JP2005352719A - Taxi calling system, taxi calling method, calling system and calling method - Google Patents

Abstract

An object of the present invention is to provide a taxi calling system and the like that can reduce operation costs by using a mobile phone and a wireless communication system.
A taxi management terminal 4A identifies dispatch taxis in order of increasing distance, but the telephone number of the user and the telephone number of the taxi radio device are stored in the rejection number storage database 4B, and “Saburo Morimoto” A connection request is transmitted to the taxi radio device of “Fumiko Morita” next to the next without calling (step S22). When a connection request is received, the telephone number is notified and a timer is started to monitor whether there is a call connection response within a predetermined time. If there is no response or a disconnection signal is received, no response or disconnection is received. Is notified to the taxi management terminal 4A (step S24). When the taxi management terminal 4A receives the non-response or the disconnection notification, the taxi management terminal 4A identifies “Shiro Morishita” next to it, and repeats step S22 and step S23.
[Selection] Figure 7

Description

  The present invention relates to a taxi calling system, a taxi calling method, a calling system, and a calling method. More specifically, a user having a wireless communication device receives a wireless communication service from a communication company via a wireless communication network. The present invention relates to a taxi using a taxi call system that pays a predetermined usage fee by receiving a provision, and a call system and call method for a waiting person.

  In addition, the present invention also applies these methods (steps or procedures) to semiconductor memory, LD (laser disc), HD (hard disc), FD (flexible disc), MD (mini disc), CD (compact disc) or DVD (digital versatile). The present invention relates to a program recorded on an information storage medium such as a disk or a digital video disk.

  Conventionally, a taxi user calls a taxi as needed. For example, taxi companies have installed free taxi calling phones at predetermined locations such as hospitals and businesses that are relatively frequently used. In addition, the taxi call phone is given a management number, and the taxi company knows its location.

  First, when a taxi user uses a taxi calling phone installed at the front entrance of Hospital A, he calls the taxi company operator and tells his name (for example, Ichiro Yamada). From the management number, grasp that “Ichiro Yamada is waiting for a taxi at the front entrance of A Hospital”.

  The operator of the taxi company tells all of the taxis that he manages with the taxi radio device that “the customer is waiting for a taxi at the front entrance of the hospital A”. Taxi drivers report how many minutes they can arrive at Hospital A.

  The operator of the taxi company decides the taxi that is judged to be appropriate (for example, the taxi with the shortest arrival time) from the reported taxis, and asks the taxi driver "Ichiro Yamada I'm waiting at the front entrance, so go straight to the station. Tell the user Ichiro Yamada that the taxi with the car number 12-34 will arrive within a few minutes and wait.

  And the taxi driver of car number 12-34 that arrived at the front entrance of Hospital A said, “Is there Ichiro Yamada?”, Ichiro Yamada who noticed it got into the taxi and moved to the desired location. Get a taxi.

  However, in the conventional taxi calling system described above, there is a problem that the user needs to search for a taxi calling phone and must go to the place where the taxi calling phone is installed.

  On the other hand, a taxi company has a problem that a taxi calling telephone or a taxi radio device must be installed or a dedicated operator must be resident for system operation, resulting in enormous costs.

  The present invention has been made to solve the above-described problems, and a taxi calling system and a taxi that can reduce the operation cost by using widely used mobile phones and wireless communication systems. An object is to provide a calling method, a calling system, and a calling method.

  The first prior art (Patent Document 1) that is relatively close to the present invention is as follows: “A mobile object management system that can move a mobile object to a desired position by a simple operation at any location is provided. "When the electronic mail from the mobile phone 2 is received by the receiving unit 31, the positional information analysis unit 36 analyzes the positional information attached to the electronic mail. The user ID is transmitted to the taxi management station 6 by the taxi management station access unit 37. In the taxi management station 6, the taxi search unit 63 searches for an optimal taxi based on the received position information, and dispatches to the taxi. The instructing unit 64 gives a dispatch instruction, while the taxi management server 3 receives the taxi information of the taxi searched by the taxi management station 6, and the control unit 33 The mobile information management system is written and published as “She information is written in an e-mail and transmitted to the mobile phone 2. Then, a taxi arrives at the user.”

  As a second prior art (Patent Document 2), the problem is that “optimum service can be immediately used only by telephone even from a user who does not have an Internet connection environment”. When a communication device (for example, a mobile phone) calls a mediation service providing device 101 (mediation device) with a number for calling a taxi, for example, the mediation device selects the mediation policy corresponding to the number from the mediation policy list (for example, taxi, Search for the location of the mobile phone (eg, Fukuoka), search the product list with this mediation policy and location, and search for the product (eg: access number 092-xxx-ssss of the provider side communication device) Taxi, Fukuoka) is selected, and the intermediary device uses the access number of this product, and the communication device on the provider side of the selected product (for example, access number 092-xxx-ssss of the taxi company in Fukuoka) and the user side communication device (example : Carrying They are connected to each other by the exchange of the phone). In this way the user can request a taxi dispatch and call a taxi company. "That the mediation service providing apparatus have been filed public.

  As a third prior art (Patent Document 3), “providing a taxi dispatch system for quickly dispatching a taxi close to the user.”, “Notification of dispatch request from portable information terminal U possessed by the user” The taxi dispatch system 1 dispatches a taxi to the user according to the location, and the location specifying means 12 identifies the location of the user based on the dispatch request notification from the user. The taxi search means 13 searches the taxi closest to the user's position with reference to the taxi position information database 18 that is constituted by constantly receiving and updating the position information of each taxi having, The taxi dispatch method is configured to transmit the dispatch request notification by the dispatch notification means 15 to the taxi company's dispatch system. Taxi dispatch system and web server for taxi dispatch have been filed public.

  As a fourth prior art (Patent Document 4), “the taxi radio is unnecessary and there is no annoyance or ambiguity due to voice dispatch instructions, and further cost reduction is promoted”. The current position information, the vehicle number information 125a, and the tariff information are transmitted to the vehicle dispatching center side via a predetermined communication network, and the vehicle dispatching center side is within a predetermined range from the pickup position designated by the customer 5 based on these information. Searches for an empty vehicle existing in the vehicle, transmits a vehicle allocation request together with vehicle allocation position information to the vehicle, and displays a received vehicle allocation position information and inputs a vehicle allocation response indicating whether or not the vehicle can be allocated. Then, the input vehicle allocation response is transmitted together with the vehicle number information 125a of the host vehicle, and the vehicle allocation center side transmits the vehicle allocation response source vehicle based on the received vehicle number information 125a. A taxi dispatching support system, “This is displayed, this is displayed, a dispatch instruction is transmitted to the identified vehicle, and the vehicle side displays that this dispatch instruction has been received.” An application of a machine and a dispatch information pad used for the machine have been published.

  As the fifth prior art (Patent Document 5), “It is difficult to confirm the current service of each taxi company, and if the telephone number is not recognized, a reservation cannot be made and the problem of convenience is not sufficient. "It was an oral explanation, and it was about accuracy." The service of each taxi company was provided by "GPS function of mobile phone and web function, and more accurate by GPS data instead of verbal" A mobile phone GPS dispatch system that “reserves taxis based on information” has been published.

  Further, as other conventional technologies, the following patent applications are disclosed (Patent Documents 6 to 10).

In addition to the above patent documents, the ITmedia homepage (Non-patent Document 1) states that “NTT DOCOMO, KDDI, and Vodafone, which provide third-generation mobile phones, are equipped with GPS and notify location information in an emergency. "We have a policy to develop a terminal that has a function to do this, and a system in which police officers rush to the scene based on location information from the reception of the report is being developed for 2007." It is posted. NTT DoCoMo, KDDI, and Vodafone are registered trademarks.
JP-A-2004-70498 JP 2003-304334 A JP 2003-296887 A JP 2003-178119 A JP 2003-168191 A JP2003-30788 JP2003-8491 JP 2002-367085 A JP2002-342427 JP2002-312895 http://www.itmedia.co.jp/mobile/articles/0405/18/news034.html

  In order to achieve the above object, the taxi calling system according to the first aspect of the present invention provides a wireless communication service provided by a user who owns a wireless communication device from a communication provider via a wireless communication network. In a taxi calling system using a wireless communication system that pays a predetermined usage fee, position detection means for detecting a current position of the wireless communication device and current positions of taxi wireless devices installed in a plurality of taxis A taxi position detecting means for detecting, and a taxi management device for delivering a taxi to a user who owns the wireless communication device, wherein the taxi management device includes a current position of the wireless communication device detected by the position detection means; Based on the current position of the taxi radio device detected by the taxi position detection means, With identifying a first cab to be al dispatch, characterized by dispatching a first cab specific to the user.

  A taxi calling system according to a second aspect of the present invention is the taxi calling system according to the first aspect, wherein the taxi management device has a taxi radio installed in the first taxi when the specified first taxi is dispatched. The apparatus is characterized by notifying the current position of the wireless communication apparatus detected by the position detecting means.

  The taxi calling system of the present invention according to claim 3 is the taxi calling system according to claim 2, wherein the taxi management device detects the taxi radio device installed in the first taxi by the position detection means. When notifying the current position of the wireless communication device, the notification of the current position is repeated every time a predetermined time elapses.

  A taxi calling system according to a fourth aspect of the present invention is the taxi calling system according to the second aspect, wherein the taxi management device detects the taxi radio device installed in the first taxi by the position detecting means. When the current position moves after notifying the current position of the wireless communication device, the current position of the wireless communication device is notified again.

  The taxi calling system of the present invention according to claim 5 is the taxi calling system according to claim 4, wherein the taxi management device detects the taxi radio device installed in the first taxi by the position detection means. In the case where the current position of the wireless communication apparatus moves more than a predetermined distance after notifying the current position of the wireless communication apparatus, the current position of the wireless communication apparatus is notified again.

  A taxi calling system according to a sixth aspect of the present invention is the taxi calling system according to any one of the first to fifth aspects, wherein a telephone number of the taxi radio device and a taxi car number are stored in association with each other. The taxi management device includes a storage unit, and when the specified first taxi is dispatched, the taxi management device notifies the wireless communication device held by the user of the vehicle number of the first taxi.

  A taxi calling system according to a seventh aspect of the present invention is the taxi calling system according to any one of the first to sixth aspects, wherein the taxi management device is a current position of the wireless communication device detected by the position detecting means. When the taxi to be dispatched is specified from among the plurality of taxis based on the current position of the taxi radio device detected by the taxi position detection means, the distance between the current position of the radio communication device and the current location of the taxi radio device Is characterized by identifying the nearest first taxi.

  The taxi calling system of the present invention according to claim 8 is the taxi calling system according to claim 7, wherein when the taxi management device specifies the first taxi, a taxi radio device installed in the first taxi When the user makes a call and responds within a predetermined time, the specified first taxi is dispatched to the user, while when the user does not respond within the predetermined time, the specified first taxi is not dispatched to the user. And

  The taxi calling system of the present invention according to claim 9 is the taxi calling system according to claim 8, wherein the taxi management device calls the taxi radio device installed in the first taxi within a predetermined time. When no response is made, the next closest taxi is specified as the first taxi instead of the first taxi.

  A taxi calling system according to a tenth aspect of the present invention is the taxi calling system according to any one of the first to ninth aspects, wherein the telephone number of the wireless communication device owned by the user and the taxi wireless device A refusal number storage means for storing a telephone number or a taxi car number in association with each other, and the taxi management device detects the current position of the wireless communication device detected by the position detection means and the taxi position detection means; Based on the current position of the taxi radio device, the first taxi to be dispatched is specified from among the plurality of taxis, and when the identified first taxi is dispatched to the user, the rejection number storage means uses the use The telephone number of the wireless communication device owned by the person and the telephone number of the taxi wireless device or the car number of the taxi are stored in association with each other. When you are, characterized in that it does not identify as a first cab to be dispatched taxi cab and the vehicle number to place a taxi radio system of the telephone number.

  In the taxi calling method of the present invention according to claim 11, a user having a wireless communication device receives a provision of a wireless communication service from a communication carrier via a wireless communication network, thereby providing a predetermined usage fee. In a taxi calling method using a paying wireless communication system, a position detection step for detecting a current position of the wireless communication device, a taxi position detection step for detecting a current position of taxi wireless devices installed in a plurality of taxis, A taxi management step of dispatching a taxi to a user who owns the wireless communication device, wherein the taxi management step includes a current position of the wireless communication device detected by the position detection step and a taxi radio detected by the taxi position detection step. Based on the current location of the device, all of the taxis should be dispatched. With identifying a first cab, characterized by dispatching a first cab specific to the user.

  A taxi calling method according to a twelfth aspect of the present invention is the taxi calling method according to the eleventh aspect, wherein the taxi management step includes a current position of the wireless communication device detected by the position detecting step and the taxi position detecting step. When identifying a taxi to be dispatched from among the plurality of taxis based on the detected current position of the taxi radio device, the first taxi with the closest distance between the current position of the radio communication device and the current position of the taxi radio device is selected. It is characterized by specifying.

