KR20090118451A - Taxi allocation system and method for the disabled - Google Patents

Abstract

PURPOSE: A disabled-only taxi allocation system and method is provided to rapidly move to the location of the disabled by figuring out the location of the disabled and allocate the nearest taxi close to the disabled. CONSTITUTION: The disabled person terminal(400) generates the taxi request signal. The location information collecting server(210) stores the location information of the disabled and the taxi transmitted from the mobile telecom server(300). The mobile telecom server transmits the location information of the disabled and the taxi to the location information collecting server through the mobile radio communication network. The taxi allocation server(220) transmits the allocation confirmation request message to the taxi terminal(410) based on the location information of the taxi terminal.

Description

Taxi Allocation System and Method for the Disabled

The present invention relates to a taxi distributing system for quickly distributing a taxi for a disabled person, more specifically, a handicapped portable terminal, a call center terminal, a location information collection server, a mobile communication company server, an electronic map server, providing location information It relates to a handicapped taxi dispatch system composed of a server, and a taxi dispatch server.

As society develops, people have become interested in improving welfare, and as a result, many facilities for the handicapped are being expanded for the installation of public facilities or public facilities. Therefore, as an example of one of these convenience facilities, a taxi for the disabled specially manufactured to be suitable for boarding of a disabled person and a call taxi dispatch system for the disabled to use the same have been used.

On the other hand, the disabled are largely classified into physically disabled and mentally disabled.

In other words, the physically handicapped are those with external physical function such as visually impaired, hearing impaired, speech impaired, physically impaired, brain lesion impaired, and facial impaired, kidney impaired, cardiac impaired, liver impaired, respiratory impaired, stoma-pregnant impaired, There are people with impaired internal body function that are classified as epileptics. Mental disabilities are classified into intellectually disabled, mentally disabled and autistically disabled.

These disabled people use a general taxi to move the place, or in the case of a physically handicapped person in a wheelchair using a wheelchair-only taxi.

However, the taxi dispatch method for the disabled is made in the same way as the public taxi dispatch. In other words, a disabled person calls a call center of a taxi company, and a counselor receives a taxi request by phone, and then calls a taxi that can be allocated by a communication method such as frequency common communication.

For example, a customer may call a call taxi company to call a call taxi to a desired place. Call Taxi allows users to call and take taxis conveniently without having to stand on the street for a long time and record the call taxi number, driver and destination at the taxi company to prevent accidents and to take quicker action when an accident occurs. Many people with disabilities are taking advantage of the inconvenience. However, in order to call a call taxi, there is a problem of calling a call taxi company and explaining their current location every time.

In addition, such a taxi dispatch method has a problem that the overall dispatch time takes a long time because the call center counselor has to make a dispatch instruction while checking whether the taxis in the close proximity to the point where the disabled person is available by using the frequency common communication.

In addition, when a taxi located far away from a disabled person is dispatched, there is a problem in that it takes a long time to arrive at the place where the disabled taxi is located.

Therefore, in order to dispatch a taxi to a disabled person more quickly using the location information of a disabled person or a taxi, a system for identifying a person's location using a mobile communication network and selecting and dispatching a taxi closest to the disabled person is very necessary. to be.

Accordingly, an object of the present invention is to solve the problems of the prior art as described above and the technical problems that have been requested from the past.

That is, an object of the present invention is to provide a disabled taxi distribution system that displays the current location of the disabled and the taxi on the electronic map using a mobile communication network so that the disabled can quickly distribute the taxi to the location of the disabled after requesting a taxi allocation. To provide.

Another object of the present invention is to solve the cumbersome problem that a disabled person needs to call a call center to request a taxi and describe his / her current location, and the call center agent takes from receiving a taxi request to completing a taxi dispatch. The overall dispatch time is saved.

