JP2006235864A - Information provision system, information provision apparatus, information provision program and information provision method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a system that provides time differences between each competitor's target declaration times and transit times for persons concerned during the competition. <P>SOLUTION: A start point reader 3, a halfway point reader 4 and a finish point reader 5 send a competitor ID read from a radio IC tag 2 to a server 11. The server 11 reads out declaration times stored in advance in a database 12, calculates time differences between transit times and the declaration times, and e-mails the calculated time differences and the transit times to a competitor terminal 16 carried by the competitor or member portable terminals 15 carried by coaches and others. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention provides a competitor or a third party with information on the time required for a competitor to travel a predetermined distance in a competition such as a marathon that competes for the time required to travel a predetermined distance. The present invention relates to an information providing system, an information providing apparatus, an information providing program, and an information providing method.

  In recent years, regardless of age or sex, people have become familiar with sports, and the number of people participating in competitions such as marathons and cross-countries is increasing. In such competitions, many participants set a target time.

  In official competitions, not only the order but also the time recording is an important factor. In television broadcasting, displaying the recording immediately on the screen may lead to a difference in viewer service. Various ideas have been made. For example, in marathon television broadcasting, the lap time of each player at a passing point every 5 km is often displayed.

  The system described in Patent Document 1 notifies the athlete and the audience of the competition time of the athlete, the expected competition time by the athlete, and the difference between the competition time and the expected competition time with a speaker or the like after the competition.

  The system described in Patent Document 2 reads the identification information stored in the contactless IC tag possessed by the visitor, and stores the electronic mail of the visitor's mobile phone stored in association with the identification information. Send competition information to the address.

JP-A-9-161114 (paragraphs 0007 to 0033, FIG. 1) JP 2004-94431 A (paragraphs 0008 to 0025, FIG. 1)

  However, the systems described in Patent Literature 1 and Patent Literature 2 cannot provide information on competitions to the athletes in competition.

  Therefore, the present invention provides an information providing system, an information providing apparatus, an information providing program, and an information providing method for providing information regarding the time required for the athlete to travel a predetermined distance to the athletes and related persons in the competition. The purpose is to provide.

  An information providing system according to the present invention includes a plurality of reading means for reading information stored in a storage medium that is installed in a moving path of a moving object and stores at least identification information that accompanies the moving object and identifies the moving object; Based on the information read from the storage medium by the means, the time measuring means for measuring the passing time, which is the time that the moving object has passed through the installation place of the reading means, and the moving object is scheduled to pass through the installation place of the reading means. Storage means for storing the target time as time in advance, subtraction means for calculating the time difference between the target time stored in the storage means and the passing time measured by the timing means, and information including the passing time and the time difference Transmission means for transmitting to a predetermined terminal.

  The time measuring means may measure the passing time based on the time when the reading means reads the identification information from the storage medium.

  A server that communicates with the reading unit via the communication network may be provided, and the timing unit, the subtracting unit, and the transmitting unit may be mounted on the server.

  The predetermined terminal may be a portable terminal that communicates with the transmission means via a wireless line.

  The storage unit may store information indicating the transmission destination of the information of the transmission unit, and the transmission unit may transmit information based on the information indicating the transmission destination stored in the storage unit.

  An accounting unit may be included that calculates the amount to be charged according to the information transmitted by the transmission unit and stores the calculated amount in the storage unit.

  An information providing apparatus according to the present invention is installed in a moving path of a moving object, and can communicate with a plurality of reading units that read information stored in a storage medium that stores identification information associated with the moving object and at least identifies the moving object. An information providing device connected to the information providing device, wherein the information providing device measures a passing time, which is a time during which the moving object has passed through the installation location of the reading means, based on information read from the storage medium by the reading means. Storage means for preliminarily storing a target time that is a time when the moving object is expected to pass through the installation place of the reading means, a target time stored in the storage means, and a passing time measured by the time measuring means It includes subtracting means for calculating a time difference, and transmitting means for transmitting information including the passage time and the time difference to a predetermined terminal.