  A taxi calling method according to a thirteenth aspect of the present invention is the taxi calling method according to the twelfth aspect, wherein, when the taxi management step specifies the first taxi, a taxi radio device installed in the first taxi. When the user makes a call and responds within a predetermined time, the specified first taxi is dispatched to the user, while when the user does not respond within the predetermined time, the specified first taxi is not dispatched to the user. And

  A taxi calling method according to a fourteenth aspect of the present invention is the taxi calling method according to the thirteenth aspect, wherein the taxi management step calls the taxi radio device installed in the first taxi within a predetermined time. When no response is made, the next closest taxi is specified as the first taxi instead of the first taxi.

  A taxi calling method according to a fifteenth aspect of the present invention is the taxi calling method according to any one of the eleventh to fourteenth aspects, wherein the telephone number of the wireless communication device held by the user and the taxi wireless device A refusal number storing step of associating a telephone number or a taxi car number with a refusal number storage means and storing the refusal number in the refusal number storage means; Based on the current location of the taxi radio device detected in the step, the first taxi to be dispatched is specified from among the plurality of taxis, and the rejection number is stored when the identified first taxi is dispatched to the user. Means for the telephone number of the wireless communication device held by the user and the telephone number or taxi of the taxi wireless device When the car number and are stored in association, characterized in that it does not identify as a first cab to be dispatched taxi cab and the vehicle number to place a taxi radio system of the telephone number.

  In the calling system according to the sixteenth aspect of the present invention, a user who owns a wireless communication device pays a predetermined usage fee by receiving a wireless communication service provided from a communication carrier via a wireless communication network. In a calling system using a wireless communication system, position detecting means for detecting a current position of the wireless communication apparatus, standby position detecting means for detecting current positions of wireless apparatuses held by a plurality of standby persons, and the wireless communication A standby management device that sends a standby to a user who owns the device, the standby management device detecting the current position of the wireless communication device detected by the location detection means and the standby location detection means Based on the current position of the wireless device, the first waiting person to be sent from among the plurality of waiting persons is specified, and the specified first waiting person is Characterized in that it directs to use person.

  The call system according to a seventeenth aspect of the present invention is the call system according to the sixteenth aspect, in which the waiter management device is configured such that the current position of the wireless communication device detected by the position detection unit and the waiter position detection unit are Based on the detected current position of the wireless device, when identifying a waiter to be sent from among the plurality of waiters, the distance between the current position of the wireless communication device and the current position of the standby wireless device is the closest One waiting person is specified.

  The call system of the present invention according to claim 18 is the call system according to claim 17, wherein the standby management device specifies a wireless device held by the first standby when the first standby is specified. When a call is made and a response is made within a predetermined time, the specified first waiter is directed to the user, whereas when a response is not made within the predetermined time, the specified first waiter is not directed to the user. It is characterized by.

  The call system according to a nineteenth aspect of the present invention is the call system according to the eighteenth aspect, wherein the standby management device calls the wireless device held by the first standby and does not respond within a predetermined time. Sometimes, instead of the first waiting person, the next waiting person is specified as the first waiting person.

  A calling system according to a twentieth aspect of the present invention is the calling system according to any one of the sixteenth to nineteenth aspects, wherein a telephone number of the wireless communication device held by the user and a telephone number of the wireless device or A refusal number storing means for storing the name of the waiting person in association with each other, wherein the waiting person managing apparatus detects the current position of the wireless communication apparatus detected by the position detecting means and the wireless position detected by the waiting person position detecting means; Based on the current position of the device, when specifying the first waiter to be sent from among the plurality of waiters, and when sending the specified first waiter to the user, the rejection number storage means When the telephone number of the wireless communication device owned by the user and the telephone number of the wireless device or the name of the waiting person are stored in association with each other, the wireless device of the telephone number is retained Characterized in that it does not identify the first waiter to direct the machine's and waiter of the name.

  In the calling method of the present invention according to claim 21, a user who owns a wireless communication device pays a predetermined usage fee by receiving provision of a wireless communication service from a communication carrier via a wireless communication network. In a calling method using a wireless communication system, a position detection step for detecting a current position of the wireless communication device, a standby position detection step for detecting a current position of wireless devices held by a plurality of standby members, and the wireless communication A standby person management step for directing a standby person to a user who owns the apparatus, wherein the standby person management step is detected by the current position of the wireless communication device detected by the position detection step and the standby person position detection step. Based on the current position of the wireless device, the first waiting person to be sent from among the plurality of waiting persons is identified, and the identified first waiting person And wherein the directing waiters to the user.

  The calling method according to a twenty-second aspect of the present invention is the calling method according to the twenty-first aspect, wherein the waiting person managing step includes a current position of the wireless communication device detected by the position detecting step and the waiting person position detecting step. Based on the detected current position of the wireless device, when identifying a waiter to be sent from among the plurality of waiters, the distance between the current position of the wireless communication device and the current position of the standby wireless device is the closest One waiting person is specified.

  The calling method according to a twenty-third aspect of the present invention is the calling method according to the twenty-second aspect, in which, when the waiting person managing step specifies the first waiting person, the wireless apparatus held by the first waiting person When a call is made and a response is made within a predetermined time, the specified first waiter is directed to the user, whereas when a response is not made within the predetermined time, the specified first waiter is not directed to the user. It is characterized by.

  The calling method according to a twenty-fourth aspect of the present invention is the calling method according to the twenty-third aspect, wherein the waiting party management step calls the wireless device held by the first waiting party and does not respond within a predetermined time. Sometimes, instead of the first waiting person, the next waiting person is specified as the first waiting person.

  The calling method of the present invention according to claim 25 is the calling method according to any one of claims 21 to 24, wherein the telephone number of the wireless communication device held by the user and the telephone number of the wireless device or A rejection number storage step of associating the name of the standby person with a rejection number storage unit, and storing the rejection number in the rejection number storage unit, wherein the standby person management step includes the current position of the wireless communication device detected by the position detection step and the standby person position detection step When specifying the first waiter to be sent from among the plurality of waiters based on the current position of the wireless device detected by the wireless device, and when sending the identified first waiter to the user, the rejection number When the telephone number of the wireless communication device held by the user and the telephone number of the wireless device or the name of the waiting person are stored in association in the storage means, the telephone Characterized in that it does not identify as a waiter and a first waiter to direct the waiter the name carrying wireless devices No..

  According to the taxi calling system according to claim 1, the taxi management device is based on a current position of the wireless communication device detected by the position detection unit and a current position of the taxi wireless device detected by the taxi position detection unit. Since the first taxi to be dispatched is specified from among the plurality of taxis and the identified first taxi is dispatched to the user, it is possible to dispatch an appropriate taxi according to the position of the user. .

  According to the taxi calling system according to claim 2, when the taxi management device dispatches the specified first taxi, the taxi radio device installed in the first taxi detects the radio communication detected by the position detection unit. Since the current position of the device is notified, the taxi driver can find out even if the user moves.

  According to the taxi calling system according to claim 3, when the taxi management device notifies the taxi radio device installed in the first taxi of the current location of the radio communication device detected by the location detection unit, Since the notification of the current position is repeated every time, the taxi driver can find out even if the user moves frequently.

  According to the taxi calling system according to claim 4, the taxi management device notifies the current position of the wireless communication device detected by the position detection means to the taxi wireless device installed in the first taxi. When the vehicle moves, the current position of the wireless communication device is notified again, so the taxi driver can find out even if the user moves. It can be unnecessary.

  According to the taxi calling system according to claim 5, the taxi management device notifies the taxi radio device installed in the first taxi of the current location of the radio communication device detected by the location detection unit and then the current location. If the vehicle moves more than a predetermined distance, the current position of the wireless communication device is re-notified, so the taxi driver can find out even if the user moves. Therefore, useless communication can be made unnecessary.

  According to the taxi calling system according to claim 6, the taxi management device notifies the vehicle number of the first taxi to the wireless communication device held by the user when dispatching the specified first taxi. Users can easily recognize the taxi they should ride.

  According to the taxi calling system according to claim 7, the taxi management device is based on a current position of the wireless communication device detected by the position detection unit and a current position of the taxi wireless device detected by the taxi position detection unit. When identifying a taxi to be dispatched from among the plurality of taxis, the first taxi having the closest distance between the current position of the wireless communication device and the current position of the taxi wireless device is identified, thereby reducing the waiting time of the user. It becomes possible.

  According to the taxi calling system according to claim 8, when the taxi management device specifies the first taxi, the taxi management device calls the taxi radio device installed in the first taxi and responds within a predetermined time. When the specified first taxi is dispatched to the user but does not respond within a predetermined time, the identified first taxi is not dispatched to the user, so it is estimated that the unresponsive taxi cannot be dispatched in a short time. Is possible.

  According to the taxi calling system according to claim 9, when the taxi management device calls the taxi radio device installed in the first taxi and does not respond within a predetermined time, the taxi management device is replaced with the first taxi. Since the taxi close to is identified as the first taxi, it is possible to search for suitable taxis one after another and dispatch them.

  According to the taxi calling system according to claim 10, the rejection number storage means for storing the telephone number of the wireless communication device held by the user and the telephone number of the taxi wireless device or the car number of the taxi in association with each other. The taxi management device distributes the taxi from the plurality of taxis based on the current position of the wireless communication device detected by the position detection means and the current position of the taxi wireless device detected by the taxi position detection means. When identifying the first taxi to be dispatched and dispatching the identified first taxi to the user, the telephone number of the wireless communication device held by the user in the rejection number storage means and the telephone number of the taxi wireless device Alternatively, when the taxi car number is stored in association with the taxi, the taxi for installing the taxi radio device with the telephone number and the car number Since Xi is not identified as the first taxi to be dispatched, the user will not have to ride the taxi driver's car again, and the user who has had a bad experience for the taxi driver will not have to re-ride That's it.

  According to the taxi calling method according to the eleventh aspect, the same effect as the taxi calling system according to the first aspect is exhibited.

  According to the taxi calling method according to claims 12 to 15, the same effects corresponding to the taxi calling system according to claims 7 to 10 are exhibited.

  According to the calling system of the present invention according to claim 16, the waiting person managing device is configured to set the current position of the wireless communication device detected by the position detecting means and the current position of the wireless device detected by the waiting person position detecting means. Based on the above, the first waiter to be sent from among the plurality of waiters is specified, and the specified first waiter is sent to the user, so that an appropriate waiter corresponding to the position of the user is selected. It can be sent.

  According to the call system of the present invention according to claim 17, the waiting person managing device is configured to set a current position of the wireless communication device detected by the position detecting means and a current position of the wireless device detected by the waiting person position detecting means. Based on the above, when identifying the waiter to be sent from among the plurality of waiters, because the first waiter closest to the current position of the wireless communication device and the current position of the standby wireless device is identified, It is possible to reduce the waiting time of the user.

  According to the calling system of the present invention according to claim 18, when the first waiting person specifies the first waiting person, the waiting person management apparatus calls the wireless apparatus held by the first waiting person, and within a predetermined time. When responding, the specified first waiter is directed to the user, while when not responding within a predetermined time, the identified first waiter is not directed to the user. It becomes possible to estimate that it cannot be sent in a short time.

  According to the calling system of the present invention according to claim 19, the standby management device calls the wireless device held by the first standby and when it does not respond within a predetermined time, Instead, since the next waiting person is specified as the first waiting person, it is possible to sequentially search and send appropriate waiting persons.

  According to the calling system of the present invention according to claim 20, a rejection number storage means for storing the telephone number of the wireless communication device held by the user and the telephone number of the wireless device or the name of the standby person in association with each other. And the waiting person management device is configured to select a medium among the plurality of waiting persons based on a current position of the wireless communication device detected by the position detecting unit and a current position of the wireless device detected by the waiting member position detecting unit. When specifying the first waiting person to be sent from the user and sending the specified first waiting person to the user, the telephone number of the wireless communication device held by the user in the rejection number storage means, and the wireless When the telephone number of the apparatus or the name of the waiting person is stored in association with each other, the waiting person holding the wireless apparatus having the telephone number and the first waiting person to which the waiting person having the name is to be sent are specified. Because it is not, the user with no that meet waiters and again that I think the discomfort, it is not necessary is directed again to the user who has the unpleasant experience for the waiters.

  According to the calling method according to the twenty-first to twenty-fifth aspects, the same effect corresponding to that of the calling system according to the sixteenth to twentieth aspects is exhibited.

  First, the gist of patentability (particularly the inventive step) of the present invention will be described.

  The first point is that a taxi management company that dispatches taxis uses a function that detects the current position of users and taxis that possess wireless communication devices such as mobile phones and PDAs (information portable terminals), It is a point to call the best person.

  The second point is that, when an attempt is made to dispatch an optimal taxi, if a response is not made within a predetermined time, a taxi with the next best condition (for example, location conditions and conditions for dispatch time) is called.

  The third point is that even if the conditions of location and dispatch time are suitable, the taxi rejected by the users and the users rejected by the taxi driver are not called.

  In the taxi calling system of the present invention described in the first embodiment, a taxi is dispatched. However, in the calling system of the second embodiment, an optimal person among a plurality of welfare caregivers is selected as a demented elderly person. Send it to you. Further, in the third embodiment, the most suitable persons are introduced from those who seek a plurality of encounters (meeting providing method).

  Next, phrases and terms used in the specification are defined.