Disability taxi distributing system according to the present invention for achieving this object, as a taxi distributing system for quickly distributing the taxi for the disabled,

Handicapped portable terminal for generating a taxi request signal;

Receives a taxi request signal generated from the handicapped handicapped terminal, transmits the location query request information of the disabled to the location information collection server, receives the information of the dispatchable taxi from the following taxi distribution server, the maximum from the disabled among the available taxi A call center terminal for distributing a taxi located in a short distance and transmitting the discharging completion information to a portable terminal of a disabled person and a taxi in a text message;

A location information collection server for transmitting location inquiry request information of a disabled person received from the call center terminal to a mobile communication company server, and storing location information of the disabled and a taxi received from a mobile communication company server in a location information database;

A mobile telecommunication company server for receiving the location query request information of the disabled from the location information collection server, searching for the portable terminal of the disabled and the taxi through a mobile communication network, and transmitting the retrieved location information of the disabled and the taxi to the location information collection server;

An electronic map server incorporating the electronic map;

It is linked with the location information collection server and the electronic map server, search for a taxi located within a predetermined range on the basis of the current location of the disabled in the location information database to display on the electronic map, and then provide the location information transmitted to the taxi dispatch server server; And

A taxi dispatch server for transmitting a confirmation request message on whether a taxi can be allocated based on the location information of the taxi received from the location information providing server to a portable terminal of the taxi and receiving a dispatch possible confirmation message from the taxi; Consists of

Therefore, the taxi distribution system of the present invention is a portable terminal possessed by a disabled person and a taxi driver, a mobile communication company server for tracking the location of the portable terminal, an electronic map server having an electronic map, and location information linked with the mobile communication company server. Since the structure includes a collection server, a location information providing server providing location information of a portable terminal, a call center terminal, and a taxi dispatch server, a call center counselor needs location information of a disabled person and a taxi driver having a portable terminal. According to the real time or can be identified at regular intervals, which enables the rapid processing of the taxi dispatch requested by the disabled.

For reference, a mobile communication network refers to a communication network that connects a fixed point such as a car, a train, a ship, an aircraft, and a fixed point such as a house, a company, or the like, and includes a cellular telephone and a wireless call (type). radio paging, cordless telephone (CT), radio data communications, low orbit satellite communications (GMPCS), and the like.

The portable terminal is not particularly limited as long as it can be transmitted and received through a mobile communication network. For example, the portable terminal may be selected from a group consisting of a mobile phone, a smart phone, and a PDA phone as needed.

The mobile telecommunication company server may search the current location for the entire taxi through the mobile communication network, or selectively search only the taxi located within a predetermined range based on the current location of the disabled.

In the latter case, since there is no need to search the entire taxi, the network load of the mobile communication network is greatly reduced, which can reduce the usage fee of the mobile communication network.

As one example, the taxi dispatch server, as mentioned above, as well as the function to perform the transmission and reception of messages with the taxi and the portable terminal of the disabled, whether the taxi can be dispatched, the tolerance registration by the portable terminal of the taxi, and the corresponding It is possible to additionally provide a taxi dispatch function.

As another example, the taxi dispatch server may further include an SMS (Short Message Service) transmission server for transmitting a text message with the handicapped terminal of the disabled and taxi.

Therefore, since the disabled taxi dispatch system includes an SMS transmission server, the call center counselor can communicate only by text even when not talking to the disabled and the taxi driver by voice.

This is preferable because it can prevent the noise on the taxi occupant due to the voice call.

In some cases, the location information collection server is a location based service (LBS) server, the electronic map server may be composed of a point of interest information (POI) server and a geographic information system (GIS) server.

For reference, a location based service (LBS) refers to providing additional application services requested or required by a user by combining location information of a moving user with other information.

The LBS is largely divided into three areas: Location Determination Technology (LDT), Location Enabled Platform (LEP), and Location Application Program (LAP).

(1) positioning technology

Depending on the type of mobile communication company and location information service, a location inquiry method based on a single base station may be used instead of a method of calculating a location relationship between a plurality of base stations and terminals. Since the mobile communication network always performs terminal mobility management based on a base station, this method can provide a location-based service without additional positioning system load and positioning calculation load when requesting a location.

(2) location processing platform

The location processing platform collects the location of users or objects obtained by positioning technology and processes them into information of a consistent expression to serve or store the components of the location application program through an interface with a network. Means component.

In GSM, CDMA-based mobile communication network model, GMLC (Gateway Mobile Location Center) is connected with mobility management system inside mobile communication network to request base station-based routing information of terminal and supports interworking with location application application existing in IP network. It is defined as a facility that acts as a gateway. The GMLC can be classified as one of the location processing platforms in the mobile communication network.