  The storage unit may store information indicating the transmission destination of the information of the transmission unit, and the transmission unit may transmit information based on the information indicating the transmission destination stored in the storage unit.

  An accounting unit may be included that calculates the amount to be charged according to the information transmitted by the transmission unit and stores the calculated amount in the storage unit.

  An information providing program according to the present invention is installed in a moving route of a moving object, and can communicate with a plurality of reading means that read information stored in a storage medium that stores at least identification information that accompanies the moving object and identifies the moving object. Based on the storage processing for storing in advance a target time, which is the time when the moving object is expected to pass through the place where the reading means is installed, to the computer connected to the reading means, and the reading means based on the information read from the storage medium A time measurement process that measures the passage time, which is the time that the moving object has passed through the installation location, a subtraction process that calculates a time difference between the target time stored in the storage means and the passage time measured by the time measurement means, A transmission process for transmitting information including a time and a time difference to a predetermined terminal is executed.

  According to the information providing method of the present invention, a plurality of reading means for reading information stored in a storage medium that accompanies a moving object and stores at least identification information for identifying the moving object is installed on the moving path of the moving object and read. The target time, which is the time that the moving object is expected to pass through the place where the means is installed, is stored in advance, and the passing time is the time when the moving object passes through the place where the means is read based on the information read from the storage medium. The time difference between the target time stored in the storage means and the passing time measured by the time measuring means is calculated, and information including the passing time and the time difference is transmitted to a predetermined terminal.

  According to the present invention, the reading means provides information including the passage time that is the time when the information stored in the storage medium attached to the moving object is read, and the time difference between the passage time and the target time. be able to.

  According to the invention described in claim 2 and claim 3, it is possible to measure the passing time based on the time when the reading unit reads the identification information from the storage medium and transmit the information to a predetermined terminal. it can.

  According to the inventions described in claims 4, 5, and 8, information can be provided to a transmission destination such as a portable terminal stored in the storage unit.

  According to the invention described in claim 6 and claim 9, it is possible to charge according to the transmitted information.

  Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is an explanatory diagram for explaining an embodiment of an information providing system according to the present invention. In this embodiment, a case where a competitor participates in a marathon event will be described as an example.

  In the information providing system of this embodiment, a wireless IC tag (storage medium) that is installed at the start point of a marathon course as a moving route of a moving object and stores an athlete ID that is information for identifying the athlete as the moving object. ) The start point reader 3 that reads the player ID stored in 2, the intermediate point reader 4 that is installed at the intermediate point of the marathon course and reads the player ID stored in the wireless IC tag 2, and the marathon course A goal point reader 5 that is installed at the goal point and reads the player ID stored in the wireless IC tag 2 is provided. In this embodiment, the wireless IC tag 2 is, for example, an RFID tag that generates power from radio waves emitted from a wireless tag reader and transmits ID information. A wireless IC tag using a built-in battery as a power source may be used.

  The information providing system also includes a server 11 connected to the start point reader 3, the intermediate point reader 4, and the goal point reader 5 via the first communication network 7, and a database that stores information to be provided to the server 11 ( Storage means) 12. Furthermore, it includes an athlete terminal 16, a member portable terminal 15, and a member fixed terminal 17 that receive information from the server 11 via the second communication network (wireless line) 8. The database 12 may be built in the server 11.

  The start point reader 3, the intermediate point reader 4 and the goal point reader 5 as reading means wirelessly read the player ID stored in the wireless IC tag 2, and read the read player ID into the first communication network 7. To the server 11 via.

  As shown in FIG. 1, the antennas of the start point reader 3, the intermediate point reader 4 and the goal point reader 5 read the player ID stored in the wireless IC tag 2 as shown in FIG. It is preferable that it is comprised.