  The “control channel” is a communication channel that the wireless communication apparatus monitors while waiting, and the base station reports the call number that has received a call or communication request, and the wireless communication apparatus that matches its own ID number It is used for line connection by responding to the base station according to a predetermined call connection procedure for notification, or for obtaining position information from a GPS satellite. Therefore, the standby monitoring operation simply receives the control signal from the downlink channel, so that power consumption can be suppressed to a very low level. However, when transmitting location information to the network side using the uplink channel, Transmission power is consumed.

  A “notification channel” is a communication channel of a base station that is monitored while a wireless communication device is on standby, and a taxi management server notifies the customer's wireless communication device and taxi wireless device of map information indicating the mutual positional relationship. To do. Therefore, since the operation for obtaining the map information during standby simply receives the map information, the power consumption can be reduced. However, when the map information is distributed from the wireless communication control device after the line is connected, a transmission operation is performed on the wireless communication device, so that necessary power is consumed. Note that the control channel and the broadcast channel are usually different frequencies, and the radio communication apparatus receives the necessary information by switching the reception frequency while waiting, but another channel (different time slot) in the control channel having the same frequency. Can be made unnecessary to switch the reception frequency.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

Taxi call system and taxi call method:
FIG. 1 is a basic configuration diagram of a taxi calling system according to the present invention. Note that this system is not limited to PDC and PHS communication systems, but also CDMA (code division) based on IS-95 standards and third-generation IMT-2000 standards (International Mobile Telecommunications-2000 communication standards: Wide Band CDMA standards or CDMA2000 standards). Multiple access) Suitable for communication methods.

  1A is a portable terminal as a wireless communication device used by a user of a taxi calling system, and not only a basic voice communication function and video communication function (that is, a videophone function), but also an e-mail, a character communication function, and a GPS It has a position detection function by (Global Positioning System).

  Reference numeral 1B denotes a plurality of taxis dispatched to a user by a taxi calling system, and a taxi radio apparatus having a position detection function using GPS is installed therein. This taxi radio device may be a dedicated radio device with a radio communication function added to a general car navigation system. However, considering the cost of system construction, the same taxi radio device as the user uses is taxied. The driver may bring it into the vehicle and fix it in a predetermined easy-to-see place.

  2A is a base station that covers the service area of the taxi calling system, and transmits / receives necessary signals to / from the mobile terminal 1A and taxi radio device whose location is registered, and the above voice / video communication function, electronic mail function, and character communication. Realize functions. In addition, the base station notifies the radio communication device that is waiting for the call number for which a call or communication request has been received through the control channel, or map information or position information to be distributed by the radio communication control device, which will be described later, through the notification channel. Is notified to the portable terminal 1A and the taxi radio device. Note that the audio signal is transmitted and received using a call channel.

  Reference numeral 3A denotes an exchange station that controls the base station 2A in the taxi calling system via the mobile phone communication network 6A, and controls connection to the communication network 7A including a public line or an Internet communication network.

  4A is a taxi management terminal, which obtains position information of a taxi radio device installed in a portable terminal 1A or a taxi 1B owned by a user from a radio communication control device 5A, which will be described later. Select the best taxi from among them and dispatch to the user. It is assumed that the taxi management terminal 4A is connected to a PSTN phone used on a general public line or an IP phone used on the Internet, and “0120-123-456” is assigned as a free dial. .

  4B is a refusal number database connected to the taxi management terminal 4A, and by receiving notifications from users and taxi drivers, the telephone numbers of wireless communication devices held by a plurality of users and a plurality of vehicles that should not be dispatched. The vehicle number of the taxi 1B or the telephone number of the taxi radio device is stored in association with each other. When the taxi management terminal 4A selects a taxi that is most suitable for the user and dispatches the taxi, the taxi or taxi radio device of the car number stored in association with the user registered in the rejection number database 4B is installed. Don't dispatch a taxi.

  5A is a wireless communication control device, which controls the mobile terminal 1A, taxi wireless device, base station 2A and switching center 3A according to the wireless communication standard, thereby enabling voice communication functions, video communication functions such as still images and moving images, Mobile radio communication such as e-mail, text communication function and GPS position detection function is realized. In particular, the wireless communication control device 5A issues an instruction to the portable terminal 1A and the taxi wireless device, obtains position data from a GPS satellite (not shown), and derives position information by calculation such as triangulation. Then, this position information is transmitted to the taxi management terminal 4A and used for the taxi calling system.

  In addition, the wireless communication control device 5A receives personal information (for example, name, age, gender, address, company location, occupation, family structure, hobby, purchased product, taxi) of all users of the mobile terminal 1A obtained at the time of registration. The personal information database 5B holds data such as usage request information of the calling system, and is used as taxi pick-up destination information. For example, suppose that the user has told you that you are currently in the office, please dispatch a taxi. The destination is your home. From the information on the company location and address that you have in the database, Is immediately known.

  In addition, as a conventional technology of a portable terminal that performs position detection using GPS, there are JP-A-9-247730, JP-A-10-103992, JP-A-10-257555, JP-A-11-27736, JP-A-11-27729, and the like. Although it is in the experimental stage, the position accuracy can be accurately measured in the range of several meters. Further, as conventional techniques for position measurement using a base station, there are JP-A-4-229729, JP-A-7-38951, JP-A-8-191266, JP-A-9-159746, and JP-A-9-161177. Needless to say, the position measurement technology can be used as it is.

  In addition, the MYCOM PCWEB website (http://pcweb.mycom.co.jp/articles/2003/12/10/a5503sa/) states that “EZ Navi Walk uses high-accuracy location information of GPS satellites. In addition, a service such as a car navigation system that guides the route to the destination by voice or vibration according to the walking speed, and uses a semi-autonomous GPS positioning system that evolved the conventional GPS function. This is because after acquiring location information by communication for the first time, the current location is calculated only by radio transmission and reception with GPS satellites and the location calculation of the terminal, so there is no need to communicate each time to obtain location information. It is said that more real-time navigation is possible, "and this technology can be used.

  Although not shown in FIG. 1, the communication network 7A is connected to an electronic commerce mainframe used by banks and credit companies for electronic commerce, and is a fare clearing register installed in the taxi 1B. (Not shown) and the portable terminal 1A can electronically settle the fare paid by wireless communication based on IrDA or Bluetooth standards.

  FIG. 2 is a configuration block diagram of a wireless communication device used in the taxi calling system according to the present invention. The taxi radio apparatus has the same configuration.

  Reference numeral 1 denotes a transmission / reception unit that converts radio signals including audio and video received by the antenna 15 and various control signals into an intermediate frequency band, and converts transmission signals in the intermediate frequency band into a radio frequency band for transmission / reception. .

  Reference numeral 2 denotes a modem unit that modulates and demodulates transmission / reception signals. The modem (MOdulator-DEModulator) is an abbreviation for "modulator / demodulator". It converts digital data sent from a computer into a voice signal and sends it to a telephone line, or a voice signal heard through a telephone line. It is a device that converts digital data.

  An audio codec unit 3 encodes and decodes the audio signal. Note that a codec (COder DECoder) is an electronic circuit that converts an analog signal into digital data and vice versa. In addition, it is a circuit, device, and software that encodes / decodes signals and data according to certain rules, and is used for recording and transmitting audio and images.

  Reference numeral 4 denotes an analog front-end unit that digital / analog-converts the encoded audio signal to drive the receiver 6 or analog / digital-converts the audio signal input from the microphone 5 to the audio codec unit 3. Output.

  Reference numeral 7 denotes a control unit that performs all control related to the wireless communication apparatus such as control necessary for a call (for example, control of location registration, standby, link establishment, handover, etc.) and display control. In particular, the control unit transmits position information detected by a position detection unit, which will be described later, according to a request from the wireless communication control device 5A, or map information indicating a positional relationship between a user and a taxi distributed from the wireless communication control device 5A. Is received and displayed.

  Reference numeral 8 denotes a key input unit that inputs necessary data to the control unit 7 or the like according to an operation procedure defined by the control program.

  Reference numeral 9 denotes a display unit, which includes a color liquid crystal display device (hereinafter referred to as “color LCD”), an organic EL (organic electroluminescence), a PDP (plasma display panel), and the like. Necessary information such as map information is displayed as appropriate.

  Reference numeral 10 denotes a storage unit that stores phone book data and image data such as photos used for outgoing calls and transmission / reception of e-mails, music data of incoming melody, hold melody data, and the like. In particular, the predetermined area of the storage unit 10 is assigned to store position information acquired by a position detection unit described later and map information distributed from the wireless communication control device 5A.

  Reference numeral 11 denotes a melody generating unit that generates an incoming melody based on the incoming melody data stored in the storage unit 10 or the received music data. When the hold key of the key input unit 8 is operated during a call, an incoming melody corresponding to the other party is transmitted via the modem unit 2, the transmission / reception unit 1, and the antenna 15. However, the audio codec unit 3 may be used.

  An external connection terminal 12 receives image data and music data from an image data input device such as DSC (digital still camera) or DVC (digital video camera), a MIDI-compatible music device, or the like. Further, as the external input / output device 14, position information can be directly obtained from a device having a position detection function such as a car navigation device. That is, the position information can be obtained via the external connection terminal 12 from a car navigation device mounted in a private car or taxi.

  Reference numeral 13 denotes a position detection unit, which performs position detection (triangulation or the like) using the well-known technology GPS. When the wireless communication control device 5A has a position detection function using the base station 2A, the position detection unit 13 is not necessarily required, but the position detection unit 13 having the GPS antenna 13A is essential for the portable terminal 1A. It has become.

  Next, the operation of the taxi calling system according to the present invention configured as described above will be described in detail.

  First, when a taxi delivery company and a telecommunications carrier (generally called “carrier”) conclude a taxi call system operation contract, the telecommunications carrier will register a new registration with the user. In addition to user personal information (eg, name, phone number, age, gender, address, company location, occupation, family structure, hobbies, purchased products, etc.) of the mobile terminal 1A to be filled in, Information on the presence / absence of desired use is registered in the personal information database 5B.

  FIG. 3 is a conceptual diagram showing a storage state of an essential part excerpt of user personal information registered in the personal information database 5B.

  As shown in FIG. 3 (A) and FIG. 3 (B), the personal information registered in the personal information database 5B includes serial numbers, names, telephone numbers, E-MAIL addresses, addresses, and requests to use a taxi calling system. As other information, data such as age, gender, company location, occupation, family structure, hobbies and purchased products are registered as necessary, but it is not directly related to the present invention. Not shown.

  3A, the serial number 1 of the personal information database 5B includes a name “Hanako Yamada”, a telephone number “090-8765-4321”, an E-MAIL address “hanako@yyyy.com”, an address “Osaka City”. "Nakatsu 1-chome ..." and whether or not the taxi calling system is requested to be used are registered.

  Serial number 2 includes name "Taro Yamamoto", telephone number "090-7654-3210", E-MAIL address "taro@yyy.com", address "Azuchi-cho, Chuo-ku, Osaka City" and taxi calling system “No” indicating whether or not the user wishes to use is registered.

  Serial number 3 includes name “Jiro Yamashita”, telephone number “090-6543-2109”, E-MAIL address “jiro@yyy.com”, address “Dazai ... Presence / absence of use “No” is registered. It is assumed that serial numbers 4 to N are not registered (that is, “NULL” data is registered).

  FIG. 3B shows a state in which whether or not the user wishes to use the taxi calling system of Taro Yamamoto is automatically changed and registered to “Yes” from the state of FIG. 3A as described below. Therefore, the explanation is omitted.

  FIG. 4 is a sequence diagram showing an outline of the connection procedure of the portable terminal used in the taxi calling system according to the present invention.

  In the registered state of FIG. 3A, when Hanako Yamada who is a user of the taxi calling system calls toll-free "0120-123-456" with the mobile terminal 1A owned by the user (step S1), wireless communication control is performed. The device 5A communicates with the taxi management terminal 4A assigned to the toll-free number via the base station 2A, the mobile phone communication network 6A, the exchange 3A, and the communication network 7A, and desires to dispatch a taxi. The telephone number “090-8765-4321” that is the telephone number of the portable terminal 1A is notified (step S2), and the portable terminal 1A is announced, for example, “Connected to the taxi calling system. (Step S3). However, even if the portable terminal 1A is set to non-notification of the telephone number at the time of this notification, the wireless communication control device 5A forcibly cancels the non-notification setting and notifies the telephone number. . In addition to the above announcement, when canceling the non notification setting forcibly, “Your mobile phone is currently set to non notification, but your phone number will be notified to the operator of the taxi call system. Announcement with the content “Please” is automatically added.

  Upon receipt of the telephone number notification of the portable terminal 1A, the taxi management terminal 4A sends the portable terminal to the wireless communication control device 5A via the communication network 7A and the exchange 3A in order to dispatch an optimal taxi to the user. The acquisition of the position information of 1A is requested (step S4).

  Upon receiving a request for acquiring location information from the taxi management terminal 4A, the wireless communication control device 5A describes whether or not the taxi call system is desired to be used in the personal information database 5B shown in FIG. In response to “Yes”, the position information measurement instruction is issued to the portable terminal 1A and, for example, “Current position of customer is being measured. Please wait for a while.” Is announced (step S5).