(3) location application

It refers to a service that can communicate with the location processing platform to provide dynamically processed content based on the location of individual users and things or to manage the collected location information. In the mobile communication network, the location application server (Location Application Server) and It is sometimes layered as a Location Contents Server. The Location Application Server is also called the 'LBS Platform', and serves as a basic location-based supplementary service in a mobile communication network and as a gateway for external content services. You will be in charge.

Typical areas of content services and solutions include telematics, location-based WAP services, emergency safety and paging services, and map / local services combined with GIS.

Points of Interest (POI) refers to objects and points of interest that users are interested in in telematics terminals, etc. Geographic Information System (GIS) is a numerical value that enables computational processing of maps or maps. It refers to a system that converts and inputs relevant information such as land, resources, facilities, environment, society, economic statistics, etc. and uses them in various decision-making.

Meanwhile, in the above structure, the mutual interface of the location information collection server, the electronic map server, the location information providing server, and the SMS transmission server may be based on a Java (API) based common application programming interface (API).

For reference, API stands for Application Programming Interface and means a set of functions provided by the operating system for an application.

Java-based common APIs include, for example, provision processing, positioning processing, tracking request, trace processing, trigger processing, proximity search processing, map image processing, API for processing POI search.

In addition, an interface based on a common Java-based API includes a communication interface for interworking with a location information collection server, a GIS (geographic information system) and content interworking interface for interworking with an electronic map server, and a location information collection server. It consists of location search interworking interface for interworking, LBS (Location Based Service) interworking interface for interworking with location information providing server, and SMS interworking interface for interworking with SMS server. Let's do it.

For example, the LBS interworking interface may include an LBS server and an interface for provision processing, position processing, tracking processing, trace search, trigger processing, and proximity search.

Meanwhile, the predetermined range is a criterion for which range of taxis are searched based on the location of the disabled person, and may be arbitrarily adjusted as necessary, for example, within a radius of 3 km based on the location of the disabled person. It may be made in a range, and more preferably within a range of 2 km.

However, if a taxi is searched within a radius of 3 km based on the location of the disabled, if the available taxi is not found, it is of course possible to search by increasing the radius.

The present invention also provides a taxi dispatch method for quickly dispatching a taxi for a disabled person.

Specifically,

(a) transmitting the taxi allocation request information from the portable terminal of the disabled to the call center terminal;

(b) the taxi dispatch server requesting the location information collection server through the Internet to request the location information of the portable terminal of the disabled to determine the location of the corresponding disabled person;

(c) the location information collection server requesting the mobile communication company server for the location information of the disabled and the location information of the taxi equipped with the portable terminal through the Internet network;

(d) the mobile telecommunication company server searching for the location information of the disabled and the location information of the taxi requested in the step (c) through the mobile communication network, and transmitting the location information to the location information collection server;

(e) storing the location information collecting location information of the disabled and the taxi received in step (d) in the location information database;

(f) The location information providing server interworks with the electronic map server, searches for a tolerance taxi located within a predetermined range based on the current location of the disabled in the location information database, displays it on the electronic map, and then displays the information on the Internet. Transmitting to the taxi server through;

(g) The taxi dispatch server transmits a text message for confirming whether or not the vehicle can be allocated to a portable terminal of a taxi located within a predetermined range based on the location of a disabled person through a mobile communication network, and the portable terminal of the taxi determines whether the vehicle can be allocated. Inputting and transmitting to a taxi vehicle server; And

(h) The call center terminal receives the information of the available taxi from the taxi dispatch server, allocates the taxi located at the shortest distance from the handicapped among the available taxis, and sends the completed information to the handicapped and the portable terminal of the taxi by text message. Transmitting;

Consists of

Therefore, the disabled person can receive a taxi that is moving to the nearest place to his current location, thereby minimizing the inconvenience of waiting for a taxi for a long time.

In addition, the call center counselor using the call center terminal can provide a more accurate information to the disabled and taxi drivers, while confirming the location of the disabled and the taxis adjacent thereto on the map, the consultation process with the disabled.

