JP2014135002A - Transportation system and transportation means provision method for transportation system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a transportation system that makes it possible to improve the transportation convenience of the inhabitants of a transportation depopulated area and makes it possible to expect the improvement of sales of stores and so on located in the transportation depopulated area and in the vicinity of this area.SOLUTION: In a transportation system 1, a server 20 comprises ride invitation information generating means 22 configured to generate ride invitation information for displaying a ride invitation screen, which urges a member to ride in a vehicle requested for a travel indicated by vehicle travel request information. A member terminal 10 includes: display control means 15 configured to exert control for displaying a ride invitation screen based on the ride invitation information; and ride information accepting means 16 configured to accept ride information indicating that a member rides in the vehicle requested for travel in the vehicle travel request information. The server includes: vehicle travel information generating means 26 configured to generate vehicle travel information indicating the route along which the vehicle travels and travel time, based on the vehicle travel request information and ride information; and requesting means 29 configured such the request information requesting the vehicle travel indicated by the vehicle travel information is transmitted to an affiliated store terminal 30.

Description

  The present invention relates to a transportation system and a transportation means providing method for the transportation system.

  In recent years, there are a large number of sparsely populated areas where public transportation is not operated by shared cars such as buses and there is virtually no public transportation. Residents who live in such areas will move by private cars. However, for example, elderly people often cannot drive a car, and if they move on foot or go out, they pay a predetermined fee and use a taxi.

  For example, in Patent Document 1, even in the case of passengers with different boarding points and getting-off points, if the direction of the destination is similar, a common point is calculated, a discount calculation is performed, and a fee is calculated in a depopulated area A public transportation system has been proposed. According to this technology, taxi fare can be reduced in a shared taxi as public transportation in a depopulated area.

JP 2002-74416 A

  However, in the technique of Patent Document 1, the passengers do not know whether other passengers are in the shared taxi or the direction of the destination is similar even if they are on the taxi. For this reason, the passenger cannot receive a discount on the charge when another passenger is not in the shared taxi, or when the direction of the destination is not similar even if the passenger is on the taxi.

  By the way, there are hospitals, stores and the like that are used by residents of the area in the sparsely populated area and in the vicinity of the area. Such stores generally have vehicles. If you are a resident in a sparsely populated area, traffic will be better if you let such a store run a vehicle and get you on board.

  On the other hand, if it is a store, etc., there is a risk that it will not be profitable if a vehicle is operated for one resident, but if multiple people in the area can board and bring in, sales will improve Can be expected.

  The present invention has been made in view of the problems as described above, and can improve the convenience of transportation for residents in the sparsely populated areas and can be expected to improve sales of stores in the sparsely populated areas and the vicinity of the areas. It is an object to provide a transportation system and a transportation means providing method of the transportation system.

  In order to solve the above problems, the traffic system of the present invention has the following features. The transportation system of the present invention includes a plurality of members who are individuals living in a traffic sparse area, and a plurality of member stores operating the vehicle in the vicinity of the traffic sparse area or in the vicinity of the traffic sparse area. A transportation system in a formed community, a member terminal operated by the member, a member store terminal operated by the member store, and a server connected to the member terminal and the member store terminal via a network The member terminal includes vehicle operation request information receiving means for receiving vehicle operation request information for requesting operation of the vehicle from the member, and the vehicle operation request information received by the vehicle operation request information receiving means. And a member terminal transmitting means for transmitting to the server, wherein the server receives the vehicle operation request information from the member terminal. A piggybacking recruitment information generation for generating a piggybacking recruitment screen for displaying a piggybacking recruitment screen prompting the user to take a piggyback on the vehicle for which the operation indicated by the vehicle travel request information received by the server receiving means is received. Means for transmitting the flight information, and the member terminal is further configured to receive the flight request information from the server. A member terminal receiving means, a display control means for controlling the display of the flight boarding recruitment screen on the display means based on the flight boarding solicitation information received by the member terminal receiving means, and the vehicle operation request information from other members Boarding information receiving means for receiving piggyback information indicating piggybacking on the vehicle requested to travel, wherein the member terminal transmission means receives the piggyback information reception The flight information received by the stage is transmitted to the server, the server receiving means further receives the flight information from the member terminal, and the server further receives the vehicle operation received by the server receiving means. Based on the request information and the piggyback information, vehicle operation information generating means for generating vehicle operation information indicating the route and operation time of the vehicle, and vehicle operation indicated by the vehicle operation information generated by the vehicle operation information generating means Requesting means for transmitting request information for requesting to the member store terminal, and vehicle operation information transmitting means for transmitting the vehicle operation information generated by the vehicle operation information generating means to the member terminal, the member store The terminal includes request information receiving means for receiving the request information from the server, and the member terminal receiving means receives the vehicle operation information from the server, The display control means controls the display means to display a vehicle operation notification screen for notifying the member of the vehicle operation information received by the member terminal receiving means.