  However, if the user is Taro Yamamoto, the “Use request” is “No”, so “Please continue to use the taxi calling system in the future before giving an announcement to start measuring the current location” If you wish, please press "#". When the tone signal "#" comes within a specified time (for example, within 5 seconds), the above measurement start announcement will be sent. While rewriting “Yes” to “Yes” (refer to FIG. 3 (B)), if the tone signal “#” does not come after the specified time has elapsed, "You cannot use it." Note that when the wireless communication control device 5A issues a position information measurement instruction to the mobile terminal 1A, the information includes a plurality of GPS satellites that can communicate with the mobile terminal 1A (that is, GPS satellites that can be observed from the mobile terminal 1A). Send.

  When the portable terminal 1A receives the position information measurement instruction and the communicable GPS satellite information from the wireless communication control device 5A, the portable terminal 1A communicates with the GPS satellite designated by using the position detector 13 and the GPS antenna 13A, and necessary The position information is acquired and transmitted to the wireless communication control device 5A (step S6). If the calculation capability of the control unit 7 is improved in the future, the mobile terminal 1A itself calculates the absolute position (longitude and latitude information) based on the acquired position information and transmits it to the wireless communication control device 5A. You may do it.

  When receiving the position information from the portable terminal 1A, the wireless communication control device 5A calculates an absolute position (longitude and latitude information) based on the received position information according to a predetermined calculation procedure (step S7), and the absolute position is carried by the mobile terminal. It is sent to the taxi management terminal 4A together with the surrounding map information of the terminal 1A (step S8), and "Your current location has been measured. The nearest taxi is being searched. Please wait for a while." Is announced (step S9).

  Note that the wireless communication control device 5A issues a current position acquisition instruction to the portable terminal 1A every time a predetermined time elapses, and repeats notification of the calculated absolute position and surrounding map information.

  Further, after notifying the current position of the mobile terminal 1A, the wireless communication control device 5A re-calculates the calculated absolute position of the wireless communication device and the surrounding map information when the current position further moves or when it moves beyond a predetermined distance. Make a notification.

  FIG. 5 is a conceptual diagram showing a storage state of an excerpt of the main part of taxi information registered in the rejection number database 4B.

  As shown in FIG. 5 (A) and FIG. 5 (B), taxi information registered in the rejection number database 4B includes serial number, taxi driver name, telephone number, car number, rejected user mobile number 1, Information such as refusal user mobile number 2 to refusal user mobile number N (not shown), and other information includes age, gender, company location (individual or corporation), family structure, hobby, driver evaluation value and Although data such as accident history is registered as necessary, it is not shown because it is not directly related to the present invention.

  In FIG. 5A, the serial number 1 of the rejection number database 4B includes the name “Fumiko Morita”, the telephone number “090-5432-1098”, the car number “Osaka I 12-34”, the rejection user mobile number 1 “NULL” (that is, information indicating that there is no rejected user) and a rejected user mobile number 2 to a rejected user mobile number N “NULL” are registered.

  Serial number 2 includes the name “Saburo Morimoto”, phone number “090-4321-0987”, car number “Osaka 23-45”, rejected user mobile number 1 “090-8765-4321”, and rejected user mobile phone. Number 2 to rejected user mobile number N “NULL” are registered.

  Serial number 3 includes name “Shiro Morishita”, telephone number “090-3210-9876”, car number “Osaka is 34-56”, rejected user mobile number 1 to rejected user mobile number N “NULL” Has been. It is assumed that serial numbers 4 to N are not registered (that is, “NULL” data is registered).

  FIG. 5 (B) only shows a state in which the refusal user mobile number 1 of Morita Fumiko has been changed and registered to “090-8765-4321” from the state of FIG. 5 (A) as described below. Therefore, explanation is omitted.

  FIG. 6 is a sequence diagram showing an outline of a connection procedure of a taxi radio device used in the taxi calling system according to the present invention.

  When the taxi management terminal 4A operates the taxi calling system, it follows the wireless communication control device 5A via the communication network 7A and the exchange 3A according to a predetermined connection procedure (for example, dial-up, ADSL or optical fiber connection procedure). The telephone number of a taxi radio apparatus is transmitted with the acquisition request | requirement of the positional information of the taxi radio apparatus installed in all the taxis 1B currently connected and operating (step S10). In addition, the telephone number of the taxi radio device is automatically transmitted from the telephone numbers shown in FIG. It has come to be.

  Upon receiving the taxi radio device location information acquisition request from the taxi management terminal 4A, the radio communication control device 5A sequentially issues a location information measurement instruction to the taxi radio device based on the notified telephone number (step S11). When the radio communication control device 5A issues a position information measurement instruction to the taxi radio device, the radio communication control device 5A includes information on a plurality of GPS satellites that can communicate with the taxi radio device (that is, GPS satellites that can be observed from the taxi radio device). Send.

  Taxi radio devices installed in all taxis 1B are designated using the position detection unit and the GPS antenna when receiving a position information measurement instruction and communicable GPS satellite information from the wireless communication control device 5A. It communicates with the GPS satellite, acquires necessary position information, and transmits it to the wireless communication control device 5A (step S12). If the calculation capability of the taxi radio device is improved in the future, the taxi radio device itself calculates the absolute position (longitude and latitude information) based on the acquired position information and transmits it to the radio communication control device 5A. You may do it.

  When receiving the position information from the taxi wireless device, the wireless communication control device 5A calculates an absolute position (longitude and latitude information) based on the received position information according to a predetermined calculation procedure (step S13), and the absolute position is calculated as a taxi. It transmits to the taxi management terminal 4A together with the peripheral map information of the wireless device (step S14).

  The wireless communication control device 5A issues a current position acquisition instruction to the taxi wireless device every time a predetermined time elapses, and repeats the notification of the calculated absolute position and surrounding map information.

  Further, after notifying the current position of the taxi wireless device, the wireless communication control device 5A re-calculates the calculated absolute position of the taxi wireless device and the surrounding map information when the current position further moves or when it moves beyond a predetermined distance. Make a notification. By comprising in this way, taxi management terminal 4A can always grasp | ascertain the position of all the taxis 1B.

  FIG. 7 is a sequence diagram showing an outline of a taxi dispatching procedure used in the taxi calling system according to the present invention.

  As described with reference to the sequence diagrams of FIGS. 4 and 6, the taxi management terminal 4A is always notified of the absolute position information of the portable terminal 1A and the taxi radio device from the wireless communication control device 5A. The distance relationship between the user and the plurality of taxis 1B is grasped by calculating the distance based on the distance. This distance calculation can calculate the absolute distance by taking the sum of (the square of the difference in longitude) and (the square of the difference in latitude) of the mobile terminal 1A and the taxi radio device, and then calculating the absolute distance. The rejection number database 4B is sorted in order from the shortest distance (step S20). As a result, for example, it is assumed that sorting is possible in the order of “Saburo Morimoto” with serial number 2, “Fumiko Morita” with serial number 1, and “Shiro Morishita” with serial number 3 (see FIG. 8).

  The taxi management terminal 4A normally identifies a taxi to be dispatched from among a plurality of taxis 1B in accordance with the sorting order shown in FIG. 8 (that is, the order with the shortest distance), and a taxi radio device installed in the taxi. Make a call.

  However, in this case, the serial number 2 “Saburo Morimoto” includes the telephone number “090-4321-0987”, the car number “Osaka-ro 23-45”, and the denial user mobile number 1 “090-8765-”. 4321 "is registered and matches the telephone number of the notified mobile terminal 1A of the user," 090-8765-4321 "(in other words, the wireless communication device held by the user in the rejection number storage means And the taxi radio device telephone number or the taxi car number are stored in association with each other), so the taxi radio device installed in the car number “Osaka 23-45” is not called.

  Then, the taxi management terminal 4A specifies “Fumiko Morita” of serial number 1 that is the next closest taxi instead of the taxi driven by “Saburo Morimoto” of serial number 2 (step S21). Since “090-8765-4321” is not registered as the rejected user mobile number in “Fumiko Morita” of serial number 1, it is specified as a taxi to be dispatched.

  Next, the taxi management terminal 4A transmits a connection request together with the telephone number “090-5432-1098” of the specified taxi radio device of “Fumiko Morita” (step S22).

  When the wireless communication control device 5A receives the connection request together with the telephone number from the taxi management terminal 4A, the wireless communication control device 5A searches for the base station 2A whose location is registered based on the notified telephone number and sets the telephone number “090” in the downlink control channel. -5432-1098 "(step S23).

  When the radio communication control device 5A notifies the telephone number, it starts a timer, monitors whether there is a call connection response within a predetermined time from the taxi radio device, and receives a disconnection signal when there is no call connection response. If it does, the taxi management terminal 4A is notified of the non-response or disconnection reception (step S24). When the taxi management terminal 4A receives a non-response or disconnection notification from the wireless communication control device 5A, the taxi management terminal 4A returns to step S21, specifies “Shiro Morishita” of serial number 3 which is the next closest taxi, and step S22. And step S23 is repeated until there is a response.

  The taxi radio device continues to monitor the control channel at predetermined time intervals (very short time intervals) during standby, and when the radio communication control device 5A notifies its own ID number, the taxi call system A message indicating that the call is being displayed is displayed on the liquid crystal display device (display unit 9), and a specific ringing tone indicating that the taxi calling system has been activated is generated from the melody generating unit 11 (step S25).

  The driver of the taxi radio device that has received the call (in this case, “Fumiko Morita”) recognizes that the taxi call system has been activated and that there is a taxi user near him, and that the taxi can be dispatched. If you decide, press the call button. As a result, the connection signal is transmitted to the wireless communication control device 5A (step S26). When it is determined that the vehicle cannot be allocated, if nothing is left for a predetermined time or the disconnect button is operated, the process proceeds to step S24. After that, the process returns to step S21.

  When receiving the connection signal from the taxi radio device in step S26, the radio communication control device 5A allocates a call channel to the taxi radio device and notifies the taxi management terminal 4A that the call has been connected (step S27). In this state, the taxi radio device and the taxi management terminal 4A are in a state where communication is possible, so the operator of the taxi management terminal is “Fumiko Morita” who is the driver of the taxi 1B specified for confirmation. May also be called. For example, when the operator asks the driver, “A user is waiting in Chuo-ku, Osaka City ... Can you go straight?”, The driver “Fumiko Morita” said, “I understand. I will reply.

  When the taxi management terminal 4A receives a call connection notification from the radio communication control device 5A, or when the operator performs a predetermined key operation after confirming with the driver, the taxi management terminal 4A performs radio communication control together with the car number information of the taxi that has been decided to dispatch. A request for transmitting position information is sent to the device 5A (step S28).

  When receiving a request for transmitting location information from the taxi management terminal 4A, the radio communication control device 5A first transmits the location information and telephone number of the user to the taxi radio device (step S29), and displays the taxi radio device. The location, map and telephone number of the user are displayed on the department (step S30). Note that the information transmission procedure is sent to the taxi radio device first in order to dispatch the taxi 1B to the user as soon as possible, and this is the most important step for the applicant. I think one.

  Next, since the wireless communication control device 5A has already received a request for transmission of position information together with the vehicle number information from the taxi management terminal 4A and recognizes that the taxi 1B to be dispatched is specified, in step S31 , “We found the best taxi to deliver to our customers. The taxi number is 12-34 in Osaka. It will arrive in about 5 minutes.” The time until arrival is obtained from a predetermined calculation formula based on the absolute distance between the portable terminal 1A and the taxi radio device. For example, assuming that the absolute distance is 2.5 km and the speed is 30 km / h, the time required for arrival is 5 minutes.

  Then, the wireless communication control device 5A transmits the position information and the car number information of the taxi radio device to the mobile terminal 1A, and the location and surrounding map of the taxi and the car number “Osaka I 12-34” are displayed on the display unit of the mobile terminal 1A. "Is displayed. In the final approached state, two marks indicating the location of the taxi and the location of the user are displayed simultaneously on the display unit of the taxi radio device and the display unit of the portable terminal 1A. Recognize

  In addition, since the portable terminal 1A and the taxi radio device are connected to each other via a call channel, the user and the taxi driver are always in a state where they can talk and only recognize that they are approaching on the map. Rather, they can talk as needed, so they can meet each other.

  In this way, it is assumed that the taxi driver has successfully met the user and delivered it to the desired destination.

  When the taxi driver displays the usage fee in the taxi cashing register in order to charge the user for the taxi fee, the user uses the wireless communication function based on the IrDA or Bluetooth standard of the portable terminal 1A to pay the fare. Make electronic payments. This electronic payment information is transmitted to the electronic commerce mainframe used by the bank or credit company for electronic commerce via the wireless communication control device 5A and finally automatically settled as a mobile phone fee.

  The user will be satisfied with the taxi call system if the customer service attitude and driving manners are good. A taxi driver will also be satisfied as a good user unless the user makes a reckless driving request or is in a drunken state.

  On the other hand, if the customer service attitude and driving manners are poor, the user will complain unsatisfied with the taxi calling system. Taxi drivers will also complain to users if their manners are bad.

  For example, after using this taxi calling system, when the user “Hanako Yamada” or the taxi driver “Fumiko Morita” calls “0120-123-456” toll-free number and presses “*”, An announcement “Please press the * key again if you want to register for refusal in the taxi calling system” will appear. If you press “*” again, the registration will be completed (see FIG. 9).