For example, as described above, the predetermined range may be within 3 km based on the location of the disabled, and the tolerance taxi may mean an empty taxi and may be selected based on an average of about five cars.

In some cases, in the step (b), when the portable terminal for the disabled is a general telephone, the taxi dispatch server may manually check the current location of the disabled by wire.

The present invention also provides a taxi dispatch system for searching for the location of the disabled and the taxi using a wireless communication network in order to quickly perform the dispatch of the taxi for the disabled.

The taxi dispatch system, specifically,

A disabled GPS portable terminal for generating a taxi request signal;

Receives a taxi request signal generated from the disabled GPS portable terminal, transmits the location query request information of the disabled to the location information collection server, receives the information of the dispatchable taxi from the following taxi distribution server, from the disabled among the available taxi A call center terminal for distributing a taxi located at a short distance, and transmitting the discharging completion information to a GPS portable terminal of a disabled person and a taxi as a text message;

A location information collection server for searching for a GPS portable terminal of a disabled person and a taxi through a wireless communication network based on the location inquiry request information of the disabled person received from the call center terminal, and storing the retrieved location information of the disabled person and a taxi in a location information database;

An electronic map server incorporating the electronic map;

It is linked with the location information collection server and the electronic map server, search for a taxi located within a predetermined range on the basis of the current location of the disabled in the location information database to display on the electronic map, and then provide the location information transmitted to the taxi dispatch server server; And

A taxi dispatch server for transmitting a confirmation request message on whether a taxi can be allocated based on the location information of the taxi received from the location information providing server to a GPS portable terminal of the taxi and receiving a dispatch possible confirmation message from the taxi;

Consists of

Thus, the disabled taxi distribution system is characterized by using a GPS portable terminal including a GPS module to search for the location of the disabled and taxi using a wireless communication network instead of a mobile communication network.

The GPS portable terminal may be, for example, one selected from a personal digital assistant (PDA), a mobile phone, and a smart phone having a built-in or equipped GPS module. The GPS module may request GPS from a location information collection server. It receives the satellite signal to calculate the location and transmits the calculated location information to the location information collection server.

In addition, the wireless communication network may be formed of, for example, a wireless local area network (WLAN) network or a wireless broadband network (WLAN) network. For reference, a wireless local area network (WLAN) is a schedule where a wireless access device (AP) is installed. It means a local area network (LAN) capable of high-speed Internet in the street, and the wireless broadband network means a wireless portable Internet network that can use the high-speed Internet while moving.

Hereinafter, the content of the present invention will be described with reference to the drawings according to embodiments of the present invention, but the scope of the present invention is not limited thereto.

1 is a schematic diagram of a disabled taxi system according to an embodiment of the present invention.

Referring to FIG. 1, the disabled taxi distribution system 10 includes a handicapped portable terminal 400 and a taxi driver's portable terminal 410, a call center terminal 200, a mobile communication company server 300, and a location information collection server 210. ), The location information database 212, taxi dispatch server 220, taxi dispatch database 222, the electronic map server 250, SMS transmission server 230, and the location information providing server 240.

The handicapped portable terminal 400 generates a taxi dispatch request signal to the call center terminal 200 through the mobile communication network 310, and based on the request signal, the location information collection server 210, the taxi dispatch server 220, The SMS transmission server 230, the location information providing server 240, and the electronic map server 250 is interlocked, the taxi dispatch server 220 transmits the final dispatch instruction to the portable terminal 410 of the taxi driver, In addition, the dispatch instruction information is also transmitted to the handicapped portable terminal (400).

Specifically, the call center terminal 200 receives the taxi request signal generated from the handicapped portable terminal 410, and transmits the location query request information of the disabled to the location information collection server 210.

In addition, the taxi dispatch server 220 receives the information of the cab capable of dispatching, dispatch the taxi located at the shortest distance from the disabled among the cab capable of dispatching, the dispatch completion information to the portable terminal (400, 410) of the disabled and the taxi Send it as a message.

The location information collection server 210 transmits the location query request information of the disabled received from the call center terminal 200 to the mobile communication company server 300, and transmits the location information of the disabled and the taxi received from the mobile communication company server 300. The location information database 212 is stored.