  The start point leader 3, the intermediate point leader 4, and the goal point reader 5 are surfaces that form three sides of two pillars constituting the gate and a horizontal bar constituting the gate (however, the thickness corresponding to the width of the horizontal bar is equal to It is desirable to read the player ID stored in the wireless IC tag 2 only when the wireless IC tag 2 passes. Therefore, if the sensitivity of the start point reader 3, the intermediate point reader 4, and the goal point reader 5 is too high, the range for reading the player ID stored in the wireless IC tag 2 is widened, which is not preferable. Moreover, if the frequency of the radio wave generated by the wireless IC tag 2 is high, the directivity becomes strong, and the start point reader 3, the intermediate point reader 4, and the goal point reader 5 read the player ID stored in the wireless IC tag 2. Since the range can be limited, the frequency of the radio wave emitted by the wireless IC tag 2 is preferably high.

  In this embodiment, the intermediate point reader 4 is installed at an intermediate point between the start point and the goal point. However, the present invention is not limited to this, and other points (for example, A reader for reading the player ID stored in the wireless IC tag 2 may be installed at a plurality of arbitrary points such as 10 km or 30 km from the start point.

  The wireless IC tag 2 may store accompanying information that is information such as past records of each competitor.

  The first communication network 7 is realized by, for example, the Internet, and the second communication network 8 is realized by, for example, the Internet and a mobile phone communication network.

  The athlete terminal 16 as a portable terminal is realized by a mobile communication terminal such as a mobile phone, for example, and the athlete carries the athlete terminal 16 during the competition. The member mobile terminal 15 as a mobile terminal is realized by a mobile communication terminal such as a mobile phone, and is carried by a competitor's coach or the like. The member fixed terminal 17 is realized by a personal computer, for example.

  The server 11 and the database 12 are installed, for example, in an information management center 10 managed by an operator who operates a marathon event. The server 11 includes a start point reader 3, an intermediate point reader 4, and a goal point reader 5, which are wireless IC tags. The player ID read from 2 is stored in the database 12, the information stored in the database 12, and the athlete read from the wireless IC tag 2 by the start point reader 3, the intermediate point reader 4, and the goal point reader 5 Based on the ID, information is transmitted to the athlete terminal 16, the member portable terminal 15, or the member fixed terminal 17 via the second communication network 8.

  FIG. 2 is a block diagram showing a configuration example of the information providing system according to the present invention. The database 12 is a self-record that is a past record previously declared by each competitor, a declaration time that is a target record (a target time that a moving object is scheduled to pass through), and a passage that is a record of an actual competitor. It includes a player information database 12a that stores time (the time when the moving object has passed through the place where the reading means is installed) and the time difference that is the difference between the reporting time and the passing time. In addition, the database 12 includes a member ID of the member for whom the server 11 provides information, a member's e-mail address, a player ID indicating the player of information provided to the member, and a usage fee that is an amount charged to the member. Is stored in the mail information database 12b. The database 12 further includes a Web information database 12 c that stores information to be provided to a terminal device such as the member fixed terminal 17 connected via the Internet as the second communication network 8. The Web information database 12c stores various information related to the game in advance, and provides information to a terminal device such as the member fixed terminal 17 installed in a predetermined place such as a coach waiting room or a moving vehicle in response to a request.

  FIG. 3 is an explanatory diagram showing an example of information stored in the player information database 12a. In the example shown in FIG. 3, in the player information database 12a, the player whose player ID is a has a self-record of Ta1p in the midpoint, Ta1g in the self-record of the goal point, and the declaration time of the midpoint Is Ta2p, the reporting time at the goal point is Ta2g, the transit time at the intermediate point is Ta3p, the transit time at the goal point is Ta3g, the time difference at the intermediate point is Ta2p-Ta3p, and the time difference between the goal points Is Ta2g-Ta3g.

  When a reader that reads the wireless IC tag 2 is installed at a place other than the intermediate point (for example, a 10 km point), the player information database 12a stores the passing time, self-recording, reporting time, and time difference at that point. May be.

  FIG. 4 is an explanatory diagram showing an example of information stored in the mail information database 12b. In the example shown in FIG. 4, the mail information database 12b shows that the member whose member ID is x is the electronic terminal of the terminal (the athlete terminal 16, the member portable terminal 15, or the member fixed terminal 17) that receives the information. The e-mail address is Mx, the player ID of the information transmitted to the e-mail address Mx is a, and the usage fee is Cx.