  Therefore, when the taxi calling system is used after this refusal registration, the taxi driven by the taxi driver “Fumiko Morita” is not dispatched to the user “Hanako Yamada”.

Calling system and calling method (how to send the best welfare caregiver to the elderly):
FIG. 10 is a basic configuration diagram of a paging system according to the present invention. As described above, FIG. Yes. However, the same components as those in FIG.

  In the calling system of the present invention, the most suitable person among a plurality of welfare caregivers is sent to a specific elderly person who is missing due to reasons such as dementia.

  1J is a user terminal as a wireless communication device used by a user of the calling system (in this case, a “special elderly person”), and has a basic voice communication function and video communication function (that is, a videophone function). ), As well as an e-mail and text communication function, and a position detection function using GPS (Global Positioning System).

  1K is a plurality of care vehicles driven by a caregiver who is sent to a specific elderly person by a calling system, and a caregiver wireless device having a position detection function by GPS held by the caregiver is easy to see in the vehicle It is fixed to.

  4L is a caregiver management terminal, and obtains position information of a caregiver wireless device installed in a portable terminal 1J or a care vehicle 1K owned by a user from a wireless communication control device 5A to be described later. The optimal caregiver is selected from the care vehicle 1K and dispatched to the user. It is assumed that the caregiver management terminal 4L is connected to a PSTN phone used on a general public line or an IP phone used on the Internet, and “0120-234-567” is assigned as a toll-free number. To do.

  4M is a refusal number database connected to the caregiver management terminal 4L. By receiving notifications from the user or the guardian of the user and the caregiver, the telephone numbers of the wireless communication devices held by a plurality of users A plurality of caregiver names or phone numbers of caregiver radio devices that should not be sent are stored in association with each other. When the caregiver management terminal 4L selects and sends the optimum caregiver to the user, the caregiver or caregiver wireless device stored in association with the user registered in the rejection number database 4M is stored. Do not send caregivers to use.

  5N is a wireless communication control device, and controls the communication terminal 1J, the caregiver wireless device, the base station 2A, and the exchange 3A according to the wireless communication standard, thereby enabling voice communication functions, video communication such as still images and moving images. Mobile radio communication such as a function, an e-mail, a character communication function, and a position detection function by GPS is realized. In particular, the wireless communication control device 5N issues an instruction to the user terminal 1J and the caregiver wireless device, obtains position data from a GPS satellite (not shown), and derives position information by calculation such as triangulation. Then, this position information is transmitted to the caregiver management terminal 4L and used for the calling system.

  In addition, the wireless communication control device 5N receives personal information (for example, name, age, gender, address, company location, occupation, family structure, hobbies, purchased products, etc.) of all the user terminals 1J obtained at the time of registration. Are stored in the personal information database 5P and used as information on the destination of the user. For example, assuming that a caregiver finds a widow, the destination of the widow is instantly determined from address information held in the database.

  Next, the operation of the call system according to the present invention configured as described above will be described in detail.

  First, when a caregiver dispatching company and a telecommunications carrier conclude an operation contract for a call system, the telecommunications carrier will make a personal registration with the person in charge of protection of the person who is the individual user of the user terminal 1J. In addition to information (for example, data such as name, telephone number, age, gender, address, company location, occupation, family structure, hobby, purchased product, etc.), the guardian terminal number and the like are registered in the personal information database 5P.

  FIG. 11 is a conceptual diagram showing a storage state of an essential part excerpt of user personal information registered in the personal information database 5P.

  Personal information registered in the personal information database 5P includes serial numbers, names, telephone numbers, guardian telephone numbers, addresses, etc. Other information includes age, gender, company location, occupation, family structure, hobbies Although data such as purchased products are registered as necessary, they are not shown because they are not directly related to the present invention.

  In the figure, the serial number 1 of the personal information database 5P includes a name “Hanako Kawada”, a telephone number “090-8765-4321”, a guardian telephone number “080-8765-4321”, and an address “Nakatsu 1-chome, Osaka City.・ ・ ”Is registered.

  Serial number 2 is registered with name “Taro Kawamoto”, telephone number “090-7654-3210”, guardian telephone number “080-7654-3210” and address “Azuchi-cho, Chuo-ku, Osaka-shi”. Yes.

  Serial number 3 is registered with the name “Jiro Kawashita”, telephone number “090-6543-2109”, guardian telephone number “080-6543-2109”, and address “Dazai ... . It is assumed that serial numbers 4 to N are not registered (that is, “NULL” data is registered).

  FIG. 12 is a sequence diagram showing an outline of the connection procedure of the portable terminal used in the calling system according to the present invention.

  In the registration state of FIG. 11, when the person in charge of protection of the call system user, Hanako Kawada (guardian telephone number “080-8765-4321”) calls “0120-234-567” toll-free (step S41). ), The wireless communication control device 5N communicates with the caregiver management terminal 4L assigned to the toll-free number via the base station 2A, the mobile phone communication network 6A, the exchange 3A, and the communication network 7A, Notify “090-8765-4321”, which is the telephone number of the deaf terminal 1J that the caregiver wants to send (step S42), to the communication terminal of the protection officer, for example, “Connecting to the calling system. Please wait for a while in the same state ”(step S43). However, even if the communication terminal of the person in charge of protection is set to non-notification of the telephone number at the time of this notification, the wireless communication control device 5N forcibly cancels the non-notification setting and notifies the telephone number. It has become. In addition to the above announcement, when canceling the non-notification setting forcibly, “Your mobile phone is currently set to non-notification, but your phone number will be notified to the caregiver dispatch company of the calling system. Announcement with the content "Please understand." Is automatically added.

  Upon receiving the phone number notification of the user 1J, the caregiver management terminal 4L sends the optimal caregiver to the user via the communication network 7A and the exchange 3A to the wireless communication control device 5N. The acquisition of the position information of the caregiver management terminal 4L is requested (step S44).

  When the wireless communication control device 5N receives the position information acquisition request from the caregiver management terminal 4L, the wireless communication control device 5N issues a position information measurement instruction to the user terminal 1J (step S45).

  Then, the wireless communication control device 5N sends, for example, an announcement that “the current position of the person who is looking for is being measured. Please wait for a while” (step S46).

  Upon receiving a position information measurement instruction and communicable GPS satellite information from the wireless communication control device 5N, the user terminal 1J communicates with the designated GPS satellite using the position detection unit 13 and the GPS antenna 13A, and is necessary. The position information is acquired and transmitted to the wireless communication control device 5N (step S47). If the calculation capability of the control unit 7 is improved in the future, the user terminal 1J itself calculates the absolute position (longitude and latitude information) based on the acquired position information and transmits it to the wireless communication control device 5N. You may make it do.

  When receiving the position information from the user terminal 1J, the wireless communication control device 5N calculates an absolute position (longitude and latitude information) based on the received position information according to a predetermined calculation procedure (step S48), and calculates the absolute position. While sending it to the caregiver management terminal 4L together with the surrounding map information of the educator terminal 1J (step S49), “The current position of the person you are looking for could be measured. Please wait for a while in the state "(step S50).

  The wireless communication control device 5N issues an instruction to acquire the current position to the user terminal 1J every time a predetermined time elapses, and repeats notification of the calculated absolute position and surrounding map information.

  In addition, after notifying the current position of the user terminal 1J, the wireless communication control device 5N further calculates the absolute position of the user terminal 1J and the surrounding map information when the current position further moves or moves beyond a predetermined distance. Re-notify

  FIG. 13 is a conceptual diagram showing a storage state of a main part extract of caregiver information registered in the rejection number database 4M.

  As shown in FIG. 13 (A) and FIG. 13 (B), the caregiver information registered in the rejection number database 4M includes a serial number, a caregiver name, a telephone number, a car number, a rejected person mobile number 1, Information such as refusal user mobile number 2 to refusal user mobile number N (not shown), and other information includes age, gender, company location (individual or corporation), family structure, hobby, driver evaluation value and Although data such as accident history is registered as necessary, it is not shown because it is not directly related to the present invention.

  In FIG. 13 (A), the serial number 1 of the rejection number database 4M includes the name “Fumiko Morita”, the telephone number “090-5432-1098”, the rejection user mobile number 1 “NULL” (that is, there is no rejection user). Information) and the rejected mobile phone number 2 to the rejected mobile phone number N “NULL” are registered.

  Serial number 2 includes name “Saburo Morimoto”, telephone number “090-4321-0987”, rejected user mobile number 1 “090-8765-4321”, rejected user mobile number 2 to rejected user mobile number N “ “NULL” is registered.

  Serial number 3 is registered with the name “Shiro Morishita”, telephone number “090-3210-9876”, rejected mobile number 1 to rejected mobile number N “NULL”. It is assumed that serial numbers 4 to N are not registered (that is, “NULL” data is registered).

  FIG. 13B only shows a state in which the refusal mobile phone number 1 of Fumiko Morita has been changed and registered to “090-8765-4321” from the state of FIG. 13A as described below. Therefore, explanation is omitted.

  FIG. 14 is a sequence diagram showing an outline of the connection procedure of the caregiver wireless device used in the calling system according to the present invention.

  When the caregiver management terminal 4L activates the calling system, the caregiver management terminal 4L and the wireless communication control device 5N are connected via the communication network 7A and the exchange 3A according to a predetermined connection procedure (for example, dial-up, ADSL or optical fiber connection procedure). The telephone number of the caregiver wireless device is transmitted together with an acquisition request for the position information of the caregiver wireless device installed (or owned by the caregiver) in all the care vehicles 1K that can be connected and sent ( Step S60). In addition, the telephone number of the caregiver wireless device can be directed among the telephone numbers shown in FIG. 13 (A) (that is, the addressable flag is “ON” or “1”). It is sent automatically.

  When receiving the position information acquisition request of the caregiver wireless device from the caregiver management terminal 4L, the wireless communication control device 5N sequentially issues a position information measurement instruction to the caregiver wireless device based on the notified telephone number (step S61). Note that when the wireless communication control device 5N issues a position information measurement instruction to the caregiver wireless device, information on a plurality of GPS satellites that can communicate with the caregiver wireless device (that is, GPS satellites that can be observed from the caregiver wireless device). Send including

  When the care giver radio device installed in all the care vehicles 1K receives a position information measurement instruction and communicable GPS satellite information from the radio communication control device 5N, it designates using the position detection unit and the GPS antenna. It communicates with the GPS satellite that has been acquired, acquires necessary position information, and transmits it to the wireless communication control device 5N (step S62). If the calculation capability of the caregiver wireless device is improved in the future, the caregiver wireless device itself calculates the absolute position (longitude and latitude information) based on the acquired position information, and the wireless communication control device 5N You may make it transmit.

  When the wireless communication control device 5N receives the position information from the caregiver wireless device, the wireless communication control device 5N calculates an absolute position (longitude and latitude information) based on the received position information according to a predetermined calculation procedure (step S63). It transmits to the caregiver management terminal 4L together with the surrounding map information of the caregiver wireless device (step S64).

  The wireless communication control device 5N issues a current position acquisition instruction to the caregiver wireless device every time a predetermined time elapses, and repeats notification of the calculated absolute position and surrounding map information.

  In addition, after notifying the current position of the caregiver wireless device, the wireless communication control device 5N further calculates the absolute position of the caregiver wireless device and the surrounding map information when the current position further moves or moves beyond a predetermined distance. Re-notify By comprising in this way, caregiver management terminal 4L can always grasp | ascertain the position of all the care vehicles 1K or caregivers.

  FIG. 15 is a sequence diagram showing an outline of a caregiver-directed procedure used in the calling system according to the present invention.

  As described with reference to the sequence diagrams of FIGS. 12 and 14, the caregiver management terminal 4L is always notified of the absolute position information of the caregiver terminal 1J and the caregiver wireless device from the wireless communication control device 5N. By calculating the distance based on the position information, the distance relationship between the user (deaf person) and a plurality of care vehicles 1K or caregivers is grasped. This distance calculation can calculate the absolute distance by taking the sum of (the square of the difference in longitude) and (the square of the difference in latitude) of the deaf terminal 1J and the caregiver wireless device, and then square rooting it. Then, the rejection number database 4B is sorted in order from the closest absolute distance (step S70). As a result, for example, it is assumed that sorting is possible in the order of “Saburo Morimoto” with serial number 2, “Fumiko Morita” with serial number 1, and “Shiro Morishita” with serial number 3 (see FIG. 16).

  The caregiver management terminal 4L normally identifies a caregiver to be sent from the plurality of care vehicles 1K or caregivers according to the sorting order shown in FIG. 16 (that is, the order in which the distances are closest). Make a call to your caregiver radio.

  However, in this case, “Saburo Morimoto” of serial number 2 is registered with telephone number “090-4321-0987” and “090-8765-4321” as refusal mobile phone number 1 and notified. The telephone number of the user terminal 1J coincides with “090-8765-4321” (in other words, the telephone number of the wireless communication device held by the user in the rejection number storage means and the telephone number of the caregiver wireless device) Or the caregiver name is stored in association with the caregiver name), so the call is not made to the caregiver wireless device owned by Saburo Morimoto.