After receiving the location inquiry request information of the disabled from the location information collection server 210, the mobile communication company server 300 searches for the portable terminals 400 and 410 of the disabled and taxi driver through the mobile communication network 310, The location information of the disabled and the taxi is transmitted to the location information collection server 210.

The location information providing server 240 is interlocked with the location information collection server 210 and the electronic map server 250 having the electronic map embedded therein, and the location information database 212 is located within a radius of 3 Km based on the current location of the disabled person. The taxi is located and displayed on the electronic map, and then sent to the taxi server 220.

The taxi dispatch server 220 transmits a confirmation request message on whether the taxi can be dispatched to the portable terminal 410 of the taxi driver based on the location information of the taxi received from the location information providing server 240, and dispatches from the taxi. Receives a confirmation message, and stores the relevant information in the taxi vehicle database (222).

Figure 2 is a schematic diagram of the interface configuration of the disabled taxi distribution system of FIG.

Referring to FIG. 2, the location information collection server 210 stores location information of a disabled person and a taxi received from a mobile communication company server (not shown) in the location information database 212, and the location information database 212 stores data. By the DB interworking interface, GIS interworking interface, content interworking interface, LBS interworking interface, location search interworking interface, SMS interworking interface electronic map server 250, location information providing server 240, and SMS transmission server 230 and It is configured to interoperate with each other.

3 is a diagram schematically illustrating a network configuration of the disabled taxi cab system of FIG. 1.

Referring to FIG. 3, the mobile communication company server 300 receives location information transmitted from a portable terminal of a disabled person and a taxi driver through the mobile communication network 310 and transmits the location information to the location information collection server 210 through the Internet network. The location information collection server 210 stores the location information of the received portable terminals in the location information database 212.

Next, the location information providing server 240 displays the location information of the portable terminals 510 and 520 stored in the location information database 212 on an electronic map embedded in the electronic map server 200, and then through the Internet network. Taxi dispatch server (not shown).

Therefore, the call center terminal 200 accesses the taxi distribution server and inquires the information of the available taxis, and then preferentially allocates the taxi in the position closest to the disabled among the available taxis to the disabled.

FIG. 4 is a flowchart schematically illustrating a method of checking the position of the disabled and the taxi in the disabled taxi system of FIG. 1.

4, first, the disabled person requests a taxi to the call center counselor. Second, the call center counselor requests the mobile phone company's current location when the disabled use a mobile phone, and manually displays the current location of the disabled on an electronic map when using a general telephone. Third, when the location of the person with a disability is confirmed, the call center counselor clicks a tolerance search (average 5 units) button located at a short distance (within 3 km radius or arbitrarily adjusted based on the location of the person with disabilities). Fourth, to the driver of the searched taxi, the information on whether or not the vehicle can be automatically sent as a text. Fifth, the taxi driver who receives the text information registers a matter of whether or not the vehicle can be dispatched by accessing the taxi server. Sixth, the call center counselor preferentially allocates vehicles located closest to each other that can be allocated on the electronic map. Finally, information about the completion of the dispatch is automatically transmitted to the disabled and taxi driver by text.

FIG. 5 is a flowchart schematically showing the disabled taxi system of FIG. 1.

Referring to FIG. 5 together with FIG. 1, a taxi dispatch method for quickly distributing a taxi for a disabled person may include:

(a) transmitting the taxi vehicle request information from the portable terminal 400 of the disabled to the call center terminal 200 (S100); (b) the taxi dispatch server 220 requests the location information collection server 210 for the location of the portable terminal 400 of the disabled through the Internet to identify the location of the disabled person (S110); (c) the location information collection server 210 requesting the mobile communication company server 300 for the location information of the disabled and the location information of the taxi equipped with the portable terminal (S120); (d) the mobile telecommunication company server 300 searching for the location information of the disabled and the location information of the taxi requested in the step (c) through a mobile communication network, and transmitting the location information to the location information collection server 210 (S130); (e) the location information collection server 210 stores the location information of the disabled and the taxi received in the step (d) in the location information database 212 (S140); (f) The location information providing server 240 interworks with the electronic map server 250 and searches for a tolerance taxi located within a predetermined range based on the current location of the disabled in the location information database 212 (S150). After displaying on the map, transmitting the information to the taxi server via the Internet (S160); (f) the taxi dispatch server 220 transmits a text message for confirming whether or not the dispatch is possible to the portable terminal 410 of the taxi located within a predetermined range based on the location of the disabled through the mobile communication network 310 ( S170), the portable terminal 410 of the taxi inputs whether or not the dispatch possible to transmit to the taxi server 220 (S180); And (g) the call center terminal 200 receives the information of the dispatchable taxi from the cab server 220, dispatches a taxi located at the shortest distance from the handicapped among the available dispatchable taxi, the dispatch completion information to the disabled and taxi Transmitting a text message to the portable terminals 400 and 410 (S190); Consists of