  According to the above configuration, a community formed by a plurality of members who are individuals living in a sparsely passing area and a plurality of member stores that are used by the members in the sparsely passing or sparsely passing area and operate vehicles. The transportation system includes a member terminal operated by a member, a member store terminal operated by a member store, and a server connected to the member terminal and the member store terminal via a network. The member terminal includes vehicle operation request information receiving means and member terminal transmitting means. The vehicle operation request information receiving means receives vehicle operation request information for requesting vehicle operation from a member. The member terminal transmission means transmits the vehicle operation request information received by the vehicle operation request information reception means to the server. The server includes server reception means, piggyback recruitment information generation means, and piggyback recruitment information transmission means. The server receiving means receives vehicle operation request information from the member terminal. The piggybacking recruitment information generating unit generates the piggybacking solicitation information for displaying a piggybacking recruitment screen that prompts the user to piggyback on the vehicle for which the operation indicated by the vehicle operation request information received by the server receiving unit is requested. The flight boarding recruitment information transmitting means transmits the flight boarding recruitment information generated by the flight boarding recruitment information generating means to the member terminal. The member terminal further includes a member terminal receiving unit, a display control unit, and a flight information receiving unit. The member terminal receiving means receives the flight information from the server. The display control means controls the display means to display the flight board recruitment screen based on the flight board recruitment information received by the member terminal receiving means. The piggyback information receiving means receives piggyback information indicating that piggybacking is performed on a vehicle whose operation is requested by the vehicle operation request information from another member. The member terminal transmission unit transmits the flight information received by the flight information reception unit to the server. The server receiving means further receives the flight information from the member terminal. The server further includes vehicle operation information generation means, request means, and vehicle operation information transmission means. The vehicle operation information generating means generates vehicle operation information indicating a route and operating time for operating the vehicle based on the vehicle operation request information and the flight information received by the server receiving means. The requesting means transmits request information for requesting the operation of the vehicle indicated by the vehicle operation information generated by the vehicle operation information generating means to the member store terminal. The vehicle operation information transmission unit transmits the vehicle operation information generated by the vehicle operation information generation unit to the member terminal. The member store terminal includes request information receiving means for receiving request information from the server. The member terminal receiving means receives vehicle operation information from the server. The display control means controls the display means to display a vehicle operation notification screen for notifying members of the vehicle operation information received by the member terminal receiving means.

  By doing in this way, it is formed with a plurality of members who are individuals living in a traffic sparse area, and a plurality of member stores that are used by members in the traffic sparse area or in the vicinity of the traffic sparse area and operate a vehicle. In the community, it is possible to urge other members to take a ride on a vehicle requested to be operated by a certain member and recruit passengers of the vehicle. In other words, the action of another member can be encouraged with the schedule of one member. And based on the request | requirement of driving | running | working of a vehicle obtained from the some member, and the intention display which piggybacks on the said vehicle, the path | route and operating time which drive | work the said vehicle can be determined. In addition, it is possible to request the member store to operate the vehicle with this route and operation time and notify the member. As a result, residents in the traffic-sparsely populated areas can get on the vehicles operated by the member stores, thus improving transportation. In addition, member stores in the traffic sparsely populated area and the vicinity of the area can expect more sales by placing a plurality of members on the operated vehicle as compared to the case where only one member is on board. Therefore, it is possible to provide a transportation system that can improve the convenience of transportation of residents in the traffic sparsely populated area and can expect an increase in sales of stores in the sparsely populated area and the vicinity of the area.

  In the transportation system of the present invention, the member terminal further includes use member store information receiving means for receiving use member store information indicating the member store to be used among the plurality of member stores from the member. The member terminal transmission means transmits the use member store information received by the use member store information reception means to the server, and the server reception means receives the use member store information for each member terminal. The server includes specific member store determining means for totalizing the member store information received by the server receiving means and determining the member store indicated in the most member member store information as a specific member store. Further, the requesting unit transmits the request information to the member store terminal of the specific member store determined by the specific member store determining unit.

  According to the said structure, a member terminal is further provided with use member store information reception means. The member store information receiving means receives member member store information indicating a member store to be used among a plurality of member stores. The member terminal transmission unit transmits the member store information received by the member store information receiving unit to the server. The server receiving means receives the use member store information for each member terminal. The server further includes specific member store determination means. The specific member store determining unit aggregates the member store information received by the server receiving unit, and determines the member store indicated in the most member member store information as the specific member store. The request unit transmits the request information to the member store terminal of the specific member store determined by the specific member store determination unit.

  By doing in this way, it is possible to request the operation of the vehicle to the member store that is most likely to be used by the member, so it is possible to request the operation of the vehicle while maintaining fairness among the plurality of member stores.

  In the transportation system of the present invention, the member store terminal further includes service information issuing means for transmitting service information that is profitable to the member to the server, and the server receiving means is connected to the member store terminal from the member store terminal. Receiving the service information, the server further includes a vehicle user number calculating means for calculating the number of vehicle users by adding the number of the vehicle operation request information and the flight boarding recruitment information received by the server receiving means; When the number of vehicle users calculated by the vehicle user number calculating means is greater than or equal to a predetermined number, the service information received by the server receiving means is transmitted to the member that has transmitted the vehicle operation request information and the flight information. Service information transmitting means for transmitting to a terminal, wherein the member terminal receiving means receives the service information from the server.

  According to the above configuration, the member store terminal further includes service information issuing means. The service information issuing means transmits service information that is profitable to the member to the server. The server receiving means receives service information from the member store terminal. The server further includes vehicle user number calculating means and service information transmitting means. The vehicle user number calculation means calculates the number of vehicle users by adding together the number of vehicle operation request information and flight boarding recruitment information received by the server reception means. The service information transmitting means is a member terminal that has transmitted the service information received by the server receiving means when the number of vehicle users calculated by the vehicle user number calculating means is equal to or greater than the predetermined number, and the vehicle operation request information and the flight information. Send to. The member terminal receiving means receives service information from the server.

  By doing so, the service information is transmitted to the member when the number of vehicle users is a predetermined number or more, so that the member can be further encouraged to take a piggyback. As a result, it is possible to encourage more members to take action and increase the number of users of member stores.

  In the transportation system of the present invention, the member store terminal further includes operation schedule information notifying means for transmitting operation schedule information indicating an operation schedule of the vehicle to the server, and the server receiving means includes the member store. The operation schedule information is received from a terminal, and the vehicle operation information generation unit generates the vehicle operation information based on the vehicle operation request information, the flight boarding information, and the operation schedule information received by the server reception unit. It is characterized by.