  Then, the caregiver management terminal 4L specifies “Fumiko Morita” of serial number 1 that is the next closest caregiver instead of “Saburo Morimoto” of serial number 2 (step S71). Since “090-8765-4321” is not registered as the refusal mobile phone number in “Fumiko Morita” of serial number 1, it is specified as a caregiver to be sent.

  Next, the caregiver management terminal 4L transmits a connection request together with the telephone number “090-5432-1098” of the caregiver wireless device of the identified “Fumiko Morita” (step S72).

  When receiving the connection request together with the telephone number from the caregiver management terminal 4L, the wireless communication control device 5N searches the base station 2A whose location is registered based on the notified telephone number, and sets the telephone number “ 090-5432-1098 "(step S73).

  When the telephone number is notified, the wireless communication control device 5N starts a timer and monitors whether there is a call connection response from the caregiver wireless device within a predetermined time. If received, the care giver management terminal 4L is notified of the non-response or disconnection received (step S74). When the caregiver management terminal 4L receives a non-response or disconnection notification from the wireless communication control device 5N, the caregiver management terminal 4L returns to step S71, identifies “Shiro Morishita” of the serial number 3 that is the next closest caregiver, Steps S72 and S73 are repeated until a response is received.

  The caregiver wireless device keeps monitoring the control channel every predetermined time (very short time interval) during standby, and when the wireless communication control device 5N is notified of its own ID number, the caregiver call is made. A message indicating that the call is made by the system is displayed on the liquid crystal display device (display unit 9), and a specific ring tone indicating that the caregiver call system is activated is generated from the melody generating unit 11 (step S75).

  The caregiver who owns the caregiver radio device that received the call (in this case, “Fumiko Morita”) recognizes that the caregiver call system has been activated and that there is a deaf person near her, Press the call button if you decide you can go. As a result, the connection signal is transmitted to the wireless communication control device 5N (step S76), but when it is determined that the vehicle cannot be allocated, if nothing is left for a predetermined time or the disconnect button is operated, the process proceeds to step S74. After that, the process returns to step S71.

  When the wireless communication control device 5N receives the connection signal from the caregiver wireless device in step S76, the wireless communication control device 5N allocates a call channel to the caregiver wireless device and notifies the caregiver management terminal 4L that the call is connected (step S77). . In this state, since the caregiver wireless device and the caregiver management terminal 4L are in a state in which communication is possible, the operator of the caregiver management terminal is the driver / car of the care car 1K specified for confirmation. I sometimes talk to my caregiver “Fumiko Morita”. For example, when the operator asks the caregiver “The old man is wandering in Chuo-ku, Osaka City. Can you go straight?”, The caregiver “Fumiko Morita” said, “I understand. I will reply.

  When the caregiver management terminal 4L receives a call connection notification from the wireless communication control device 5N, or when the operator performs a predetermined key operation after confirming with the driver, the caregiver management terminal 4L together with the name and phone number of the caregiver who has decided to send A request for transmitting position information is issued to the wireless communication control device 5N (step S78).

  When the wireless communication control device 5N receives a request for transmitting location information from the caregiver management terminal 4L, first, the location information, telephone number and guardian phone number of the user (person) are transmitted to the caregiver wireless device. Then, the location, map, telephone number, and guardian telephone number of the user (the deceased) are displayed on the display unit of the caregiver wireless device (step S80). The information transmission procedure is sent to the caregiver radio device first because the caregiver who is driving the care vehicle 1K is sent to the user as soon as possible. This procedure is the most important for the applicant. And I think it is one of the key points of inventive step.

  Next, since the wireless communication control device 5N has already received a request for transmitting position information along with caregiver information from the caregiver management terminal 4L, and recognizes that the care vehicle 1K to be sent is specified. In step S81, “We found the best caregiver for the person you are looking for. The name of the caregiver is“ Fumiko Morita ”. It will arrive in about 10 minutes. "Is announced." Note that the time until arrival is obtained from a predetermined calculation formula based on the absolute distance between the user terminal 1J and the caregiver wireless device. For example, assuming that the absolute distance is 5 km and the speed is 30 km / h, the time required for arrival is 10 minutes.

  Then, the wireless communication control device 5N transmits the position information and caregiver information of the caregiver wireless device to the protection officer terminal, and the caregiver's location, surrounding map, and caregiver name “ Fumiko Morita "is displayed. In the final approached state, two marks indicating the location of the taxi and the location of the user (user) are displayed simultaneously on the display unit of the caregiver radio device and the display unit of the person in charge of protection. Recognize that they are close to each other.

  In addition, since the person in charge of protection and the caregiver radio device are connected to each other via a call channel, the guardian and the caregiver are always in a state where they can talk and recognize that they are approaching on the map. Not only can you talk as needed, but you can report the situation to the worried parents one by one.

  In this way, it is assumed that the caregiver has safely protected and secured the elderly person and delivered it to the address where the guardian waits.

  When the caregiver displays the usage fee on the caregiver dispatch / caching / register in order to charge the caregiver's care fee to the guardian, the guardian will use the IrDA or Bluetooth standards of the guardian terminal or the guardian terminal 1J. Uses the wireless communication function to make electronic payments for usage charges. This electronic payment information is transmitted to the electronic commerce mainframe used by the bank or credit company for electronic commerce via the wireless communication control device 5N, and finally automatically settled as a mobile phone fee.

  Elderly guardians will be satisfied with this calling system if the caregiver's reporting attitude and manners are good. Caregivers will also be satisfied as good users if the elderly or guardian does not make a reckless request or is out of hand.

  On the other hand, parents will complain unsatisfied with the calling system if their reporting attitude and care manners are poor. Similarly, caregivers will complain to parents and users if the elderly are not available.

  For example, after using this calling system, when the guardian or caregiver “Fumiko Morita” of an elderly man “Yamada Hanako” calls “0120-234-567” toll-free number and presses “*”, An announcement “Please press the * key again if you want to register for refusal with the caregiver call system” is played, so pressing “*” again completes the refusal registration (see FIG. 17).

  Therefore, when this call system is used after this refusal registration, the caregiver “Fumiko Morita” is never sent to the user “Hanako Yamada”.

Calling system and calling method (meeting providing system and method):
FIG. 18 is a basic configuration diagram of the paging system according to the present invention. As described above, FIG. Yes. However, the same components as those in FIG. 1 are denoted by the same reference numerals, and the description thereof is omitted.

  In the calling system of the present invention, those who seek encounters are introduced.

  1Q is a caller terminal as a wireless communication device possessed by a user of the call system (in this case, “a specific young woman seeking an encounter”), and has a basic voice communication function and video communication function ( That is, it has not only a videophone function) but also an e-mail and text communication function, a position detection function by GPS (Global Positioning System), and the like.

  1R is a plurality of waiting vehicles that are driven by a man (a waiting callee) introduced to a specific woman by a call system, and a callee having a position detection function by GPS held by the man inside The person terminal 1S is fixed at an easily viewable place in the vehicle. In addition, since there may be a man who does not have a car, in that case, the man simply holds the called party terminal 1S.

  4T is an introduction system management terminal, and obtains the location information of the called party terminal 1S installed in the caller terminal 1Q or standby vehicle 1R owned by the user from the wireless communication control device 5V described later, The optimum male (waiting called party) is selected from the plurality of waiting vehicles 1R and introduced to the user (specific female). The introduction system management terminal 4T is connected to a PSTN phone used on a general public line or an IP phone used on the Internet, and “03-4567-8901” is assigned as the telephone number of the pay line. Assume that However, there is no problem even if the free dial is assigned, but since only the communication cost of the introduction system operator is increased, a pay line is used in the description of the embodiment.

  4U is a rejection number database connected to the introduction system management terminal 4T, and by receiving notification from the user, the telephone numbers of the wireless communication devices held by the plurality of users and the plurality of called calls that should not be introduced The person name or the telephone number of the called terminal 1S is stored in association with each other. When the introduction system management terminal 4T selects and introduces the optimum called party for the user, the called party or called party stored in association with the user registered in the rejection number database 4U. The person who uses the terminal 1S is not sent.

  5V is a wireless communication control device that controls the caller terminal 1Q, the called party terminal 1S, the base station 2A, and the switching center 3A in accordance with the wireless communication standard, thereby enabling a voice communication function, a video such as a still image or a moving image. Mobile wireless communication such as a communication function, an electronic mail, a character communication function, and a position detection function by GPS is realized. In particular, the wireless communication control device 5V issues an instruction to the caller terminal 1Q and the called party terminal 1S, obtains position data from a GPS satellite (not shown), and derives position information by calculation such as triangulation. . Then, this position information is transmitted to the introduction system management terminal 4T and used for the calling system (introduction system).

  The wireless communication control device 5V also obtains personal information (for example, name, age, gender, address, company location, occupation, family structure) of all users of the caller terminal 1Q and the called terminal 1S obtained at the time of registration. , Data such as hobbies, purchased products, and information on desired use of the introduction system) are held in the personal information database 5W. For example, when receiving a position information transmission request from the introduction system management terminal 4T, the wireless communication control device 5V refers to the use request information of the introduction system. If “Yes”, the caller terminal 1Q that has received the inquiry Or the location information of the called party terminal 1S is transmitted to the introduction system management terminal 4T.

  Next, the operation of the calling system (hereinafter referred to as “introduction system”) according to the present invention configured as described above will be described in detail. It is assumed that this system provides limited encounters between men and women.

  First, when an introduction system management company and a telecommunications carrier conclude an operation contract for the introduction system, the telecommunications carrier allows a mobile terminal (caller terminal 1Q or called party terminal) to be filled in when newly registering with the user. 1S) personal information (for example, data such as name, phone number, age, gender, address, company location, occupation, family structure, hobbies, purchased products, etc.) Register in the information database 5W.

  FIG. 19 is a conceptual diagram showing a storage state of an essential part excerpt of user personal information registered in the personal information database 5W.

  Personal information registered in the personal information database 5W includes serial number, name, telephone number, gender, age, and usage request, and other information includes company location, occupation, family structure, hobbies, purchased products, etc. These data are registered as necessary, but are not shown because they are not directly related to the present invention.

  In FIG. 19A, the serial number 1 of the personal information database 5W includes a name “Hanako Morita”, a telephone number “090-4321-0987”, a sex “female”, an age “20”, and a usage request “Yes”. It is registered. The age “20” means “20 years old”. The same applies hereinafter.

  In serial number 2, the name “Taro Morimoto”, telephone number “090-3210-9876”, gender “male”, age “28”, and usage request “Yes” are registered.

  Serial number 3 is registered with the name “Jiro Morishita”, telephone number “090-2109-8765”, gender “male”, age “35”, and desired use “Yes”.

  In the serial number 4, a name “Masaguchi Moriguchi”, a telephone number “090-1098-7654”, a sex “female”, an age “25”, and a usage request “No” are registered.

  It is assumed that serial numbers 5 to N are not registered (that is, “NULL” data is registered).

  FIG. 19 (B) only shows a state in which the use wish of “Mako Moriguchi” is automatically changed and registered to “Yes” from the state of FIG. 19 (A), as described below. Description is omitted.

  FIG. 20 is a sequence diagram showing an outline of a connection procedure of the caller terminal 1Q used in the introduction system according to the present invention.

  In the registration state of FIG. 19A, Hanako Morita (phone number “090-4321-0987”) who is a user of the introduction system calls the telephone number “03-4567-8901” of the pay line at the caller terminal 1Q. Then (step S90), since the wireless communication control device 5V refers to the use request of the personal information database 5W and becomes “Yes”, first, the base station 2A, the mobile phone communication network 6A, the exchange 3A and the communication network Via 7A, the communication system is connected to the introduction system management terminal 4T assigned to the pay line, and an inquiry is made as to whether or not the introduction system is available (step S91).

  However, when it is assumed that the user is “Moriko Moriguchi”, “Usage request” is “No”, so before inquiring about the availability status of the introduction system, the wireless communication control device 5V Allocate a call channel to the caller terminal 1Q, and announce that "Do you want to use the referral system in the future? If you wish, please press #." When “#”, which is a tone signal, appears, the “use request” is rewritten to “Yes” (see FIG. 19B). On the other hand, if the tone signal “#” does not come after a certain period of time, “Are you only interested in using the referral system today? Please press # if you wish.” When the tone signal “#” comes within a predetermined time (for example, within 10 seconds), the above-described available state is inquired. In this case, “Usage request” remains “No”. On the other hand, if the tone signal “#” does not come even after the predetermined time has passed, the announcement “Sorry, customer cannot use the referral system” is played, the line is disconnected and the process ends.

  If the system can be used, the introduction system management terminal 4T responds to that effect (step S92). On the other hand, if it cannot be used, a response signal indicating that it cannot be used is transmitted. Since the availability check is performed instantaneously, the user has no sense of waiting.

