It is equipped with a notification unit for processing electronic tickets and a processing unit for processing used electronic tickets. Based on the received charge information, the processing unit is made to perform used processing, and charges for totaling usage charges are processed and charged. If you want to be able to view the results of, you can change the configuration as appropriate.

The mobile terminal of the present invention has a display means for displaying an electronic ticket, a reception means for receiving charge information regarding taxi usage charges within the range of usage restrictions while displaying the electronic ticket, and charge information received by the reception means. If it is provided with a communication means for transmitting to the management server, the configuration can be changed as appropriate.

1A to 1F Taxi ticket operation system 10A to 10F Management server 11 Reception unit 12 Generation unit 13 Notification unit 14 Processing unit 15 Travel route identification unit 16 Point calculation unit 20A to 20F Management server 21 Display means 22 Reception means 23 Communication means 24 Reading means 25 Means 31 Taxi identification code 32 Information reading device 33 Advertising display device 34 Fragrance device 35 Imaging device 36 Display device

Claims (10)

A management server that generates electronic tickets with predetermined usage restrictions,
A mobile terminal that displays the electronic ticket and
A taxi identification code provided on the taxi to acquire the taxi identification information of the taxi,
It is a taxi ticket operation system including
The management server
The reception department that accepts order information and
A generator that generates the electronic ticket based on the order information,
A notification unit that notifies the mobile terminal of the taxi user that the electronic ticket has been generated, and
A processing unit that performs used processing of the electronic ticket and
With
The mobile terminal
A display means for displaying the electronic ticket and
A reception means for receiving charge information on the taxi usage fee within the range of the usage restriction while displaying the electronic ticket, and
A communication means for transmitting the charge information received by the reception means to the management server, and
A reading means for reading the taxi identification code to acquire the taxi identification information,
With
The order information includes regional information regarding the boarding area.
The usage restrictions include available areas based on the area information.
When the taxi identification information is acquired by the reading means, the receiving means makes it possible to accept the manual input of the fare information, while prohibits the manual input when the usage restriction is violated. Notify by visual and / or auditory means,
The communication means transmits the manually input charge information to the management server in association with the taxi identification information.
Based on the received charge information, the management server causes the processing unit to perform the used processing, and also performs charge processing related to the aggregation of the usage charges, and the taxi operator who owns the taxi in the charge processing. A taxi ticket operation system characterized in that the usage charges are added up in units and the result of the charge processing is made available for viewing by the taxi operator. A management server that generates electronic tickets with predetermined usage restrictions,
A mobile terminal that displays the electronic ticket and
The information reader installed in the taxi and
It is a taxi ticket operation system including
The management server
The reception department that accepts order information and
A generator that generates the electronic ticket based on the order information,
A notification unit that notifies the mobile terminal of the taxi user that the electronic ticket has been generated, and
A processing unit that performs used processing of the electronic ticket and
With
The mobile terminal
A display means for displaying the electronic ticket and
A reception means for receiving charge information on the taxi usage fee within the range of the usage restriction while displaying the electronic ticket, and
A communication means for transmitting the charge information received by the reception means to the management server, and
With
The order information includes regional information regarding the boarding area.
The usage restrictions include available areas based on the area information.
The electronic ticket includes an electronic ticket identification code for acquiring electronic ticket identification information.
The information reader is
The electronic ticket identification code is read to acquire the electronic ticket identification information, and the charge information is generated based on the taxi meter's boarding fee, and the generated charge information is associated with the electronic ticket identification information and the taxi identification information. And send it to the management server
When the electronic ticket identification information is acquired from the plurality of electronic tickets and the electronic ticket identification information includes information on the toll payment ratio, the ride charge is based on the ride charge and the charge payment ratio. To generate the charge information for each electronic ticket,
Based on the received charge information, the management server causes the processing unit to perform the used processing, and also performs charge processing related to the aggregation of the usage charges, and the taxi operator who owns the taxi in the charge processing. A taxi ticket operation system characterized in that the usage charges are added up in units and the result of the charge processing is made available for viewing by the taxi operator. The mobile terminal further includes GPS means for acquiring position information regarding the current position while displaying the electronic ticket.
The GPS means acquires the position information when getting on the taxi and the position information when getting off the taxi, and obtains the position information.
The taxi ticket operation system according to claim 1 or 2, wherein the communication means transmits the location information to the management server. The GPS means acquires the position information at a predetermined cycle while the taxi is traveling, and obtains the position information.
The taxi ticket operation system according to claim 3, wherein the management server includes a traveling route specifying unit that specifies a traveling route of the taxi based on the location information. The management server includes a point calculation unit that calculates boarding points based on the received fare information.
The taxi ticket operation system according to any one of claims 1 to 4, wherein the boarding point makes it possible to reduce the usage fee included in the fee information. Including the advertisement display device mounted on the taxi
The order information includes taste information regarding the taste of the user.
The taxi ticket operation system according to any one of claims 1 to 5, wherein the advertisement display device acquires the taste information and displays an advertisement related to the taste information. Including the fragrance device mounted on the taxi
The order information includes scent information regarding the user's favorite scent.
The taxi ticket operation system according to any one of claims 1 to 6, wherein the fragrance device acquires the scent information and determines the scent to be emitted based on the scent information. The order information includes destination information regarding the destination.
The taxi ticket operation system according to any one of claims 1 to 7, wherein the electronic ticket includes the destination information. Including the photographing device and the display device mounted on the taxi
The order information includes image information about the face of the user.
The photographing device photographs the user to acquire a face image, communicates with the management server to acquire the image information, and when the face image and the image information match, the display device. The taxi ticket operation system according to claim 8, wherein the destination information is displayed on the server. The order information includes voice information regarding the voice of the user.
The photographing device acquires the voice of the user and communicates with the management server to acquire the voice information, the face image and the image information match, and the voice of the user and the voice. The taxi ticket operation system according to claim 9, wherein when the information matches, the display device displays the destination information.

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