JP2010111330A - Transport facility guide system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a means of enhancing the convenience for a user when notifying a moving path using routes of transport facilities. <P>SOLUTION: A registration reception server 10 stores information on a terminal identifier and a destination from a cellular phone 1. When receiving information on a starting point from a user immediately before the user gets on the routes of the transport facilities, the server acquires a time of reception, reads the stored destination and the terminal identifier, and transmits path retrieval information mixed with them to a transport facility retrieval server 2. The transport facility retrieval server 2 retrieves a moving path allowing movement in the shortest time to the destination with the received starting point as a starting point, specifies information on a station where the user gets off the transport facilities for the destination or the change from the moving path, specifies a vehicle on which the user gets based on the received time and the starting point, and transmits notification for promoting the getting-off to a portable terminal of the user based on the terminal identifier when the vehicle approaches a predetermined range of the station where the user gets off the vehicle. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a transportation system guidance system that notifies a user who is using a transportation system of information related to a travel route.

The conventional transportation guidance system confirms the position of the user by the GPS function provided in the user's mobile terminal, and when the position is within a certain distance from the transfer station or the destination station, A notification that the user is approaching the transfer station or the destination station is transmitted to the user's mobile terminal (see, for example, Patent Document 1).
JP 2002-114149 A (paragraph “0082”, FIG. 4)

However, in the conventional technology described above, since the user's mobile terminal is provided with a GPS function, the user is limited to those who have a mobile terminal provided with the GPS function. There's a problem.
An object of the present invention is to provide means for solving the above problems.

  In order to solve the above-described problems, the present invention provides a reception server that receives information on a terminal identifier, a destination, and a departure point from a portable terminal, and receives information on the destination and departure point from the reception server. In addition to searching for a travel route using a route, a transportation system guidance system including a search server for detecting the position of a vehicle on each route, the reception server receives a terminal identifier and a destination from a user's mobile terminal The information is received and stored in the storage unit, and when the departure point information is received from the user immediately before getting on the route of the transportation facility, the time at that time is acquired and the purpose stored in the storage unit The location and the terminal identifier are read out, and the departure location, the destination, the terminal identifier, and the time are transmitted to the search server as route search information, and the search server uses the received departure location as the starting point. The travel route that can travel to the ground in the shortest time is searched, the destination and the information of the stop where the user gets off for the transfer are specified from the travel route, and further used based on the received time and the departure place. A vehicle that the user has boarded, and when the vehicle approaches a stop area where the vehicle gets off, a notification that prompts the user to get off is transmitted to the mobile terminal of the user based on the terminal identifier. To do.

  As a result, the present invention can notify the destination or the stop of transfer if the user has a mobile phone capable of transmitting and receiving information between the reception server and the search server regardless of the presence or absence of the GPS function. Therefore, the convenience is further improved and the effect that the number of users who can use such a system can be increased.

  Embodiments of a transportation system guidance system according to the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing a transportation system guidance system according to the first embodiment.
In FIG. 1, reference numeral 1 denotes a mobile phone as a mobile terminal, which has a function of acquiring travel route guide information using a transportation facility such as a railroad or a bus via an Internet line, and also displays travel route guide information on a display screen. It has a function of displaying an input screen for inputting various types of information such as destination information indicating a destination for getting off a transportation facility serving as a destination for acquisition and boarding location information indicating a boarding location serving as a departure point.

Reference numeral 2 denotes a transportation search server, which has a function of configuring travel route guide information based on boarding location information and destination information.
A search server control unit 3 executes various processes necessary for the configuration of the travel route guide information according to a program for configuring the travel route guide information stored in the search server storage unit 4.
Reference numeral 4 denotes a search server storage unit, which stores a program for configuring travel route guidance information executed by the search server control unit 3, information on connections between routes of each transportation facility, etc., and search server control. The processing result by the unit 3 is stored.

Reference numeral 5 denotes route specifying means, which is realized by a search server control unit 3 and a program for constructing travel route guide information stored in the search server storage unit 4. Based on boarding location information, route information of transportation facilities is obtained. Has a function to identify.
Reference numeral 6 denotes route determination means, which is realized by the search server control unit 3 and a program for constructing the travel route guide information stored in the search server storage unit 4, and based on the route information and the destination information from the departure point. It has a function of determining a movement route that moves to the destination in the shortest time using a route.