  According to the above configuration, the member store terminal further includes operation schedule information notification means. The operation schedule information notification means transmits operation schedule information indicating the operation schedule of the vehicle to the server. The server receiving means receives operation schedule information from the member store terminal. The vehicle operation information generation unit generates vehicle operation information based on the vehicle operation request information, the flight boarding information, and the operation schedule information received by the server reception unit.

  By doing so, for example, even if there is no request, it is possible to determine the route and operation time of the vehicle including the operation schedule of the member store that is scheduled to operate the vehicle in the traffic sparse area. It is possible to prevent the vehicle from being operated repeatedly between the stores.

  Further, in the traffic system of the present invention, the vehicle operation request information receiving means and the piggyback information receiving means include time information indicating a date and time when the member desires to get on or get off as the vehicle operation request information or the flight information. The vehicle operation information generating means accepts the operation time if there is a difference in date and time indicated by the time information in the plurality of vehicle operation request information or the flight information, and the difference is within a predetermined range. Is adjusted to generate the vehicle operation information of one vehicle.

  According to the above configuration, the vehicle operation request information receiving unit and the piggyback information receiving unit receive time information indicating the date and time when the member desires to get on or get off as the vehicle operation request information or the flight information. The vehicle operation information generating means adjusts the operation time when there is a difference in the date and time indicated by the time information in the plurality of vehicle operation request information or the flight information, The vehicle operation information of the vehicle is generated. By doing in this way, since the number of vehicles to operate can be suppressed, the burden of a member store can be reduced.

  Further, the present invention can be regarded as a transportation means providing method as follows. A transportation system in a community formed by a plurality of members who are individuals living in a sparsely passing area and a plurality of member stores operating the vehicle in the vicinity of the sparsely passing sparse area or in the vicinity of the sparsely passing area. The transportation system includes a member terminal operated by the member, a member store terminal operated by the member store, and the member terminal and the member store terminal via a network. Connected to the server, and the member terminal receives the vehicle operation request information reception step for receiving vehicle operation request information for requesting the operation of the vehicle from the member, and the vehicle operation request information reception step receives the vehicle operation request information. A member terminal transmission step of transmitting vehicle operation request information to the server, wherein the server operates the vehicle operation from the member terminal. A server reception stage for receiving the solicitation information, and a boarding recruitment information for displaying a piggyback recruitment screen that prompts the user to board the vehicle for which the operation indicated by the vehicle operation request information received in the server reception stage is requested. Generating a piggybacking solicitation information generation step, and a piggybacking solicitation information transmission step of transmitting the piggybacking solicitation information generated in the piggybacking solicitation information generation step to the member terminal, wherein the member terminal further includes the server from the server From the member terminal receiving stage for receiving the flight boarding recruitment information, the display control stage for performing control to display the flight boarding recruitment screen on the display means based on the flight boarding recruitment information received at the member terminal receiving stage, and from the other members A boarding information receiving stage for receiving piggyback information indicating that piggybacking is performed on the vehicle requested to be operated by the vehicle running request information, and the member terminal transmitting stage Transmits the flight information received in the flight information reception step to the server, the server reception step further receives the flight information from the member terminal, and the server further receives the server reception step. The vehicle operation information generation step for generating vehicle operation information indicating the route and operation time of the vehicle based on the vehicle operation request information and the piggyback information received at the vehicle operation information generation step, and the vehicle operation information generated at the vehicle operation information generation step A request stage for transmitting to the member store terminal request information for requesting the operation of the vehicle indicated by the information; a vehicle operation information transmission stage for transmitting the vehicle operation information generated in the vehicle operation information generation stage to the member terminal; The member store terminal includes a request information receiving step of receiving the request information from the server, and the member terminal receiving step includes: Traffic information is received, and the display control step performs a control to display a vehicle operation notification screen for notifying the member of the vehicle operation information received in the member terminal reception step on the display means. Means providing method.

  ADVANTAGE OF THE INVENTION According to this invention, while improving the convenience of transportation of the residents of a traffic sparse area, the traffic system which can expect the improvement of sales, such as a store in a traffic sparse area and the vicinity of the said area, and the provision means of a traffic system of a traffic system are provided. can do.

It is a figure which shows the outline | summary of the traffic system which concerns on embodiment of this invention. It is a figure which shows the functional block of the traffic system which concerns on embodiment of this invention. It is a figure which shows an example of the vehicle operation request | requirement screen displayed on the display input means which concerns on embodiment of this invention. It is a figure which shows an example of the piggyback invitation screen displayed on the display input means which concerns on embodiment of this invention. It is a figure which shows an example of the piggyback invitation screen displayed on the display input means which concerns on embodiment of this invention. It is a figure which shows an example of the vehicle operation notification screen displayed on the display input means which concerns on embodiment of this invention. It is a figure which shows the transportation means provision process flow which the traffic system which concerns on embodiment of this invention performs. It is a figure which shows the transportation means provision process flow which the traffic system which concerns on embodiment of this invention performs.

  DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments for carrying out the present invention (hereinafter referred to as embodiments) will be described in detail with reference to the accompanying drawings. In addition, the same number is attached | subjected to the same structure through the whole description of embodiment.

  First, the outline | summary of the traffic system 1 which concerns on embodiment of this invention is demonstrated. FIG. 1 is a diagram showing an outline of a traffic system 1 according to an embodiment of the present invention. The transportation system 1 is a community formed by a plurality of members who are individuals living in a traffic sparse area and a plurality of member stores that operate vehicles and operate vehicles in a sparse traffic area or in the vicinity of a traffic sparse area. Used. Here, in the present embodiment, the member store includes a delivery company, a postal company, a hospital, a hotel / inn, a supermarket, a gas, a kerosene store, and the like, as well as a transportation company in the vicinity of the intersection area.