  When the wireless communication control device 5V receives an available response from the introduction system management terminal 4T, it allocates a call channel to the caller terminal 1Q through the base station 2A. For example, “Thank you very much for using the introduction system today. The customer's current position is being measured. Please wait for a while. "And an instruction to measure position information is issued (step S93). When the wireless communication control device 5V issues a position information measurement instruction to the caller terminal 1Q, information on a plurality of GPS satellites that can communicate with the caller terminal 1Q (that is, GPS satellites that can be observed from the caller terminal 1Q). Send including

  When the caller terminal 1Q receives a position information measurement instruction and communicable GPS satellite information from the wireless communication control device 5V, the caller terminal 1Q communicates with the designated GPS satellite using the position detector 13 and the GPS antenna 13A. Position information is acquired and transmitted to the wireless communication control device 5V (step S94). If the calculation capability of the control unit 7 is improved in the future, the caller terminal 1Q itself calculates the absolute position (longitude and latitude information) based on the acquired position information and transmits it to the wireless communication control device 5V. You may make it do.

  When receiving the position information from the caller terminal 1Q, the wireless communication control device 5V calculates an absolute position (longitude and latitude information) based on the received position information in accordance with a predetermined calculation procedure (step S95). It is sent to the referral system management terminal 4U together with the map information around the caller terminal 1Q (step S96), and “Your current location has been measured. Please wait for a while as the referrer is being searched. Is announced (step S97).

  The wireless communication control device 5V issues an instruction to acquire the current position to the caller terminal 1Q every time a predetermined time elapses, and repeats notification of the calculated absolute position and surrounding map information.

  In addition, after notifying the current position of the caller terminal 1Q, the wireless communication control device 5V further calculates the absolute position of the calculated wireless communication device and the surrounding map information when the current position further moves or when it moves more than a predetermined distance. Re-notify.

  FIG. 21 is an excerpt of the main part of the introducer information registered in the rejection number database 4U and is a conceptual diagram showing the storage state after the condition search. That is, the case where Hanako Morita who is a user wants a man between the ages of 27 and 33 and searches according to the conditions is shown.

  As shown in FIG. 21 (A) and FIG. 21 (B), the introducer information registered in the rejection number database 4U includes serial number, name, telephone number, gender, age, rejected user mobile number 1, rejection Information such as the user's mobile number 2 to the rejected user's mobile number N (not shown), and other information such as hobbies, height, weight, and educational background is required to search for the introducer. Although it is registered accordingly, it is not shown.

  In FIG. 21A, the serial number 1 of the rejection number database 4U includes a name “Ichiro Hashida”, a telephone number “070-9976-5432”, a gender “male”, an age “27”, a rejection user mobile number 1 “NULL” (that is, information indicating that there is no rejected user) and a rejected user mobile number 2 to a rejected user mobile number N “NULL” are registered.

  Serial number 2 includes name “Jiro Hashimoto”, telephone number “070-8765-4321”, gender “male”, age “28”, rejected user mobile number 1 “090-4321-0987”, and rejected user mobile phone. Number 2 to rejected user mobile number N “NULL” are registered.

  Serial number 3 includes name “Saburo Hashishita”, telephone number “070-7654-3210”, gender “male”, age “33”, rejected user mobile number 1 to rejected user mobile number N “NULL” Has been.

  Serial number 4 includes name “Shiro Hashiguchi”, telephone number “070-6543-2109”, gender “male”, age “31”, rejected user mobile number 1 to rejected user mobile number N “NULL” Has been. It is assumed that serial numbers 4 to N are not registered (that is, “NULL” data is registered).

  FIG. 21B shows a state where the rejected user mobile number 1 of “Shiro Hashiguchi” has been changed and registered to “090-4321-0987” from the state of FIG. 21A as described below. Since it is only there, explanation is omitted.

  FIG. 22 is a sequence diagram showing an outline of a connection procedure of the called party terminal 1S used in the introduction system according to the present invention.

  When the introduction system management terminal 4T operates the introduction system, the wireless communication control device 5V passes through the communication network 7A and the exchange 3A according to a predetermined communication connection procedure (for example, dial-up, ADSL or optical fiber connection procedure). And the telephone number of the called party terminal 1S is transmitted together with a request for acquiring the location information of all the called party terminals 1S that may be introduced (which may be installed in the standby vehicle 1R) (step S100). . The telephone number of the called party terminal 1S is not limited to the telephone number shown in FIG. 21A, but can be introduced at the present time (that is, the introduction possible flag is “ON” or “1”). ) Is automatically sent. However, the callee terminal 1S that can be introduced accesses the Internet introduction system homepage and registers that it is waiting, so that the introduction possible flag becomes “ON” or “1”.

  When receiving the location information acquisition request of the called party terminal 1S from the introduction system management terminal 4T, the wireless communication control device 5V sequentially issues a location information measurement instruction to the called party terminal 1S based on the notified telephone number. (Step S101). Note that when the wireless communication control device 5V issues a location information measurement instruction to the called party terminal 1S, a plurality of GPS satellites that can communicate with the called party terminal 1S (that is, GPS satellites that can be observed from the called party terminal 1S). ) Including the information.

  When all the called party terminals 1S receive the location information measurement instruction and the communicable GPS satellite information from the wireless communication control device 5V, they communicate with the designated GPS satellites using the location detection unit and the GPS antenna. The necessary position information is acquired and transmitted to the wireless communication control device 5V (step S102). If the calculation capability of the called terminal 1S is improved in the future, the called terminal 1S itself calculates the absolute position (longitude and latitude information) based on the acquired position information, and the wireless communication control device You may make it transmit to 5V.

  When receiving the position information from the called terminal 1S, the wireless communication control device 5V calculates an absolute position (longitude and latitude information) based on the received position information according to a predetermined calculation procedure (step S103). Is transmitted to the introduction system management terminal 4T together with the peripheral map information of the called party terminal 1S (step S104).

  The wireless communication control device 5V issues an instruction to obtain the current position to the called party terminal 1S every time a predetermined time elapses, and repeats the notification of the calculated absolute position and surrounding map information.

  Further, after notifying the current position of the called party terminal 1S, the wireless communication control device 5V further calculates the absolute position of the called party terminal 1S and the surrounding area when the current position further moves or when it moves beyond a predetermined distance. Re-notify map information. With this configuration, the introduction system management terminal 4T can always grasp the positions of all the standby vehicles 1R or the called party terminal 1S.

  FIG. 23 is a sequence diagram showing an outline of an introducer-directed procedure used in the introduction system according to the present invention.

  As described with reference to the sequence diagrams of FIGS. 20 and 22, the introduction system management terminal 4T obtains the absolute position information of the caller terminal 1Q and the called party terminal 1S (including the standby vehicle 1R) from the wireless communication control device 5V. It is always notified, and by calculating the distance based on the absolute position information, the distance relationship between the user (caller) and a plurality of introduced persons (called party) is grasped. This distance calculation can calculate the absolute distance by taking the sum of (the square of the difference in longitude) and (the square of the difference in latitude) of the calling party terminal 1Q and the called party terminal 1S, and square rooting it. After that, the rejection number database 4U is sorted in order from the closest absolute distance (step S110). As a result, for example, it is assumed that sorting is possible in the order of “Jiro Hashimoto” with serial number 2, “Shiro Hashiguchi” with serial number 4, “Ichiro Hashida” with serial number 1, and “Saburo Hashishita” with serial number 3. (See FIG. 21B).

  The introduction system management terminal 4T normally selects the callees to be introduced from the plurality of standby vehicles 1R or the callee terminals 1S according to the sorting order shown in FIG. The specified call is made to the called party terminal 1S held by the called party.

  However, in this case, “Jiro Hashimoto” with serial number 2 has telephone number “070-8765-4321” and “090-4321-0987” registered as rejected user mobile number 1 and notified. (In other words, the telephone number of the wireless communication device held by the user in the rejection number storage means and the telephone number of the called terminal 1S) are matched with the telephone number of the calling party terminal 1Q ("090-4321-0987"). Therefore, the call is not made to the called party terminal 1S (phone number: 070-8765-4321) owned by Jiro Hashimoto.

  Then, the introduction system management terminal 4T specifies “Shiro Hashiguchi” of serial number 4 that is the next closest person as an introducer instead of “Jiro Hashimoto” of serial number 2 (step S111). Since “090-4321-0987” is not registered as the rejected user mobile number in “Jiro Hashimoto” of serial number 2, it is specified as the called party to be introduced.

  Next, the introduction system management terminal 4T transmits a connection request signal through the control channel together with the telephone number “070-6543-2109” of the called party terminal 1S of the identified “Hiroguchi Shiro” (step S112).

  When receiving the connection request together with the telephone number from the introduction system management terminal 4T, the wireless communication control device 5V searches the base station 2A whose location is registered based on the notified telephone number, and downloads the downlink control channel (standby channel). Is notified of the telephone number “070-6543-2109” (step S113).

  Also, when the radio communication control device 5V notifies the telephone number, it starts a timer and monitors whether there is a call connection response from the called terminal 1S within a predetermined time. When the disconnection signal is received, the introduction system management terminal 4T is notified of non-response or disconnection reception (step S114). When the introduction system management terminal 4T receives a non-response or disconnection notification from the wireless communication control device 5V, the introduction system management terminal 4T returns to step S111 and identifies “Ichiro Hashida” of serial number 1 which is the next closest called party. Steps S112 and S113 are repeated until a response is received from a specific person.

  The called terminal 1S continues to monitor the control channel at predetermined time intervals (very short time intervals) during standby, and receives an ID number from the base station 2A under the instruction of the wireless communication control device 5V. Is displayed on the liquid crystal display device (display unit 9) that the call is made by the introduction system, and a specific ring tone indicating that the introduction system is activated is generated from the melody generation unit 11 (step S115). ).

  The called party (in this case, “Shiro Hashiguchi”) who owns the called party terminal 1S that has received the call recognizes that there is a female caller near him because the referral system has been activated. If you decide that you can go out, press the call button. As a result, the connection signal is transmitted to the wireless communication control device 5V (step S116). On the other hand, when it is determined that it is impossible to go out, if it is left as it is for a predetermined time without any operation or the disconnect button is operated, the process proceeds to step S114 and then returns to step S111.

  When receiving the connection signal from the called party terminal 1S in step S116, the wireless communication control device 5V allocates a call channel to the called party terminal 1S and notifies the introduction system management terminal 4T that the call connection has been established (step S117). ). In this state, the called party terminal 1S and the introduction system management terminal 4T are in a state where communication is possible, so that the operator of the introduction system management terminal can identify the waiting vehicle 1R or the destination specified for confirmation. There is also a case where a call is made with “Shiro Hashiguchi” who is the called party who owns the caller terminal 1S. For example, when the operator asks the called party, “A female customer is waiting in Umeda ..., Kita-ku, Osaka. Are you talking on the phone?”, The called party “Shiro Hashiguchi” I will talk to you. "

  When the introduction system management terminal 4T receives a call connection notification from the wireless communication control device 5V, or when the operator performs a predetermined key operation after confirming with the called party, the introduction system management terminal 4T together with the telephone number of the called party who has decided to introduce A request for transmitting position information is sent to the wireless communication control device 5V (step 118).

  When the wireless communication control device 5V receives a location information transmission request from the introduction system management terminal 4T, first, the wireless communication control device 5V transmits the location information of the caller terminal 1Q held by the user to the called party terminal 1S (step S119). The location and map of the caller are displayed on the display unit of the called party terminal 1S (step S120). If necessary, the telephone number of the calling party terminal 1Q may be transmitted and the telephone number may be displayed on the display unit of the called party terminal 1S.

  Next, in step S118, the wireless communication control device 5V has already received a request for transmitting location information together with called party information from the introduction system management terminal 4T, and the called party terminal 1S to be introduced is specified. In step S121, it announces, “Please tell me the person who will introduce you,” and assigns a call channel to the caller terminal 1Q and the callee terminal 1S. Make call available. At the same time, the wireless communication control device 5V transmits the location information of the called party terminal 1S, and displays the location and map of the called party on the display unit of the calling party terminal 1Q (step S122). If necessary, the telephone number of the called party terminal 1S may be transmitted to display the telephone number on the display unit of the calling party terminal 1Q.

  It is assumed that the introduction system user “Hanako Morita” and the called party “Shiro Hashiguchi” were successfully introduced in this way.

  In the present introduction system, only when the caller terminal 1Q and the called party terminal 1S are connected to each other through a telephone call, both are charged. For example, the wireless communication control device 5V adds a predetermined fee as a referral fee to the mobile phone fee when the call channel is allocated to both terminals, and finally the electronic commerce used by the bank or credit company in the electronic commerce Checkout automatically on the mainframe.

  The user “Hanako Morita” and the referee “Shiro Hashiguchi” will be satisfied with this introduction system if they talk and like each other. On the other hand, if one of them likes the other, they will never want to be introduced again.

  For example, after using this introduction system, “Hanako Morita” calls the telephone number “03-4567-8901” of the pay line and presses “*”. Please press the * key again. "Announcement will be played, so if you press" * "again, the rejection registration will be completed (see FIG. 24).

  Therefore, when this introduction system is used after this refusal registration, “Hiroko Morita” who is a user, “Ichiro Hashida” and “Shiro Hashiguchi” will never be identified as introduced persons. Since the same refusal registration can be made from “Shiro Hashiguchi”, there is no subsequent call connection with “Hanako Morita”.