Reference numeral 7 denotes an approach detection means, which is realized by the search server control unit 3 and a program for configuring the travel route guide information stored in the search server storage unit 4, and is managed by a server of each transportation facility, Based on an automatic train control device, a bus location system, etc., it has a function of acquiring information on vehicles entering a stop such as a station or a stop via a dedicated line.
8 is a guidance notification means, which is realized by the search server control unit 3 and a program for configuring the travel route guidance information stored in the search server storage unit 4, and notifies the user's mobile phone 1 of getting off. It has a function to send an e-mail.

  Reference numeral 10 denotes a registration reception server, which has a site for receiving destination information and boarding location information for acquiring travel route guide information using transportation on the Internet, and destination information received via this site In addition to storing route search information and travel route information including boarding location information in the registration information database 10a, it has a function of transmitting the registered destination information and boarding location information to the transportation search server 2 via a dedicated line.

The operation of the above-described configuration will be described according to the steps indicated by S using the flowchart showing the operation of the transportation system guidance system according to the first embodiment shown in FIG.
S1, when a user connects to the site for route search of the transportation facility of the registration reception server 10 by the mobile phone 1, and connects to a page for determining a stop in the site as a destination, the mobile phone 1 displays a destination setting screen on the display screen in which destination information and a mail address input field necessary for notifying the user of the route by e-mail are arranged.

Here, when the user inputs destination information and an e-mail address on the displayed destination setting screen and performs an input operation for transmitting the information to the registration receiving server 10, the input destination information and The e-mail address is transmitted to the registration receiving server 10.
S2, when receiving the destination information and the mail address, the registration receiving server 10 assigns an ID number serving as an identifier, and the site where the mobile phone 1 connects the ID number and a screen indicating that the registration has been completed. The received destination information, the mail address and the numbered ID number are stored in the registration information database 10a as route search information in association with each other.

The user disconnects the connection with the mobile phone 1 once and connects to the site for route search with the mobile phone 1 before getting on the vehicle when heading to the destination.
S3, when the user connects to a site for route search with the mobile phone 1 and then connects to a page for determining a boarding location as a departure place and obtaining information on the travel route, the mobile phone 1 displays the display. A boarding location setting screen in which boarding location information as departure point information, an ID number input field, and the like are arranged on the screen is displayed.

When the user performs input in the input field of the boarding location setting screen and performs an input operation for transmitting the input content to the registration receiving server 10, the mobile phone 1 displays the input boarding location information and ID number. It transmits to the registration reception server 10.
Here, FIG. 3 is a data example showing route search information.
S4. Upon receiving the boarding location information and the ID number, the registration receiving server 10 reads the route search information from the registration information database 10a based on the ID number, and includes the read route search information in the received boarding location information. As shown in FIG. 3, the route search information is composed of an ID number, destination information, boarding location information, and e-mail address and stored.

S5, and the registration receiving server 10 recognizes the current time by a clock function (not shown), and configures the current time in addition to the ID number of the route search information, the destination information, and the departure point information. The route search information is transmitted to the transportation facility search server 2.
Here, it is assumed that it is possible to move from the boarding place to the destination by one route.
S6, the search server control unit 3 of the transportation system search server 2 uses the boarding location information and destination information of the received route search information to start route information and travel routes to the destination information from the boarding location information. The information on the stop where the user next gets off along the travel route, the vehicle number on which the user gets on the basis of the current time are identified, and the route information, travel route, stop information, and vehicle number received are identified. The travel route information configured by associating the ID number is transmitted to the registration receiving server 10.

Here, FIG. 4 is an example of data of movement route information.
The information about the next stop where the user gets off at this time is the destination information when there is no transfer, and the transfer stop when there is a transfer. The case of transfer will be described later.
S7, the registration receiving server 10 stores the received travel route information in the registration information database 10a, searches the route search information based on the ID number of the travel route information, and the mail address of the corresponding route search information. And a user notification request with the read mail address, the vehicle number of the stored travel route information, and stop information is transmitted to the transportation search server 2.

  S8, the search server control unit 3 stores the received user notification request in the search server storage unit 4, always acquires the position of the vehicle of the received vehicle number, and the vehicle is one from the destination. When it is recognized that it has moved within the specified range, such as trying to enter the previous stop, an e-mail indicating that it is approaching the destination is sent to the e-mail address of the received user notification request by the guidance notification means To do.

In the above description, the case where the destination can be reached without transfer has been described. However, when transfer is necessary, the processing after step S6 is as follows.
The search server control unit 3 of the transportation system search server 2 allows the user to get on the route information based on the boarding location information and destination information of the received route search information, information on the stop on the route, and the current time. The vehicle number to be transmitted is identified, and the route information combining the received ID number, vehicle number, route information, and transfer location information as stop information is transmitted to the registration receiving server 10.