  The transportation system 1 includes a member terminal 10 operated by a member, a member store terminal 30 operated at a member store, and a server 20 connected to the member terminal 10 and the member store terminal 30 via a network N. .

  The member terminal 10 receives vehicle operation request information requesting vehicle operation from a member, and transmits the vehicle operation request information to the server 20.

  The server 20 generates the flight boarding recruitment information for displaying the flight boarding recruitment screen for prompting the user to board the vehicle for which the operation indicated by the vehicle operation request information received from the member terminal 10 is requested. Transmit to the terminal 10.

  The member terminal 10 receives the flight boarding recruitment information from the server 20, and displays the flight boarding recruitment screen on a display means (for example, a display) based on the flight boarding recruitment information. Then, the member terminal 10 receives the piggyback information indicating that the vehicle for which the operation is requested by the vehicle operation request information is received from another member different from the member who requested the vehicle operation, and the server information is stored in the server. 20 to send.

  Based on the vehicle operation request information and the flight information received from the member terminal 10, the server 20 generates vehicle operation information indicating a route for operating the vehicle and an operation time. Then, the server 20 transmits request information for requesting the operation of the vehicle indicated by the vehicle operation information to the member store terminal 30. Further, the server 20 transmits the vehicle operation information to the member terminal 10.

  The member store terminal 30 receives the request information from the server 20. The member terminal 10 receives the vehicle operation information from the server 20 and performs control to display a vehicle operation notification screen for notifying the member of the vehicle operation information on the display means.

  The member store that has received the request information at the member store terminal 30 operates the vehicle on the route indicated by the vehicle operation information (for example, the thick broken line shown in FIG. 1) and the operation time based on the request information. Then, the member who has transmitted the vehicle operation request information or the flight information at the member terminal 10 gets on the vehicle.

  As a result, residents in the traffic-sparsely populated areas can get on the vehicles operated by the member stores, thus improving transportation. In addition, member stores in the traffic sparsely populated area and the vicinity of the area can expect more sales by placing a plurality of members on the operated vehicle as compared to the case where only one member is on board. Therefore, it is possible to provide a transportation system that can improve the convenience of transportation of residents in the traffic sparsely populated area and can expect an increase in sales of stores in the sparsely populated area and the vicinity of the area.

  Next, the functional configuration of the traffic system 1 according to the embodiment of the present invention will be described. FIG. 2 is a diagram showing functional blocks of the traffic system 1 according to the embodiment of the present invention. As described above, the transportation system 1 includes the member terminal 10 operated by the member, the member store terminal 30 operated at the member store, and the server 20 connected to the member terminal 10 and the member store terminal 30 via the network. .

  The member terminal 10 includes a vehicle operation request information receiving unit 11, a member store information receiving unit 12, a member terminal transmitting unit 13, a member terminal receiving unit 14, a display control unit 15, a flight information receiving unit 16, Display input means 17 as display means.

  The vehicle operation request information receiving means 11 receives vehicle operation request information for requesting vehicle operation from a member. Further, the vehicle operation request information receiving means 11 receives time information indicating the date and time when the member desires to get on or get off as the vehicle operation request information.

  The member store information receiving means 12 receives member member store information indicating a member store to be used among a plurality of member stores.

  Specifically, the vehicle operation request information receiving unit 11 requests the vehicle operation based on the operation of the member display input unit 17 on the vehicle operation request screen displayed on the display input unit 17 by the display control unit 15. Receives vehicle operation request information. Further, the member store information receiving unit 12 receives member store information indicating a member store to be used based on the operation of the member display input unit 17 on the vehicle operation request screen.

  FIG. 3 is a diagram showing an example of a vehicle operation request screen displayed on the display input unit 17 according to the embodiment of the present invention. The vehicle operation request screen is displayed on the display input unit 17 by the display control unit 15 based on the information received from the server 20 and the information stored in the storage unit of the member terminal 10. On the vehicle operation request screen, in addition to a text image that prompts the user to input information required to request vehicle operation, multiple inputs to enter the member name, preferred boarding location, the name of the member store to be used, and the desired departure date and time Column and send button are displayed. In addition, when inputting the operation request of the vehicle, if there is already registered operation information, it may be displayed on the vehicle operation request screen. By doing so, it is possible to reduce the labor of input and to operate efficiently.

  The vehicle operation request information receiving means 11 is input by a member into a plurality of input fields, and when a transmission button is operated, the vehicle operation request information receiving means 11 acquires member information based on the contents input in the member name input field, and Boarding location information is acquired based on the content input in the input field, and time information is acquired based on the content input in the input field for the desired departure date and time. That is, the vehicle operation request information receiving means 11 receives member information, boarding place information, and time information as vehicle operation request information. In this embodiment, the drop-off place is a member store scheduled to be used, and the entry of the drop-off place is omitted. For example, on the vehicle operation request screen, an input field for a desired drop-off place is provided to receive vehicle operation request information. The means 11 may also acquire the getting-off place information as the vehicle operation request information based on the contents inputted in the input field of the desired getting-off place.

  In addition, the member store information receiving means 12 is entered into the input field of the name of the member store scheduled to be used by the member on the vehicle operation request screen, and when the send button is operated, the contents entered in the input field are displayed. Use member store information is accepted.

  The member terminal transmission unit 13 transmits the vehicle operation request information received by the vehicle operation request information reception unit 11 to the server 20. In addition, the member terminal transmission unit 13 transmits the use member store information received by the use member store information receiving unit 12 to the server 20. Furthermore, the member terminal transmission means 13 transmits the piggyback information described later to the server 20.

  Returning to FIG. 2, the member terminal receiving means 14 receives the flight information from the server 20. The member terminal receiving unit 14 receives vehicle operation information from the server 20. The member terminal receiving unit 14 receives the vehicle user number information from the server 20. In addition, the member terminal receiving unit 14 receives service information from the server 20.