  A server 11 that is an information processing apparatus (computer) calculates a time difference by a transmission / reception unit (transmission unit) 21 that transmits information, a time unit (time unit) 23 that measures a time when the transmission / reception unit 21 receives information, and calculates a time difference. A subtracting unit (subtracting unit) 24 for storing the time difference in the player information database 12a, a charging unit (billing unit) 25 for calculating a fee charged to the member, and a control unit 22 for controlling each unit.

  The transmission / reception unit 21 receives information from the start point reader 3, the intermediate point reader 4, and the goal point reader 5, and transmits information to the athlete terminal 16, the member portable terminal 15, or the member fixed terminal 17. The timer unit 23 measures the time when the transmitting / receiving unit 21 receives information from the start point reader 3, the intermediate point reader 4, and the goal point reader 5. In addition, the time measuring part 23 is provided corresponding to each competitor. The subtracting unit 24 calculates a time difference based on the time when the information is received from the intermediate point reader 4 and the goal point reader 5 measured by the time measuring unit 23 and the reporting time stored in the player information database 12a. The calculated time difference is stored in the player information database 12a. The billing unit 25 calculates a charge for billing the member according to the information transmitted to the member's terminal.

  The server 11 realizes each function of the function of the transmission / reception unit 21 (excluding the part realized by hardware), the function of the timing unit 23, the function of the subtraction unit 24, the function of the accounting unit 25, and the function of the control unit 22. It implement | achieves with CPU which operate | moves according to the program for doing.

  Next, the operation of the embodiment of the present invention will be described. FIG. 5 is a flowchart for explaining the operation of the embodiment of the present invention.

  Athletes or competitors (such as coaches) report information such as self-records and reporting times to the competition organizers in advance. The organizer or the assistant on the organizer side registers the reported information in the athlete information database 12a in association with the athlete ID. The wireless IC tag 2 storing the player ID is distributed to the player. The athlete attaches the distributed wireless IC tag 2 to clothes or the like. Note that the wireless IC tag 2 itself may not be distributed to the athlete, but may be distributed to the athlete in a form worn by the athlete such as a bib with the wireless IC tag 2 attached. Moreover, when a competitor carries out the competition with the player terminal 16, the wireless IC tag 2 that can be attached to the player terminal 16 may be distributed.

  In addition, the athlete or the related person of the athlete declares an e-mail address to the organizer of the competition. The organizer or an assistant on the organizer side registers the reported e-mail address in the e-mail information database 12b in association with the competitor ID. When the athlete or the related person wants to send information to the athlete terminal 16, he / she declares the e-mail address of the athlete terminal 16 and wants to send the information to the member portable terminal 15 possessed by the relevant person. In this case, the e-mail address of the member portable terminal 15 is reported. Hereinafter, it is assumed that the e-mail address of the member mobile terminal 15 is declared.

  When the player passes the start point, the start point reader 3 reads the player ID stored in the wireless IC tag 2 (step S101), and the read player ID is sent via the first communication network 7. It transmits to the transmission / reception part 21 of the server 11 (step S102).

  When the transmission / reception unit 21 receives the player ID from the start point reader 3, the control unit 22 resets the time measurement of the time measurement unit 23 to 0 and starts time measurement (step S103). The control unit 22 refers to the mail information database 12b and reads an e-mail address to which the player information indicated by the player ID received by the transmission / reception unit 21 is to be transmitted (step S104). For example, when the player ID received by the transmitting / receiving unit 21 from the start point reader 3 is a, referring to FIG. 4, the e-mail address for transmitting the information of the player IDa is Mx. , Mx are read out.

  The control unit 22 causes the transmission / reception unit 21 to transmit an e-mail indicating that the player who is the player IDa has started to the read e-mail address (step S105). When the transmission / reception unit 21 transmits an e-mail, the control unit 22 causes the charging unit 25 to calculate a fee charged to the member of the destination e-mail address (step S106). Store in the mail information database 12b.