The registration receiving server 10 stores the received travel route information in the registration information database 10a, but the user is classified into combinations of a stop and a route where the user gets off for a transfer, that is, when there is a transfer, the information on the stop is , It is not the destination information but the information of the transfer stop.
For example, when the train moves from A station, which is the departure point, to B station and moves to C station, as shown in FIG. 4, the vehicle number heading for B station is associated with the information indicating the B station and the ID number. And stored as travel route information.

Then, the registration reception server 10 reads out the mail address and the information on the travel route from the route search information stored based on the ID number of the user, and specifies the information on the route to be transferred from the station B from the travel route information. At the same time, a user notification request with the specified route information and e-mail address, information indicating the B station, and the vehicle number is transmitted to the transportation search server 2.
The search server control unit 3 stores the received user notification request in the search server storage unit 4 and always acquires the position of the corresponding vehicle.

When the search server control unit 3 recognizes that the vehicle is about to enter the station just before the transfer, the search server control unit 3 indicates that it is approaching the B station to the email address of the received user notification request. Information on the route to be transferred, and a notification to urge the user to connect to a page for acquiring information on the travel route from the site for route search before changing to a vehicle on a new route are transmitted.
Before the user gets off at station B and changes the route, he / she connects to the page for obtaining information on the travel route with the mobile phone 1 and gets the boarding location information and ID with the station B as the boarding location at that time. Information is input and an input operation for transmitting the input boarding location information and ID information is performed.

The registration receiving server 10 reads out the information of the travel route from the ID number of the received boarding location information, specifies the travel route from the B station to the C station, and the vehicle number of the route on which the user gets on from the current time Is recognized, and the recognized vehicle number, ID number, and information indicating the C station are associated with each other and newly stored as travel route information.
The registration receiving server 10 reads the mail address of the route search information based on the received ID number, and information indicating the mail address and the vehicle number included in the newly stored travel route information and the C station as the destination information. A user notification request with “” is transmitted to the transportation facility search server 2.

The search server control unit 3 stores the received user notification request in the search server storage unit 4 and always obtains the position of the vehicle of the received vehicle number from the C station where the vehicle is the destination. When recognizing that it is going to enter the previous station, an e-mail indicating that the destination is approaching is transmitted to the e-mail address of the received user notification request by the guidance notification means.
In this way, when a transfer is necessary, a notification is made by e-mail that the vehicle has approached a stop for transfer, and then the user gets to the user again using the mobile phone 1 as the stop for the transfer before the transfer. By transmitting the information, it is notified that the vehicle has approached the stop that will be the destination after changing routes.

As described above, in this embodiment, the mobile phone that can be connected to the Internet regardless of the GPS function can be used to notify the user of the destination or the stop of transfer. Convenience can be further improved for users who use.
In addition, when the user goes over without knowing the notification to the mobile phone due to falling asleep, etc., when the route becomes different from the travel route information stored in the registration information database, the user gets on the vehicle. You may make it newly search a movement route between the registration reception server 10 and the transport system search server 2 by transmitting boarding place information to a registration reception server with a mobile telephone previously.

By doing in this way, even if an unexpected situation occurs by the user side, another movement route can be shown and the convenience can be further improved.
Further, in the above, an e-mail is sent to the user's mobile phone 1 to notify the user of getting off. However, the present invention is not limited to this, and a voice guidance that informs the user of getting off may be output. In that case, instead of obtaining an email address from the user, a telephone number is obtained.

  Further, the case where a mobile phone is used has been described as an example, but the present invention is not limited to this, and a mobile terminal having a function of connecting to an electronic mail transmission / reception or an Internet line such as a PDA (Personal Digital Assistant) may be used.

FIG. 5 is a block diagram showing a transportation system guidance system according to the second embodiment.
In the present embodiment, the same parts as those in the first embodiment are denoted by the same reference numerals, and the description thereof is omitted.
In addition, the transport system search server 2 of the present embodiment omits the route specifying means 5 from the first embodiment, and includes vehicle specifying information configured by combining the route information and the information specifying the vehicle for the vehicles on each route. The difference is that an input field for inputting vehicle specifying information is provided in the page of the boarding place setting screen displayed on the mobile phone 1 in advance.