  The display control unit 15 performs control to display the flight board recruitment screen on the display input unit 17 based on the flight board recruitment information received by the member terminal reception unit 14. Further, the display control means 15 performs control to display a vehicle operation notification screen for notifying members of the vehicle operation information received by the member terminal receiving means 14 on the display input means 17. Moreover, the display control means 15 performs control which displays the service information which the member terminal receiving means 14 received on a vehicle operation notification screen.

  The piggyback information receiving means 16 receives the piggyback information indicating that piggybacking is performed on the vehicle requested to be operated by the vehicle travel request information from another member. In addition, the flight information reception means 16 receives time information indicating the date and time when the member wishes to get on or off the vehicle as flight information. Then, the member terminal transmission unit 13 transmits the flight information received by the flight information reception unit 16 to the server 20.

  4 and 5 are diagrams illustrating an example of the piggyback recruitment screen displayed on the display input unit 17 according to the embodiment of the present invention. On the piggyback recruitment screen, a text image and a piggyback button for urging to piggyback on a vehicle that is requested to be operated by another member as shown in FIG. 4 are displayed. The piggyback recruitment screen also includes the mode of FIG. 5 that is displayed when the piggyback button shown in FIG. 4 is operated. As shown in Fig. 5, in addition to the text image that prompts the user to enter the information necessary to request a flight, the member name, the desired boarding location, the name of the member store to be used, and the desired date and time of departure A plurality of input fields to be displayed and a send button are displayed.

  The flight information receiving means 16 receives member information based on the contents input in the member name input field and inputs the desired boarding point input field when the member inputs the input into a plurality of input fields and operates the send button. The boarding area information is acquired based on the contents input in the above, and the time information is acquired based on the contents input in the input field of the desired departure date and time. That is, the piggyback information receiving means 16 receives member information, boarding location information, and time information as flight information. In this embodiment, the drop-off place is a member store scheduled to be used and the entry of the drop-off place is omitted. For example, in the flight boarding recruitment screen, an input field for a desired drop-off place is provided, and the boarding information receiving means 16 The getting-off place information may also be acquired as the flight information based on the contents input in the input field of the desired getting-off place.

  In addition, the member store information receiving means 12 is entered in the entry field for the name of the member shop that is scheduled to be used by the member on the flight boarding recruitment screen, and when the send button is operated, the member store information receiving means 12 is based on the content entered in the entry field. Accepts member store information.

  Also, as shown in FIG. 4, service notification information for notifying that there is service information for the benefit of the member provided from the member store is displayed by the display control means 15 on the piggyback recruitment screen. The service notification information includes an indication that service information (for example, “50% OFF coupon for all items of supermarket △ Δ” in FIG. 4), issuance conditions for issuing the service information, and the issuance conditions. A display showing the current achievement level of the. In addition, when there is a good friend registered in advance with the passenger, it may be displayed. For example, if Mr. A and Mr. B are close friends, Mr. B will say, “If Mr. A goes, let's go out together”. In addition, when a close friend registers a service request, the registered close member may be notified. By doing so, increasing the number of people going out and increasing the number of people going out can contribute to the local economy.

  In the present embodiment, the issuance condition is that the number of vehicle users of one vehicle to be operated is a predetermined number or more, and in the example of FIG. 4, this number of vehicle users is indicated by the number of passengers who wish to take a flight. ing. As described above, by displaying the service notification information, the issuance conditions, and the achievement level on the flight boarding recruitment screen, it is possible to recruit the passengers more effectively.

  FIG. 6 is a diagram illustrating an example of a vehicle operation notification screen displayed on the display input unit 17 according to the embodiment of the present invention. On the vehicle operation notification screen, in addition to the text image for notifying the operation schedule, the boarding place, the getting-off place, and the date and time of getting off are displayed as the operation schedule. In addition, the vehicle operation notification screen displays a text image for notifying that service information (for example, “Super △△ 50% OFF coupon for all products” in FIG. 6) has been issued and the service information is satisfied. ing.

  Returning to FIG. 2, the display input unit 17 is configured by, for example, a touch panel, and displays the above-described vehicle operation request screen, flight boarding recruitment screen, and vehicle operation notification screen under the control of the display control unit 15. Accept the operation.

  The server 20 includes a server receiving means 21, a piggyback recruitment information generating means 22, a piggyback recruitment information transmitting means 23, a vehicle user number calculating means 24, a service information transmitting means 25, a vehicle operation information generating means 26, Vehicle operation information transmitting means 27, specific member store determining means 28, and requesting means 29 are provided.

  The server receiving means 21 receives vehicle operation request information and flight information from the member terminal 10. Further, the server receiving means 21 receives the member store information for each member terminal 10. Further, the server receiving means 21 receives service content information indicating the contents of service information, operation schedule information, and service information from the member store terminal 30.

  The flight boarding recruitment information generation unit 22 generates flight boarding recruitment information for displaying a flight boarding recruitment screen that prompts the user to board the vehicle for which the operation indicated by the vehicle operation request information received by the server reception unit 21 is requested. The flight boarding recruitment information transmission unit 23 transmits the flight boarding recruitment information generated by the flight boarding recruitment information generation unit 22 to the member terminal 10. In addition, the flight boarding recruitment information generating unit 22 generates flight boarding recruitment information including service notification information based on the service content information received from the member store terminal 30 in advance. Further, in this embodiment, the piggyback recruitment information generating unit 22 is configured so that the server receiving unit 21 receives the flight information from the member terminal 10 every time the server notification unit 21 receives the flight information (service usage of one vehicle to be operated). The number of persons to be equal to or greater than the predetermined number) is generated. The flight boarding recruitment information transmitting unit 23 transmits the updated flight boarding recruitment information to the member terminal 10. Then, the display control means 15 of the member terminal 10 updates and displays the value indicated by the achievement level of the service notification information on the flight boarding recruitment screen based on the updated flight boarding recruitment information.