  Specifically, when the control unit 22 causes the transmission / reception unit 21 to transmit an e-mail to Mx, the control unit 22 causes the charging unit 25 to calculate a charge for charging a member whose e-mail address is Mx. Then, the fee calculated by the billing unit 25 is added to the usage fee of the member whose e-mail address is Mx (that is, the member whose member ID is x) and stored in the mail information database 12b.

  Next, when the player passes the intermediate point, the intermediate point reader 4 reads the player ID stored in the wireless IC tag 2 (step S107), and uses the read player ID as the first communication network 7. To the transmission / reception unit 21 of the server 11 (step S108).

  When the transmission / reception unit 21 receives the player ID from the midpoint reader 4, the control unit 22 reads the time measured by the time measuring unit 23 (step S109). The control part 22 writes the time read from the time measuring part 23 in the column of the passage time of the intermediate point of the player ID received by the transmitting / receiving unit 21 in the player information database 12a (step S110). For example, when the player ID is a and the time read from the time measuring unit 23 is Ta3p, the control unit 22 puts Ta3p in the column for the transit time of the player IDa in the player information database 12a. Write. Since the timekeeping of the timekeeping unit 23 is reset to 0 when the athlete starts, that is, the reference time is set, the time read from the timekeeping unit 23 is determined by the intermediate point reader 4 by the wireless IC tag 2 It corresponds to the elapsed time from the reference time at the time when the player ID is read from. The elapsed time is set in the player information database 12a as the passage time.

  Then, the control unit 22 reads the declaration time at the intermediate point of the competitor from the athlete information database 12a, the athlete ID received by the transmission / reception unit 21, the read declaration time, and the passing time read from the time measuring unit 23. Is output to the subtracting unit 24. The subtraction unit 24 calculates a time difference by subtracting the passage time from the reporting time input by the control unit 22, and writes the calculated time difference in the time difference column at the intermediate point in the player information database 12a (step S111).

  For example, when the player ID received by the transmission / reception unit 21 from the waypoint reader 4 is a and the reporting time at the waypoint of a is Ta2p, the subtraction unit 24 calculates Ta2p−Ta3p, and the calculation result Is written in the column of the time difference of the intermediate point of the player IDa in the player information database 12a.

  When the control unit 22 writes the time difference calculated by the subtraction unit 24 in the time difference column of the intermediate point in the player information database 12a, the e-mail address of the member to which the information of the player who wrote the time difference should be transmitted is sent to the mail information database. Read from 12b (step S112).

  The control unit 22 causes the transmission / reception unit 21 to transmit the information written in the time difference column at the intermediate point and the transit time at the intermediate point to the read e-mail address (step S113). For example, when the player ID to which the subtractor 24 has written the time difference is a, Mx, which is the e-mail address of the member to which the information of the player IDa is to be transmitted, is read from the mail information database 12b. Let Mx transmit the time difference at the intermediate point and the transit time at the intermediate point.

  When the transmission / reception unit 21 transmits an e-mail, the control unit 22 causes the charging unit 25 to calculate a fee charged to the member of the destination e-mail address (step S114). Store in the mail information database 12b.

  For example, when the control unit 22 causes the transmission / reception unit 21 to transmit an e-mail to Mx, the control unit 22 causes the charging unit 25 to calculate a charge for charging a member whose e-mail address is Mx. Then, the fee calculated by the billing unit 25 is added to the usage fee of the member whose e-mail address is Mx (that is, the member whose member ID is x) and stored in the mail information database 12b.

  Next, when the player passes the goal point, the goal point reader 5 reads the player ID stored in the wireless IC tag 2 (step S115), and uses the read player ID as the first communication network 7. To the transmission / reception unit 21 of the server 11 (step S116).