6 is a schematic view of a configuration of a taxi system for the disabled according to another embodiment of the present invention.

Referring to FIG. 6, the disabled taxi distribution system 10 includes a GPS portable terminal 400 for a disabled person and a GPS portable terminal 410 for a taxi driver, a call center terminal 200, a location information collection server 210, and location information. Database 212, taxi dispatch server 220, taxi dispatch database 222, the electronic map server 250, SMS transmission server 230, and location information providing server 240 is configured.

Meanwhile, the disabled taxi distribution system 10 of FIG. 6 uses the wireless communication network 310 instead of the mobile communication network to search for the location of the disabled and the taxi, and uses the GPS portable terminals 400 and 410 including the GPS module instead of the portable terminal. Except for that point, the description is the same as that of FIG. 1, and thus a detailed description thereof will be omitted.

The present invention provides a handicapped taxi distributing system that displays the current position of the disabled and the taxi on an electronic map using a mobile communication network, when the person with a disability requests a taxi, the current position of the disabled is located closest to the disabled. By dispatching a taxi at, you can quickly move the taxi to a disabled location.

In addition, disabled people can solve the cumbersome problem of having to call a call center to request a taxi and describe their current location each time.

In addition, the call center counselor can dispatch the taxi while figuring out the current location of the disabled and the available taxi on the map, thereby greatly reducing the overall dispatch time.

Those skilled in the art to which the present invention pertains will be able to perform various applications and modifications within the scope of the present invention based on the above contents.

1 is a block diagram of a disabled taxi system according to an embodiment of the present invention;

FIG. 2 is a diagram illustrating an interface configuration of the taxi system for the disabled in FIG. 1; FIG.

3 is a network configuration diagram of the disabled taxi system of Figure 1;

4 is a flowchart of a method for identifying the location of a disabled person and a taxi in the disabled taxi system of FIG. 1;

5 is a flow chart of the disabled taxi system of Figure 1;

Figure 6 is a block diagram of a disabled taxi distribution system according to another embodiment of the present invention.

Claims (10)