  The vehicle user number calculating means 24 calculates the number of vehicle users by adding together the number of vehicle operation request information and the number of flights that are received by the server receiving means 21.

  The service information transmitting unit 25 transmits vehicle user number information indicating the number of vehicle users calculated by the vehicle user number calculating unit 24 to the member terminal 10. Further, the service information transmitting means 25 uses the service information received by the server receiving means 21 as vehicle operation request information and flight information solicitation information when the number of vehicle users calculated by the vehicle user number calculating means 24 is equal to or greater than a predetermined number. Is transmitted to the member terminal 10 that transmitted.

  The vehicle operation information generation unit 26 generates vehicle operation information based on the vehicle operation request information, the flight boarding information, and the operation schedule information received by the server reception unit 21. The vehicle operation information generation means 26, for example, when the operation schedule information is not received from the member store terminal 30 (for example, when the vehicle is not scheduled to operate at the member store), the server reception means 21 Based on the received vehicle operation request information and piggyback information, vehicle operation information indicating a route and operation time for operating the vehicle is generated. In addition, the vehicle operation information generating unit 26 is configured such that when the number of vehicle operation request information and flight ride request information received by the server receiving unit 21 reaches a predetermined number (the number of vehicles that can be boarded), or a predetermined date and time (for example, vehicle The vehicle operation information is generated when it reaches 24 hours before the time information indicated by the operation request information.

  Further, when there is a difference in the date and time indicated by the time information in the plurality of vehicle operation request information or the flight information, the vehicle operation information generation unit 26, if the difference is within a predetermined range (for example, 1 hour), The operation time is adjusted to generate vehicle operation information for one vehicle. Specifically, the vehicle operation information generation means 26 generates vehicle operation information indicating the operation time according to the earliest time indicated by the time information of the plurality of vehicle operation request information or flight information. In this case, the service information transmitting means 25 is a member terminal 10 other than the member terminal 10 that has transmitted vehicle operation request information or flight information including time information indicating the earliest time (that is, a member of a member whose time has been advanced). Service information may be transmitted to the terminal 10).

  The vehicle operation information transmission unit 27 transmits the vehicle operation information generated by the vehicle operation information generation unit 26 to the member terminal 10.

  The specific member store determining unit 28 aggregates the member store information received by the server receiving unit 21 and determines the member store indicated in the most member member store information as the specific member store.

  The request unit 29 transmits request information for requesting the vehicle operation indicated by the vehicle operation information generated by the vehicle operation information generation unit 26 to the member store terminal 30. Specifically, the request unit 29 transmits the request information to the member store terminal 30 of the specific member store determined by the specific member store determination unit 28.

  The member store terminal 30 includes operation schedule information notifying means 31, request information receiving means 32, and service information issuing means 33.

  The operation schedule information notification means 31 transmits operation schedule information indicating the operation schedule of the vehicle to the server 20.

  The request information receiving unit 32 receives request information from the server 20. In the member store terminal 30, the member store that has received the request information operates the vehicle on the route and operation time requested by the request information.

  The service information issuance means 33 transmits service information that will benefit the member to the server 20. Here, in the present embodiment, the “service information” includes, for example, coupons for discounting products sold at member stores, exchange coupons for predetermined products, cash vouchers, vouchers for vehicles, gift certificates, etc. Can be any. Further, the service information issuing unit 33 transmits service content information indicating the content of the service information to the server 20.

  Note that the functional blocks shown in FIG. 2 are merely examples, and a single functional unit may be divided or a plurality of functional units may be combined to form a single functional unit. The server 20 is not limited to one, and a plurality of servers may be used. Each function is a computer program stored in a storage device as a storage unit such as a ROM (Read Only Memory) or a hard disk by a CPU (Central Processing Unit) built in the member terminal 10, the server 20, and the member store terminal 30. A computer program executed by the CPU reads and writes necessary data such as a table from a database (DB; Data Base) stored in a storage device or a storage area on a memory, and in some cases, related hardware It is realized by controlling hardware (for example, input / output device, display device, communication interface device).

  Next, transportation means providing processing executed by the transportation system 1 according to the embodiment of the present invention will be described. 7 and 8 are diagrams showing a transportation means providing process flow executed by the transportation system 1 according to the embodiment of the present invention.

  In step S1, the vehicle operation request information receiving means 11 of the member terminal 10 receives vehicle operation request information for requesting vehicle operation from the member. In this step, the member store information receiving means 12 of the member terminal 10 receives member member store information indicating a member store to be used among a plurality of member stores from the member.

  In step S <b> 2, the member terminal transmission unit 13 of the member terminal 10 transmits the vehicle operation request information received by the vehicle operation request information reception unit 11 in step S <b> 1 to the server 20. Further, in this step, the member terminal transmitting means 13 of the member terminal 10 transmits the use member store information received by the use member store information receiving means 12 in step S 1 to the server 20.

  In step S <b> 3, the server receiving means 21 of the server 20 receives vehicle operation request information and use member store information from the member terminal 10.

  In step S4, the piggyback recruitment information generating means 22 of the server 20 displays a piggyback recruitment screen that prompts the user to piggyback on the vehicle requested for the operation indicated by the vehicle operation request information received by the server receiving means 21 in step S3. To create a piggyback recruitment information.

  In step S <b> 5, the piggybacking recruitment information transmitting unit 23 of the server 20 transmits the piggybacking recruitment information generated by the piggybacking recruitment information generating unit 22 in step S <b> 4 to the member terminal 10.