FIG. 6 is an explanatory diagram showing an example of posting the vehicle identification information on the vehicle.
As shown in FIG. 6, in this embodiment, for each vehicle on each route, vehicle specifying information that combines the route information and information for specifying the vehicle is posted, and the posting location is the door side of the vehicle, the side of the window, etc. It is an easy-to-see place for users.
The operation of the above configuration will be described.

Here, the vehicle identification information is configured by combining numbers and characters, and will be described as a vehicle identification number.
In the same manner as in the first embodiment, when receiving the destination information and the mail address from the mobile phone 1, the registration receiving server 10 assigns the ID number and associates the ID number with the destination information and the mail address to obtain a route. Store search information.

Then, when the user gets in the vehicle at the boarding location as the departure place, connects to the route search site, and then connects to a page for obtaining information on the travel route, the mobile phone 1 displays the display screen. A boarding place setting screen in which boarding place information, an ID number, a vehicle identification number input field, etc. are arranged is displayed.
When the user performs input to the entry field of the boarding location setting screen and performs an input operation for transmitting the entered content to the registration receiving server 10, the mobile phone 1 receives the entered boarding location information, ID number, vehicle The specific number is transmitted to the registration receiving server 10.

The registration receiving server 10 reads the route search information from the registration information database 10a based on the received ID number, and configures and stores the route search information by including the received boarding location information in the read route search information. .
The registration reception server 10 transmits the route search information with the received vehicle identification number to the ID number, the destination information, and the departure point information of the stored route search information to the transportation search server 2.

  The search server control unit 3 of the transportation system search server 2 next gets off along the travel route and travel route based on the boarding location information, destination information, and vehicle identification number of the received route search information. The information on the stop is identified, the identified travel route, the received ID number and the vehicle identification number are associated with the information on the stop, the travel route information is configured, and the travel route information is transmitted to the registration receiving server 10.

As described above, in this embodiment, in addition to the same effects as in the first embodiment, the vehicle identification number is transmitted from the mobile phone to the registration receiving server. Since the route specifying means can be omitted, the creation of the program stored in the search server storage unit can be further simplified.
In the second embodiment, the vehicle identification number has been described as being input by the user on the screen displayed on the mobile phone. As the input method, a QR code representing the vehicle identification number is posted in the vehicle. Alternatively, the vehicle identification number may be acquired from the QR code read by the digital camera of the mobile phone and input to the displayed screen.

FIG. 7 is a block diagram showing a transportation system guidance system according to the third embodiment. Parts similar to those in the second embodiment are denoted by the same reference numerals, and the description thereof is omitted.
In this embodiment, it is assumed that the mobile phone 1 is provided with an IC chip in which a terminal identifier such as a mail address or a telephone number is recorded.
In FIG. 7, reference numeral 30 denotes a transportation vehicle on which a user rides. A vehicle information storage unit 31 for storing vehicle identification information and various information such as the vehicle identification information are sent to the transportation search server 2 via a dedicated line. A data transmission unit 32 that transmits data and a medium reading unit 33 that reads information recorded on the mobile phone 1 when the user brings the mobile phone 1 closer to the mobile phone 1 are provided.

Further, it is assumed that the medium reading unit 33 is provided in a place that is easy for the user to see, such as the vicinity of a door or a window in the vehicle 30.
The operation of the above configuration will be described.
The user gets on the vehicle 30 at the boarding place as the departure place, and brings the mobile phone 1 close to the medium reading unit 33 provided on the vehicle 30.

The vehicle 30 reads the mail address from the mobile phone 1 by the medium reading unit 33, reads the vehicle specifying information from the vehicle information storage unit 31, and sends the vehicle specifying information and the mail address to the transportation facility search server 2 by the data transmitting unit 32. Send to.
The search server control unit 3 of the transportation facility search server 2 stores the received vehicle specifying information in the search server storage unit 4 and transmits a destination information transmission request with the received mail address to the registration receiving server 10.

The registration receiving server 10 searches for route search information from the registration information database 10a based on the received mail address, reads destination information and ID number of the corresponding route search information, and searches the destination information for transportation. Send to server 2.
The search server control unit 3 reads the stored vehicle identification information, identifies the movement route and the information of the stop next to the user to get off from the received destination information and vehicle identification information, and information on the movement route and the stop The travel route information is composed of the vehicle identification information and the received ID number, and is transmitted to the registration receiving server 10.

  As described above, in addition to the effects of the second embodiment, the present embodiment reads a mail address from the user's mobile phone by the medium reading section provided in the vehicle, and stores the mail address and the vehicle information storage section. Vehicle identification information to be transmitted to the transportation agency search server, and from there, the travel route information is constituted by the communication processing between the transportation agency retrieval server and the registration receiving server 10, so that the vehicle identification number can be transmitted to the user who has entered the vehicle with a mobile phone. Can be saved, and it is possible to prevent an error in inputting the vehicle specific number on the mobile phone.