As a taxi dispatch system for quickly distributing a taxi for the disabled, Handicapped portable terminal for generating a taxi request signal; Receives a taxi request signal generated from the handicapped handicapped terminal, transmits the location query request information of the disabled to the location information collection server, receives the information of the dispatchable taxi from the following taxi distribution server, the maximum from the disabled among the available taxi A call center terminal for distributing a taxi located in a short distance and transmitting the discharging completion information to a portable terminal of a disabled person and a taxi in a text message; A location information collection server for transmitting location inquiry request information of a disabled person received from the call center terminal to a mobile communication company server, and storing location information of the disabled and a taxi received from a mobile communication company server in a location information database; A mobile telecommunication company server for receiving the location query request information of the disabled from the location information collection server, searching for the portable terminal of the disabled and the taxi through a mobile communication network, and transmitting the retrieved location information of the disabled and the taxi to the location information collection server; An electronic map server incorporating the electronic map; It is linked with the location information collection server and the electronic map server, search for a taxi located within a predetermined range on the basis of the current location of the disabled in the location information database to display on the electronic map, and then provide the location information transmitted to the taxi dispatch server server; And A taxi dispatch server for transmitting a confirmation request message on whether a taxi can be allocated based on the location information of the taxi received from the location information providing server to a portable terminal of the taxi and receiving a dispatch possible confirmation message from the taxi; Disability taxi dispatch system, characterized in that consisting of. The system of claim 1, wherein the mobile communication company server selectively searches for taxis located within a predetermined range based on the current location of the disabled. The system of claim 1, wherein the taxi dispatch server further provides whether a taxi can be dispatched, a tolerance registration by a portable terminal of the taxi, and a dispatch performance function of the corresponding taxi. The system of claim 1, wherein the taxi server further includes an SMS (Short Message Service) transmission server for transmitting a text message with a portable terminal of a disabled person and a taxi. The method of claim 4, wherein the location information collecting server, the electronic map server, the location information providing server, and the SMS transmission server are interconnected based on a common API (Java) based application programming interface (JAVA). Handicapped taxi system. According to claim 5, The Java-based interface based on the common API is a communication interface for interworking with the location information collection server, GIS (geographic information system) and content interworking interface for interworking with the electronic map server, location Location search interworking interface for interworking with information collection server, LBS (Location Based Service) interworking interface for interworking with location information providing server, and SMS interworking interface for interworking with SMS server, characterized in that Taxi system for the disabled. The system of claim 1 or 2, wherein the predetermined range is within a radius of 3 km based on the position of the disabled. As a taxi distributing method for quickly distributing a taxi for the disabled, (a) transmitting the taxi allocation request information from the portable terminal of the disabled to the call center terminal; (b) the taxi dispatch server requesting the location information collection server through the Internet to request the location information of the portable terminal of the disabled to determine the location of the corresponding disabled person; (c) the location information collection server requesting the mobile communication company server for the location information of the disabled and the location information of the taxi equipped with the portable terminal through the Internet network; (d) the mobile communication company server searching for the location information of the disabled and the location information of the taxi requested in the step (c) through the mobile communication network, and transmitting the location information collection server; (e) storing the location information collecting location information of the disabled and the taxi received in step (d) in the location information database; (f) The location information providing server interworks with the electronic map server, searches for a tolerance taxi located within a predetermined range based on the current location of the disabled in the location information database, displays it on the electronic map, and then displays the information on the Internet. Transmitting to the taxi server through; (g) The taxi dispatch server transmits a text message for confirming whether or not the vehicle can be allocated to a portable terminal of a taxi located within a predetermined range based on the location of a disabled person through a mobile communication network, and the portable terminal of the taxi determines whether the vehicle can be allocated. Inputting and transmitting to a taxi vehicle server; And (h) The call center terminal receives the information of the available taxi from the taxi dispatch server, allocates the taxi located at the shortest distance from the handicapped among the available taxis, and sends the dispatch completion information to the mobile terminal of the disabled and the taxi as a text message. Making; Taxi method for the disabled, characterized in that consisting of. 9. The method of claim 8, wherein in the step (b), when the portable terminal for the disabled is a general telephone, the taxi dispatch server checks the current location of the disabled by wire and manually inputs the disabled taxi dispatch method. As a taxi dispatch system that searches the location of the disabled and the taxi using a wireless communication network in order to quickly dispatch the taxi for the disabled, A disabled GPS portable terminal for generating a taxi request signal; Receives a taxi request signal generated by the disabled GPS portable terminal, transmits the location query request information of the disabled to the location information collection server, receives the information of the available taxi from the following taxi dispatch server, from the disabled among the available taxi A call center terminal for distributing a taxi located at a short distance, and transmitting the discharging completion information to a GPS portable terminal of the disabled and the taxi as a text message; A location information collection server for searching for a GPS portable terminal of a disabled person and a taxi through a wireless communication network based on the location inquiry request information of the disabled person received from the call center terminal, and storing the retrieved location information of the disabled person and a taxi in a location information database; An electronic map server incorporating the electronic map; It is linked with the location information collection server and the electronic map server, search for a taxi located within a predetermined range on the basis of the current location of the disabled in the location information database to display on the electronic map, and then provide the location information transmitted to the taxi dispatch server server; And A taxi dispatch server for transmitting a confirmation request message on whether a taxi can be allocated based on the location information of the taxi received from the location information providing server to a GPS portable terminal of the taxi and receiving a dispatch possible confirmation message from the taxi; Disability taxi dispatch system, characterized in that consisting of.

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