It is a basic lineblock diagram of a taxi calling system concerning the present invention. 1 is a configuration block diagram of a wireless communication device used in a taxi calling system according to the present invention. It is a conceptual diagram which shows the memory | storage state of the principal part extract of the user personal information registered into the personal information database 5B. It is a sequence diagram which shows the outline | summary of the connection procedure of the portable terminal used with the taxi calling system which concerns on this invention. It is a conceptual diagram which shows the memory | storage state of the principal part extract of the taxi information registered into the refusal number database 4B. It is a sequence diagram which shows the outline | summary of the connection procedure of the taxi radio apparatus used with the taxi call system which concerns on this invention. It is a sequence diagram which shows the outline | summary of the taxi dispatch procedure used with the taxi call system which concerns on this invention. It is a sorting conceptual diagram which shows the memory | storage state of the principal part extract of the taxi information registered into the refusal number database 4B. It is a conceptual diagram which shows the memory | storage state of the principal part extract of the taxi information registered into the refusal number database 4B. 1 is a basic configuration diagram of a calling system according to the present invention. It is a conceptual diagram which shows the memory | storage state of the principal part extract of the user personal information registered into the personal information database 5P. It is a sequence diagram which shows the outline | summary of the connection procedure of the portable terminal used with the calling system which concerns on this invention. It is a conceptual diagram which shows the memory | storage state of the principal part extract of the caregiver information registered into the refusal number database 4M. It is a sequence diagram which shows the outline | summary of the connection procedure of the caregiver radio | wireless apparatus used with the calling system which concerns on this invention. It is a sequence diagram which shows the outline | summary of the procedure for care givers used with the calling system which concerns on this invention. It is a conceptual diagram which shows the memory | storage state of the principal part extract of the caregiver information registered into the refusal number database 4M. It is a conceptual diagram which shows the memory | storage state of the principal part extract of the caregiver information registered into the refusal number database 4M. 1 is a basic configuration diagram of a calling system according to the present invention. It is a conceptual diagram which shows the memory | storage state of the principal part extract of the user personal information registered into the personal information database 5W. It is a sequence diagram which shows the outline | summary of the connection procedure of the caller terminal 1Q used with the introduction system which concerns on this invention. This is an essential part of introducer information registered in the rejection number database 4U. It is a sequence diagram which shows the outline | summary of the connection procedure of the called party terminal 1S used with the introduction system which concerns on this invention. It is a sequence diagram which shows the outline | summary of the procedure for an introducer sending used with the introduction system which concerns on this invention. This is an essential part of introducer information registered in the rejection number database 4U.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1A Mobile terminal 1B Taxi 2A Base station 3A Switching office 4A Taxi management terminal 4B Rejection number database 5A Wireless communication control device 5B Personal information database 6A Mobile phone communication network 7A Communication network 1 Transmission / reception part 2 Modem part 3 Voice codec part 4 Analog front end DESCRIPTION OF SYMBOLS 5 Microphone 6 Receiver 7 Control part 8 Key input part 9 Display part 10 Storage part 11 Melody generation part 12 External connection terminal 13 Position detection part 13A GPS antenna 14 External input / output device 15 Antenna 1J Deaf terminal 1K Care car 4L Caregiver management Terminal 4M Rejection number database 5N Wireless communication control device 5P Personal information database 1Q Caller terminal 1R Standby vehicle 1S Callee terminal 4T Referral system management terminal 4U Rejection number database 5V Wireless communication control device 5W Personal information database

Claims (25)

In a taxi calling system using a wireless communication system in which a user possessing a wireless communication device receives a provision of a wireless communication service from a communication carrier via a wireless communication network, and pays a predetermined usage fee,
Position detecting means for detecting a current position of the wireless communication device;
Taxi position detecting means for detecting the current position of taxi radio devices installed in a plurality of taxis;
A taxi management device for delivering a taxi to a user having the wireless communication device;
The taxi management device is a first to be dispatched from among the plurality of taxis based on the current position of the wireless communication device detected by the position detection unit and the current position of the taxi wireless device detected by the taxi position detection unit. Identifying the taxi and dispatching the identified first taxi to the user;
A taxi calling system featuring. The taxi calling system according to claim 1,
The taxi management device, when allocating the identified first taxi, notifying the taxi radio device installed in the first taxi of the current location of the wireless communication device detected by the location detection means;
A taxi calling system featuring. In the taxi calling system according to claim 2,
When notifying the current position of the wireless communication device detected by the position detection unit to the taxi wireless device installed in the first taxi, the taxi management device repeats the notification of the current position every time a predetermined time elapses. ,
A taxi calling system featuring. In the taxi calling system according to claim 2,
The taxi management device, when notifying the current position of the wireless communication device detected by the position detection means to the taxi wireless device installed in the first taxi, the current position of the wireless communication device Re-notify,
A taxi calling system featuring. In the taxi calling system according to claim 4,
When the taxi management device notifies the taxi radio device installed in the first taxi of the current location of the radio communication device detected by the location detection means and the current location moves more than a predetermined distance, the radio communication device Re-notifying the current location of
A taxi calling system featuring. In the taxi calling system according to any one of claims 1 to 5,
Comprising storage means for storing the telephone number of the taxi radio device and the car number of the taxi in association with each other;
The taxi management device, when allocating the identified first taxi, notifying the vehicle number of the first taxi to the wireless communication device owned by the user;
A taxi calling system featuring. In the taxi calling system according to any one of claims 1 to 6,
The taxi management device selects a taxi to be dispatched from the plurality of taxis based on the current position of the wireless communication device detected by the position detection unit and the current position of the taxi wireless device detected by the taxi position detection unit. When identifying, identify the first taxi that has the closest distance between the current location of the wireless communication device and the current location of the taxi wireless device,
A taxi calling system featuring. In the taxi calling system according to claim 7,
When the taxi management device identifies the first taxi, it calls the taxi radio device installed in the first taxi and, when responding within a predetermined time, dispatches the identified first taxi to the user. On the other hand, when not responding within a predetermined time, do not dispatch the identified first taxi to the user,
A taxi calling system featuring. The taxi calling system according to claim 8,
The taxi management device calls a taxi radio device installed in the first taxi and, when not responding within a predetermined time, specifies the next closest taxi as the first taxi instead of the first taxi,
A taxi calling system featuring. In the taxi call system according to any one of claims 1 to 9,
A rejection number storage means for storing the telephone number of the wireless communication device held by the user and the telephone number of the taxi wireless device or the car number of the taxi in association with each other;
The taxi management device is a first to be dispatched from among the plurality of taxis based on the current position of the wireless communication device detected by the position detection means and the current position of the taxi wireless device detected by the taxi position detection means. When identifying the taxi and dispatching the identified first taxi to the user, the telephone number of the wireless communication device held by the user in the rejection number storage means and the telephone number of the taxi wireless device or the taxi When the car number is stored in association with each other, the taxi for installing the taxi radio device with the telephone number and the taxi with the car number are not specified as the first taxi to be dispatched,

A taxi calling system featuring. In a taxi calling method using a wireless communication system in which a user possessing a wireless communication device receives a provision of a wireless communication service from a communication carrier via a wireless communication network, and pays a predetermined usage fee,
A position detecting step for detecting a current position of the wireless communication device;
A taxi position detecting step for detecting a current position of taxi radio devices installed in a plurality of taxis;
A taxi management step of dispatching a taxi to a user possessing the wireless communication device,
In the taxi management step, the first taxi should be dispatched from among the plurality of taxis based on the current position of the wireless communication device detected by the position detection step and the current position of the taxi wireless device detected by the taxi position detection step. Identifying the taxi and dispatching the identified first taxi to the user;
Taxi call method characterized by. The taxi calling method according to claim 11,
In the taxi management step, a taxi to be dispatched is selected from the plurality of taxis based on the current position of the wireless communication device detected by the position detection step and the current position of the taxi wireless device detected by the taxi position detection step. When identifying, identify the first taxi that has the closest distance between the current location of the wireless communication device and the current location of the taxi wireless device,
Taxi call method characterized by. The taxi calling method according to claim 12,
In the taxi management step, when the first taxi is specified, a call is made to the taxi radio device installed in the first taxi, and when the response is made within a predetermined time, the specified first taxi is dispatched to the user. On the other hand, when not responding within a predetermined time, do not dispatch the identified first taxi to the user,
Taxi call method characterized by. The taxi calling method according to claim 13,
The taxi management step calls the taxi radio device installed in the first taxi, and when not responding within a predetermined time, specifies the next closest taxi as the first taxi instead of the first taxi,
Taxi call method characterized by. The taxi calling method according to any one of claims 11 to 14,
A rejection number storage step of storing the telephone number of the wireless communication device held by the user and the telephone number of the taxi wireless device or the car number of the taxi in association with the rejection number storage means;
In the taxi management step, the first taxi should be dispatched from among the plurality of taxis based on the current position of the wireless communication device detected by the position detection step and the current position of the taxi wireless device detected by the taxi position detection step. When identifying the taxi and dispatching the identified first taxi to the user, the telephone number of the wireless communication device held by the user in the rejection number storage means and the telephone number of the taxi wireless device or the taxi When the car number is stored in association with the car number, the taxi for installing the taxi radio device with the telephone number and the taxi with the car number are not specified as the first taxi to be dispatched,
Taxi call method characterized by. In a calling system using a wireless communication system in which a user who owns a wireless communication device receives a provision of a wireless communication service from a communication carrier via a wireless communication network and pays a predetermined usage fee,
Position detecting means for detecting a current position of the wireless communication device;
Waiter position detection means for detecting the current position of the wireless device held by a plurality of waiters;
A standby management device that sends a standby to a user who owns the wireless communication device;
The waiting person management device should be directed from among the plurality of waiting persons based on the current position of the wireless communication device detected by the position detection means and the current position of the wireless device detected by the waiting person position detection means. Identifying the first waiter and directing the identified first waiter to the user;
Calling system featuring. The calling system according to claim 16, wherein
The waiting person management device should be directed from among the plurality of waiting persons based on the current position of the wireless communication device detected by the position detection means and the current position of the wireless device detected by the waiting person position detection means. When specifying the waiting person, specifying the first waiting person whose distance between the current position of the wireless communication device and the current position of the waiting person's wireless device is the closest,
Calling system featuring. The calling system according to claim 17,
When the first waiting person is identified, the waiting person management device makes a call to the wireless device held by the first waiting person and responds within a predetermined time. When not responding within a predetermined time, do not send the identified first waiting person to the user,
Calling system featuring. The calling system according to claim 18,
The standby management device makes a call to the wireless device held by the first standby and, when not responding within a predetermined time, identifies the next standby as the first standby instead of the first standby To do,
Calling system featuring. The calling system according to any one of claims 16 to 19,
Comprising a rejection number storage means for storing the telephone number of the wireless communication device held by the user in association with the telephone number of the wireless device or the name of the standby person,
The waiting person management device should be directed from among the plurality of waiting persons based on the current position of the wireless communication device detected by the position detection means and the current position of the wireless device detected by the waiting person position detection means. When identifying the first waiting person and directing the identified first waiting person to the user, the telephone number of the wireless communication device held by the user in the rejection number storage means and the telephone number of the wireless device Or, when the name of the waiting person is stored in association with each other, the waiting person holding the wireless device with the telephone number and the waiting person with the name are not specified as the first waiting person to be sent,
Calling system featuring. In a calling method using a wireless communication system in which a user who owns a wireless communication device receives a provision of a wireless communication service from a communication carrier via a wireless communication network and pays a predetermined usage fee.
A position detecting step for detecting a current position of the wireless communication device;
A standby position detection step for detecting a current position of a wireless device held by a plurality of standby persons;
A waiter management step of directing a waiter to a user holding the wireless communication device,
The waiting person management step should be directed from among the plurality of waiting persons based on the current position of the wireless communication device detected by the position detecting step and the current position of the wireless device detected by the waiting person position detecting step. Identifying the first waiter and directing the identified first waiter to the user;
Calling method characterized by. The calling method according to claim 21, wherein
The waiting person management step should be directed from among the plurality of waiting persons based on the current position of the wireless communication device detected by the position detecting step and the current position of the wireless device detected by the waiting person position detecting step. When specifying the waiting person, specifying the first waiting person whose distance between the current position of the wireless communication device and the current position of the waiting person's wireless device is the closest,
Calling method characterized by. The calling method according to claim 22, wherein
When the first waiting person is specified, the waiting person management step calls the wireless device held by the first waiting person and responds within a predetermined time. When not responding within a predetermined time, do not send the identified first waiting person to the user,
Calling method characterized by. The calling method according to claim 23.
In the standby management step, when a call is made to the wireless device held by the first standby and does not respond within a predetermined time, the next standby is specified as the first standby instead of the first standby To do,
Calling method characterized by. The calling method according to any one of claims 21 to 24,
A rejection number storing step of storing the telephone number of the wireless communication device held by the user and the telephone number of the wireless device or the name of the standby person in association with the rejection number storage means;
The waiting person management step should be directed from among the plurality of waiting persons based on the current position of the wireless communication device detected by the position detecting step and the current position of the wireless device detected by the waiting person position detecting step. When identifying the first waiting person and directing the identified first waiting person to the user, the telephone number of the wireless communication device held by the user in the rejection number storage means and the telephone number of the wireless device Or, when the name of the waiting person is stored in association with each other, the waiting person holding the wireless device with the telephone number and the waiting person with the name are not specified as the first waiting person to be sent,
Calling method characterized by.

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