  In the third embodiment, a mobile phone has been described as an example. However, the present invention is not limited to this, and a portable terminal such as a PDA incorporating an IC chip or an IC card that records a terminal identifier of a user's portable phone is used. Even if it does in this way, the same effect can be acquired.

The configuration of the transportation system according to the present embodiment is the same as that of the first embodiment, and the same parts as those of the first embodiment are denoted by the same reference numerals and the description thereof is omitted.
In the present embodiment, the registration receiving server 10 transmits the user's mail address together with the route search information to the transportation facility search server 2.
Then, the search server control unit 3 of the transportation facility search server 2 transmits the travel route information configured as shown in step S6 of the first embodiment to the registration receiving server 10 and uses it according to the travel route of the travel route information. It is assumed that information such as the route used by the person and the transfer stop is sent to the mail address of the user who received the information.

  As described above, in addition to the effect of the first embodiment, the present embodiment notifies the user's mobile phone of the route along the moving route and the transfer stop, so that the convenience for the user is improved. can get.

FIG. 8 is a block diagram showing a transportation system guidance system according to the fifth embodiment.
Note that the same portions as those in the fourth embodiment are denoted by the same reference numerals, and description thereof is omitted.
In FIG. 8, reference numeral 40 denotes another route search means, which is realized by the search server control unit 3 and a program for configuring the travel route guide information stored in the search server storage unit 4, and is determined by the route determination unit 6. As a candidate for a travel route other than the travel route, it has a function of searching and determining a plurality of conditions for each condition such as the shortest time and the cheapest fare.

  In the transportation system guidance system according to the present embodiment configured as described above, the search server control unit 3 of the transportation system search server 2 receives the user's mail address at the same time when receiving the route search information from the registration reception server 10. The other route search means 40 searches and determines a plurality of travel routes other than the travel route determined by the route determination means 6, and registers the travel route information configured as shown in step S6 of the first embodiment. While transmitting to the reception server 10, the travel route by the route determination means 6 and a plurality of travel routes by the other route search means 40 are transmitted to the mail address of the user.

  As described above, in the present embodiment, in addition to the effects of the fourth embodiment, the user moves according to the state of transportation and his / her preference by notifying the user of a plurality of travel routes. The effect that the route can be decided and it can act is acquired.

The configuration of the transportation system guidance system of the present embodiment is the same as that of the fifth embodiment, and a message that changes the receiving operation of the email from the transportation search server 2 together with the email from the transportation search server 2 to the mobile phone 1. Sending is different.
Therefore, the search server storage unit 4 stores incoming operation change data for causing the mobile terminal 1 to change the incoming operation.

Here, the change of the incoming call operation means that, for example, a ring tone is sounded for a certain time and continuously vibrated for the mobile phone 1, or a ring tone is sounded even if the ringtone is not set in manner mode or the like. As described above, the operation content at the time of receiving an e-mail is changed.
Then, when the search server control unit 3 transmits an e-mail to the user's mobile phone 1, the search server storage unit 4 reads the incoming content change data and attaches the read incoming operation change data. Send incoming operation change message at the same time.

  As described above, in addition to the effects of the fifth embodiment, the present embodiment changes the incoming operation of the user's mobile phone so that the user can easily notice the transfer or notification of arrival at the destination. Therefore, it is possible to prevent the user from passing over due to not being aware of the notification.

The configuration of the transportation system according to the present embodiment is the same as that of the third embodiment, but it is necessary to collect electronic money when notifying that the mobile phone is changing or that the destination stop is approaching. The point is different.
Therefore, the mobile phone 1 possessed by the user has an electronic money function, and the medium reading unit 33 of the vehicle 30 reads and recognizes the balance of the electronic money stored together with the reading of the mobile phone 1. It is assumed that a function for collecting a certain amount is provided.

  Thus, when the mobile phone 1 is brought close to the medium reading unit 33 by the user, the vehicle 30 recognizes the remaining amount of electronic money by the medium reading unit 33, and the remaining amount is used for using the present system. When the usage fee amount is collected from the remaining amount that is equal to or more than the fee amount, the e-mail address is read from the mobile phone 1 in the same manner as in the third embodiment, and the vehicle identification information is read from the vehicle information storage unit 31 to identify the vehicle It is assumed that the information and the mail address are transmitted to the transportation facility search server 2 by the data transmission unit 32.