  In step S <b> 6, the member terminal receiving unit 14 of the member terminal 10 receives the flight information from the server 20.

  In step S <b> 7, the display control means 15 of the member terminal 10 performs control for displaying the flight board recruitment screen on the display input means 17 based on the flight board recruitment information received by the member terminal receiving means 14 in step S <b> 6.

  In step S8, the boarding information receiving means 16 of the member terminal 10 receives the boarding information indicating that the boarding of the vehicle whose operation is requested by the vehicle operation request information from another member. In this step, the member store information receiving means 12 of the member terminal 10 receives member member store information indicating a member store to be used among a plurality of member stores from the member.

  In step S <b> 9, the member terminal transmission unit 13 of the member terminal 10 transmits the flight information received by the flight information reception unit 16 in step S <b> 8 to the server 20. Further, in this step, the member terminal transmission means 13 of the member terminal 10 transmits the use member store information received by the use member store information receiving means 12 in step S8 to the server 20.

  In step S <b> 10, the server receiving unit 21 of the server 20 receives the flight information and the member store information from the member terminal 10.

  In step S <b> 11, the operation schedule information notification means 31 of the member store terminal 30 transmits operation schedule information indicating the vehicle operation schedule to the server 20.

  In step S <b> 12, the server receiving unit 21 of the server 20 receives operation schedule information from the member store terminal 30.

  In step S13, the vehicle operation information generation unit 26 of the server 20 generates vehicle operation information based on the vehicle operation request information, the flight boarding information, and the operation schedule information received by the server reception unit 21 in steps S3, S10, and S12.

  In step S <b> 14, the vehicle operation information transmission unit 27 of the server 20 transmits the vehicle operation information generated by the vehicle operation information generation unit 26 in step S <b> 13 to the member terminal 10.

  In step S <b> 15, the member terminal receiving unit 14 of the member terminal 10 receives vehicle operation information from the server 20.

  In step S <b> 16, the service information issuing means 33 of the member store terminal 30 transmits service information that will benefit the member to the server 20.

  In step S <b> 17, the server receiving unit 21 of the server 20 receives service information from the member store terminal 30.

  In step S18, the vehicle user number calculating means 24 of the server 20 calculates the number of vehicle users by adding together the number of vehicle operation request information and the number of flight information that the server receiving means 21 received in steps S3 and S10.

  In step S19, the service information transmitting unit 25 of the server 20 moves the process to step S20 when the number of vehicle users calculated by the vehicle user number calculating unit 24 in step S18 is a predetermined number or more. On the other hand, if the number of vehicle users calculated by the vehicle user number calculating unit 24 in step S18 is less than the predetermined number, the service information transmitting unit 25 moves the process to step S23.

  In step S20, the service information transmitting unit 25 of the server 20 transmits the service information received by the server receiving unit 21 in step S17 to the member terminal 10 that has transmitted the vehicle operation request information and the flight boarding recruitment information.

  In step S <b> 21, the member terminal receiving unit 14 of the member terminal 10 receives service information from the server 20.

  In step S22, the display control means 15 of the member terminal 10 performs control to display on the display input means 17 a vehicle operation notification screen that notifies the member of the vehicle operation information received by the member terminal reception means 14 in step S15. In this step, the display control means 15 of the member terminal 10 performs control to display the service information received by the member terminal receiving means 14 in step S21 on the vehicle operation notification screen.

  In step S23, the specific member store determining unit 28 of the server 20 totals the member store information received by the server receiving unit 21 in steps S3 and S10, and selects the member store indicated in the most member member store information. Decide on a specific member store.

  In step S24, the request unit 29 of the server 20 determines the request information for requesting the vehicle operation indicated by the vehicle operation information generated by the vehicle operation information generation unit 26 in step S13, and the specific member store determination unit 28 determines in step S23. To the member store terminal 30 of the specific member store.

  In step S <b> 25, the request information receiving unit 32 of the member store terminal 30 receives the request information from the server 20. In the member store terminal 30, the member store that has received the request information operates the vehicle on the route and operation time requested by the request information.

  As mentioned above, although this invention was demonstrated using embodiment, it cannot be overemphasized that the technical scope of this invention is not limited to the range as described in the said embodiment. It will be apparent to those skilled in the art that various modifications or improvements can be added to the above-described embodiments. Further, it is apparent from the scope of the claims that the embodiments added with such changes or improvements can be included in the technical scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Transportation system 10 Member terminal 11 Vehicle operation request information reception means 12 Use member store information reception means 13 Member terminal transmission means 14 Member terminal reception means 15 Display control means 16 Flight information reception means 17 Display input means 20 Server 21 Server reception means 22 Flight boarding recruitment information generation means 23 Flight boarding recruitment information transmission means 24 Vehicle user number calculation means 25 Service information transmission means 26 Vehicle operation information generation means 27 Vehicle operation information transmission means 28 Specific member store determination means 29 Request means 30 Member store terminal 31 Operation Schedule information notifying means 32 Request information receiving means 33 Service information issuing means

Claims (6)