  When the transmission / reception unit 21 receives the player ID from the goal point reader 5, the control unit 22 reads the time counted by the time measuring unit 23 (step S117). The control part 22 writes the time read from the time measuring part 23 in the column of the passing time of the goal point of the player ID received by the transmitting / receiving unit 21 in the player information database 12a (step S118). Specifically, for example, when the player ID is a and the time read from the time measuring unit 23 is Ta3g, the control unit 22 uses Ta3g as the goal point of the player IDa in the player information database 12a. Write in the transit time column.

  Then, the control unit 22 reads out the reporting time at the goal point of the athlete from the athlete information database 12a, the athlete ID received by the transmitting / receiving unit 21, the readout reporting time, and the passing time read out from the timing unit 23. Is output to the subtracting unit 24. The subtraction unit 24 calculates a time difference by subtracting the passage time from the reporting time input by the control unit 22, and writes the calculated time difference in the time difference column of the goal point in the player information database 12a (step S119).

  For example, when the player ID received by the transmission / reception unit 21 from the goal point reader 5 is a and the reporting time at the goal point of a is Ta2g, the subtraction unit 24 calculates Ta2g-Ta3g, and the calculation result Is written in the column of the time difference of the goal point of the player IDa in the player information database 12a.

  When the control unit 22 writes the time difference calculated by the subtraction unit 24 in the time difference column of the goal point in the player information database 12a, the e-mail address of the member to which the information of the player ID that wrote the time difference should be transmitted is mail information. Read from the database 12b (step S120).

  The control unit 22 causes the transmission / reception unit 21 to transmit the information written in the time difference column at the goal point and the transit time at the goal point to the read e-mail address (step S121). For example, when the player ID to which the subtractor 24 has written the time difference is a, Mx, which is the e-mail address of the member to which the information of the player IDa is to be transmitted, is read from the mail information database 12b. The time difference at the goal point and the transit time at the goal point are transmitted to Mx.

  When the transmission / reception unit 21 transmits an e-mail, the control unit 22 causes the charging unit 25 to calculate a fee charged to the member of the destination e-mail address (step S122), and the fee calculated by the charging unit 25 is Store in the mail information database 12b.

  For example, when the control unit 22 causes the transmission / reception unit 21 to transmit an e-mail to Mx, the control unit 22 causes the charging unit 25 to calculate a charge for charging a member whose e-mail address is Mx. Then, the fee calculated by the billing unit 25 is added to the usage fee of the member whose e-mail address is Mx (that is, the member whose member ID is x) and stored in the mail information database 12b.

  As described above, according to this embodiment, a member such as a player's coach can pass the passing time when the player passes the intermediate point leader 4 and the goal point leader 5, and the passing time and the reporting time. Since the member mobile terminal 15 can know the time difference information, an appropriate instruction can be sent to the athlete via the athlete terminal 16.

  Further, since the server 11 includes the accounting unit 25, it is possible to perform accounting according to the provided information.

  Here, the case where the server 11 transmits information to the member portable terminal 15 is taken as an example, but the mail information database 12b stores the mail address of the athlete terminal 16, and the transmission / reception unit 21 of the server 11 controls the control. Information may be transmitted to the player terminal 16 according to the control of the unit 22. In that case, the athlete can immediately know the passing time and the information of the time difference between the passing time and the reporting time when passing the intermediate point reader 4. Therefore, it is possible to check the own running situation and perform pace distribution while considering the physical condition.

  The transmission / reception unit 21 may transmit information to a member's terminal when the member requests transmission of information, or transmits information to a terminal such as an electric display board for displaying information or a television broadcasting station. May be.

  The present invention can be used in competitions such as marathons, cross-country, skiing, and bicycles. Moreover, if a gate is installed in the route of the route bus, it can be used for route bus operation management.

It is explanatory drawing explaining embodiment of the information provision system by this invention. It is a block diagram which shows the example of 1 structure of the information provision system by this invention. It is explanatory drawing which shows an example of the information which the player information database has memorize | stored. It is explanatory drawing which shows an example of the information which the mail information database has memorize | stored. It is a flowchart explaining operation | movement of embodiment of this invention.