When the remaining amount of electronic money is less than the usage fee, the usage fee is not reduced, and the user cannot use the system.
As described above, in this embodiment, in addition to the effects of the third embodiment, a usage fee can be collected every time the user uses the transportation system.

The block diagram which shows the transport system guidance system of Example 1 The flowchart which shows operation | movement of the transport system guidance system of Example 1. Example data showing route search information Data example of travel route information The block diagram which shows the transport system guidance system of Example 2. Explanatory drawing which shows the example of posting to the vehicle of vehicle specific information The block diagram which shows the transport system guidance system of Example 3 Block diagram showing a transportation guidance system according to a fifth embodiment

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Cellular phone 2 Transportation search server 3 Search server control part 4 Search server memory | storage part 5 Route specification means 6 Route determination means 7 Approach detection means 8 Guidance notification means 10 Registration reception server 10a Registration information database 30 Vehicle 31 Vehicle information storage part 32 Data transmission unit 33 Medium reading unit 40 Other path search means

Claims (8)

In addition to receiving a terminal identifier, destination information and departure point information from a portable terminal, receiving destination and departure point information from the reception server and searching for a travel route using a route of transportation, A transportation system guidance system comprising a search server for detecting the position of a vehicle on a route,
The reception server receives the terminal identifier and the destination information from the user's mobile terminal, stores them in the storage unit, and receives the departure point information from the user immediately before getting on the transportation route. The time at that time is acquired, and the destination and the terminal identifier stored in the storage unit are read out, and the departure point, the destination, the terminal identifier, and the time are transmitted to the search server as route search information. ,
The search server searches for a travel route that can travel to the destination in the shortest time from the received starting point, and identifies information on the destination and a stop where the user gets off for transfer. ,
Further, the vehicle on which the user gets on the basis of the received time and the departure place is specified, and when the vehicle approaches within a predetermined range to the stop where the user gets off, based on the terminal identifier, A transportation guidance system characterized by transmitting a notification prompting to get off to a portable terminal. In the transportation guidance system according to claim 1,
When the content of the notification transmitted to the mobile terminal prompts the user to get off for a transfer, the search server uses the mobile station as the information on the departure point immediately before getting on a vehicle on another route. A transportation system guidance system, characterized in that content for prompting transmission to the reception server is added. In the transportation guidance system according to claim 1 or claim 2,
Provide vehicle identifiers for vehicles on each route,
The reception server receives a vehicle identifier input by a portable terminal, and transmits the vehicle identifier together with the route search information to the search server.
The search server detects a position of a stop where the vehicle is stopped based on the received vehicle identifier, and searches the travel route to the destination from the start point as the start point. Transportation system characterized by that. In the transportation guidance system according to claim 1 or claim 2,
Each route vehicle includes storage means for storing the vehicle identifier, reading means for reading the terminal identifier from the mobile terminal brought close to the vehicle, and communication means for the reception server.
When the terminal identifier of the user's mobile terminal is read, the stored vehicle identifier is read and the terminal identifier and the vehicle identifier are transmitted to the reception server,
The reception server reads a destination stored together with the same terminal identifier as the received terminal identifier, transmits the destination and the received vehicle identifier to the search server,
The search server detects a position of a stop where the vehicle is stopped based on the received vehicle identifier, and uses the stop as a starting point to determine a movement route to the destination received from the starting point. A transportation information system characterized by searching. In the transportation system guidance system according to claims 1 to 4,
The search server transmits the searched travel route to the portable terminal. In the transportation guidance system according to claim 5,
The search server stores the setting of conditions such as time and fee for the travel route,
A transportation system guidance system that searches a plurality of travel routes for each set condition and transmits the travel routes to the portable terminal. In the transportation system guidance system according to any one of claims 1 to 6,
The mobile terminal has a function of performing an incoming call operation when receiving a notification from the outside,
The said search server transmits the message | telegram which changes the incoming call | reception operation | movement at the time of receiving this notification with the notification which prompts the said getting-out to the said portable terminal, The transportation system characterized by the above-mentioned. In the transportation system guidance system according to claim 4,
The vehicle includes a collection unit that collects electronic money stored in a mobile terminal that is brought close to the reading unit,
When electronic money is collected from the portable terminal, the terminal identifier of the portable terminal is read, the stored vehicle identifier is read, and the terminal identifier and the vehicle identifier are transmitted to the reception server. Transportation guidance system.

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