A transportation system in a community formed by a plurality of members who are individuals living in a sparsely passing area and a plurality of member stores operating the vehicle in the vicinity of the sparsely passing sparse area or in the vicinity of the sparsely passing area. Because
A member terminal operated by the member, a member store terminal operated by the member store, and a server connected to the member terminal and the member store terminal via a network,
The member terminal is
Vehicle operation request information receiving means for receiving vehicle operation request information for requesting operation of the vehicle from the member;
A member terminal transmitting means for transmitting the vehicle operation request information received by the vehicle operation request information receiving means to the server;
The server
Server receiving means for receiving the vehicle operation request information from the member terminal;
A piggybacking recruitment information generating means for generating piggybacking recruitment information for displaying a piggybacking recruitment screen that prompts the user to take a piggyback on the vehicle for which the operation indicated by the vehicle operation request information received by the server receiving means is requested;
A piggybacking recruitment information transmitting means for transmitting the piggybacking recruitment information generated by the piggybacking recruitment information generating means to the member terminal, and
The member terminal further includes:
Member terminal receiving means for receiving the flight information from the server;
Display control means for performing control to display the piggyback recruitment screen on the display means based on the piggyback recruitment information received by the member terminal receiving means;
Boarding information receiving means for receiving boarding information indicating that boarding the vehicle requested to be operated by the vehicle operation request information from the other member;
The member terminal transmitting means transmits the piggyback information received by the piggyback information receiving means to the server,
The server receiving means further receives the flight information from the member terminal,
The server further includes:
Vehicle operation information generating means for generating vehicle operation information indicating a route and operation time for operating the vehicle based on the vehicle operation request information and the flight information received by the server receiving means;
Request means for transmitting request information for requesting operation of the vehicle indicated by the vehicle operation information generated by the vehicle operation information generation means to the member store terminal;
Vehicle operation information transmitting means for transmitting the vehicle operation information generated by the vehicle operation information generating means to the member terminal, and
The member store terminal comprises request information receiving means for receiving the request information from the server,
The member terminal receiving means receives the vehicle operation information from the server,
The said display control means performs control which displays the vehicle operation notification screen which notifies the said member about the said vehicle operation information which the said member terminal receiving means received on the said display means. The member terminal is
Use member store information receiving means for receiving use member store information indicating the member store scheduled to be used among the plurality of member stores from the member,
The member terminal transmitting means transmits the use member store information received by the use member store information receiving means to the server,
The server receiving means receives the member store information for each member terminal,
The server totalizes the member store information received by the server receiving means, specific member store determining means for determining the member store that was indicated in the most used member store information as a specific member store, In addition,
The transportation system according to claim 1, wherein the requesting unit transmits the request information to the member store terminal of the specific member store determined by the specific member store determining unit. The member store terminal further comprises service information issuing means for transmitting service information that is beneficial to the member to the server,
The server receiving means receives the service information from the member store terminal,
The server further includes:
Vehicle user number calculating means for calculating the number of vehicle users by adding the number of the vehicle operation request information and the flight boarding recruitment information received by the server receiving means;
When the number of vehicle users calculated by the vehicle user number calculating means is greater than or equal to a predetermined number, the service information received by the server receiving means is transmitted to the member that has transmitted the vehicle operation request information and the flight information. Service information transmitting means for transmitting to the terminal,
The traffic system according to claim 1, wherein the member terminal receiving unit receives the service information from the server. The member store terminal further includes operation schedule information notification means for transmitting operation schedule information indicating an operation schedule of the vehicle to the server,
The server receiving means receives the operation schedule information from the member store terminal,
4. The vehicle operation information generating unit generates the vehicle operation information based on the vehicle operation request information, the flight information, and the operation schedule information received by the server reception unit. A transportation system according to any one of the above. The vehicle operation request information reception means and the piggyback information reception means receive time information indicating a date and time when the member desires to get on or get off as the vehicle operation request information or the piggyback information,
The vehicle operation information generation means adjusts the operation time if there is a difference in date and time indicated by the time information in the plurality of vehicle operation request information or the flight information, if the difference is within a predetermined range. And the said vehicle operation information of the said one vehicle is produced | generated, The traffic system in any one of Claim 1 to 4 characterized by the above-mentioned. A transportation system in a community formed by a plurality of members who are individuals living in a sparsely passing area and a plurality of member stores operating the vehicle in the vicinity of the sparsely passing sparse area or in the vicinity of the sparsely passing area. A method of providing transportation means executed by
The transportation system includes a member terminal operated by the member, a member store terminal operated by the member store, and a server connected to the member terminal and the member store terminal via a network,
The member terminal is
A vehicle operation request information reception stage for receiving vehicle operation request information for requesting operation of the vehicle from the member;
The vehicle operation request information received at the vehicle operation request information reception step, the member terminal transmission step of transmitting the vehicle operation request information to the server,
The server
A server receiving stage for receiving the vehicle operation request information from the member terminal;
A piggybacking recruitment information generating step for generating piggybacking recruitment information for displaying a piggybacking recruitment screen that prompts the user to take a piggyback on the vehicle for which the operation indicated by the vehicle operation request information received in the server reception step is requested;
Including a piggybacking recruitment information transmission step of transmitting the piggybacking recruitment information generated in the piggybacking recruitment information generation step to the member terminal,
The member terminal further includes:
A member terminal receiving stage for receiving the flight information from the server;
A display control stage for performing control to display the piggyback recruitment screen on a display means based on the piggyback recruitment information received in the member terminal reception stage;
A boarding information reception stage for receiving boarding information indicating that boarding the vehicle requested to be operated by the vehicle operation request information from the other member;
In the member terminal transmission stage, the piggyback information received in the piggyback information reception stage is transmitted to the server,
The server receiving step further receives the flight information from the member terminal,
The server further includes:
Based on the vehicle operation request information and the flight information received in the server reception step, vehicle operation information generation step for generating vehicle operation information indicating a route and operation time for operating the vehicle;
A request step for transmitting request information for requesting the operation of the vehicle indicated by the vehicle operation information generated in the vehicle operation information generation step to the member store terminal;
A vehicle operation information transmission step for transmitting the vehicle operation information generated in the vehicle operation information generation step to the member terminal, and
The member store terminal includes a request information receiving step of receiving the request information from the server;
The member terminal receiving step receives the vehicle operation information from the server,
The transportation means providing method, wherein the display control step performs a control to display a vehicle operation notification screen for notifying the member of the vehicle operation information received in the member terminal reception step on the display unit.

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