Explanation of symbols

2 Wireless IC Tag 3 Start Point Reader 4 Intermediate Point Reader 5 Goal Point Reader 7 First Communication Network 8 Second Communication Network 10 Information Management Center 11 Server 12 Database 12a Athlete Information Database 12b Mail Information Database 12c Web Information Database 15 Member mobile terminal 16 Athlete terminal 17 Member fixed terminal 21 Transmission / reception unit 22 Control unit 23 Timing unit 24 Subtraction unit 25 Charging unit

Claims (11)

A plurality of reading means for reading information stored in a storage medium that is installed in a moving path of the moving object and stores identification information associated with the moving object and identifying at least the moving object;
Based on information read from the storage medium by the reading means, a time measuring means for measuring a passing time which is a time when the moving object has passed through a place where the reading means is installed;
Storage means for preliminarily storing a target time which is a time for which the moving object is expected to pass through an installation place of the reading means;
Subtracting means for calculating a time difference between the target time stored in the storage means and the passing time measured by the time measuring means;
An information providing system comprising: a transmission unit configured to transmit information including the transit time and the time difference to a predetermined terminal. The information providing system according to claim 1, wherein the time measuring means measures the passage time based on the time when the reading means reads the identification information from the storage medium. Comprising a server for communicating with the reading means via a communication network;
The information providing system according to claim 1, wherein the time measuring unit, the subtracting unit, and the transmitting unit are mounted on the server. The information provision system according to any one of claims 1 to 3, wherein the predetermined terminal is a portable terminal that communicates with a transmission unit via a wireless line. The storage means stores information indicating a transmission destination of information of the transmission means,
The information providing system according to any one of claims 1 to 4, wherein the transmitting unit transmits information based on information indicating the transmission destination stored in the storage unit. The information provision system according to any one of claims 1 to 5, further comprising a billing unit that calculates a billing amount according to information transmitted by the transmission unit, and stores the calculated amount in the storage unit. Information provision that is installed in a moving path of a moving object and is communicably connected to a plurality of reading means that read information stored in a storage medium that accompanies the moving object and stores identification information for identifying at least the moving object A device,
The information providing device, based on the information read by the reading means from the storage medium, a time measuring means for measuring a passing time, which is a time during which the moving object has passed through the installation location of the reading means,
Storage means for preliminarily storing a target time which is a time for which the moving object is expected to pass through an installation place of the reading means;
Subtracting means for calculating a time difference between the target time stored in the storage means and the passing time measured by the time measuring means;
An information providing apparatus comprising: a transmission unit configured to transmit information including the passage time and the time difference to a predetermined terminal. The storage means stores information indicating a transmission destination of information of the transmission means,
The information providing apparatus according to claim 7, wherein the transmission unit transmits information based on information indicating the transmission destination stored in the storage unit. The information providing apparatus according to claim 7, further comprising a billing unit that calculates a billing amount according to the information transmitted by the transmission unit, and stores the calculated amount in the storage unit. A computer installed in a moving path of a moving object and connected to a plurality of reading means for reading information stored in a storage medium associated with the moving object and storing identification information for identifying at least the moving object. ,
A storage process for storing in advance a target time, which is a time for which the moving object is expected to pass through an installation place of the reading unit;
Based on the information read from the storage medium by the reading means, a time measuring process for measuring a passing time, which is a time during which the moving object has passed through an installation place of the reading means;
A subtraction process for calculating a time difference between the target time stored in the storage unit and the passing time measured by the time measuring unit;
The information provision program for performing the transmission process which transmits the information containing the said transit time and the said time difference to a predetermined | prescribed terminal. A plurality of reading means for reading information stored in a storage medium that stores identification information for identifying at least the moving object that accompanies the moving object is installed in the moving path of the moving object,
Preliminarily storing a target time, which is a time when the moving object is expected to pass through the installation location of the reading means,
Based on the information read from the storage medium, measure the passage time that is the time that the moving object has passed through the installation location of the reading means,
Calculating the time difference between the target time stored in the storage means and the passing time measured by the time measuring means;
Information including the transit time and the time difference is transmitted to a predetermined terminal.

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