KR101152239B1 - Mobile service system with a space information structure and method thereof - Google Patents

Abstract

The present invention relates to a mobile information system and a method thereof, and more particularly, to construct a spatial information DB of a subway, an underground shopping mall, an amusement park, a hotel, a department store, an airport, and a hospital building to be constructed at a main point or an emergency exit. By providing spatial information services to users through WiBRO, Wi-Fi, and 3G mobile communication (WCDMA) repeaters, users can search major facilities in real time and pre-register information on unauthorized / hazardous areas. An error occurred in the process of constructing existing spatial information data by guiding the building space information registered and stored in the national information system DB such as the Ministry of Land, Transport and Maritime Affairs or the National Emergency Management Agency to mobile devices of general users and specific administrators. Significantly reduce the reliability of the data, and improve the reliability of the final data. In addition, the construction process of geospatial data of various stages is dramatically shortened and costs are reduced. In addition, when accessing a building / site, information about a building is loaded on the user's mobile terminal at the user's request, thereby providing the building user with information on facilities such as real-time location information, entrance, and parking lot of the building and the large underground space. It is provided to provide the convenience of the user. In case of an emergency, by providing mobile devices with the nearest exits based on internal space information and current location to users in the building and large underground spaces, it not only helps escape quickly, but also provides emergency personnel in the building and in the basement underground. By providing information on the internal spatial topography of the space site to mobile devices, it helps to ease the disaster. In addition, after the user reserves the use of the service point that the user wants to use before departure or during the move to the mobile content service, the administrator of the service point by notifying the user of the service point manager or service representative when the user is close to the service point. Alternatively, the service representative may prepare the service, and the service point user may provide information on grasping the reservation performance status of the branch to be serviced.

Description

Mobile service system with a space information structure and method thereof

The present invention constructs a spatial information DB of subways, underground shopping malls, amusement parks, hotels, department stores, airports, and hospital buildings to build WiBRO, Wi-Fi, and third-generation mobile communications (WCDMA) at major branches or emergency exits. By providing the spatial information service to the user through the repeater, the user can search the main facilities in real time, and can be informed in advance about the unauthorized / hazardous area, and the national information system DB such as the Ministry of Land, Transport and Maritime Affairs or the National Emergency Management Agency By guiding the stored spatial information registered to the mobile device of general users and specific administrators, the errors occurred in the process of constructing the existing spatial information data are greatly reduced, and the reliability of the final data is improved and the spatial information data is saved. It not only drastically shortens the construction process of the spatial information data that has been implemented at the time of construction but also costs There is an effect that reduction. In addition, when accessing a building / site, information about a building is loaded on the user's mobile terminal at the user's request, thereby providing the building user with information on facilities such as real-time location information, entrance, and parking lot of the building and the large underground space. It is provided to provide the convenience of the user. In case of an emergency, by providing mobile devices with the nearest exits based on internal space information and current location to users in the building and large underground spaces, it not only helps escape quickly, but also provides emergency personnel in the building and in the basement underground. By providing information on the internal spatial topography of the space site to mobile devices, it helps to ease the disaster. In addition, after the user reserves the use of the service point that the user wants to use before departure or during the move to the mobile content service, the administrator of the service point by notifying the user of the service point manager or service representative when the user is close to the service point. Alternatively, the present invention relates to a spatial information system mobile service system and a method of allowing a service representative to prepare a service and providing a service point user with information on grasping a reservation performance state of a branch to be serviced.

Recently, as the wireless Internet market grows rapidly with the development of wireless communication networks, interest in services based on mobility is increasing. And while the use of mobile terminals such as mobile phones, personal digital assistants (PDAs), and mobile data terminals (MDTs) has become commonplace, services based on global positioning systems (GPS) are becoming more and more common. In accordance with these changes, the use of location information in a mobile Geographic Information System (GIS) environment based on a wireless terminal supporting mobility has attracted great interest, and in order to efficiently provide such services, a location based service (LBS) Location based service technology development is needed.

Currently, geographic information system construction is being activated nationally, and this spatial image information is combined with actual data to develop a system that can provide objective and accurate judgment data necessary to identify the current situation, establish countermeasures and respond to the situation at each stage of disaster management. This is urgent.

Until recently, various systems have been developed to quickly deal with disasters and rescue lives in the event of natural disasters such as fires, floods, earthquakes, etc. In order to support the situation, there is a demand for a spatial information system system using national safety management information by linking disaster-related information from relevant ministries and public institutions, as well as information on the movement status and location information of the personnel in the disaster site. It is not done in real time, and there is almost no rapid risk information acquisition and situation analysis in the firefighting area, especially to safeguard manpower in the field during large fire extinguishing.

In addition, the actual use of domestic and foreign mobile GIS and technology, emergency vehicle control system that supports smooth business process service for emergency situation by developing the real-time location and movement of the vehicle by using PDA and GPS, but the scene of disaster It is not able to grasp the movement status and location information of manpower input to the control station in real time and receive it.

Therefore, by making DB of indoor spatial information in national information system such as Ministry of Land, Transport and Maritime Affairs or National Emergency Management Agency and guiding it to mobile devices of general users and specific managers, the errors that occurred in the process of constructing existing spatial information data are greatly reduced, and the final construction It improves the reliability of the data and reduces the construction process of the spatial information data of various stages that were implemented in the construction of the spatial information data, and also saves the cost, and the user requests when accessing the building / site of the space stored in the DB. Or by automatically loading 2D or 3D spatial information on the user's mobile terminal, the building user is provided with facility information such as location information, entrance, parking lot, etc. To help users in buildings and large underground spaces in emergencies. By providing spatial information and emergency exits to mobile devices, it not only helps to evacuate quickly, but also provides emergency workers with information on the internal spatial topography of buildings and large underground space sites through mobile devices, Development of mobile information system and method for spatial information system that can provide effective service is urgently needed.

Accordingly, the present invention has been conceived to solve the above problems, the WiBRO or Wi-Fi (3rd generation), which is built in the main points or emergency exits of subways, underground malls, amusement parks, hotels, department stores, airports, hospital buildings, etc. By providing spatial information services to users through WCDMA repeaters, users can receive information on major facilities in real time, and can receive reservation services for service points to use. And a method thereof.

Another object of the present invention by guiding the building space information registered and stored in the national information system DB, such as the Ministry of Land, Transport and Maritime Affairs or the National Emergency Management Agency to mobile devices of general users and specific administrators, the error occurred in the process of building existing spatial information data Spatial information system mobile service system that can greatly reduce the cost, reduce the cost of building the spatial information data of several stages that have been implemented at the time of constructing the spatial information data, and improve the reliability of the final data. And to provide a method.

Another object of the present invention is to load the information on the building to the user's mobile terminal or the user's mobile terminal automatically when accessing the building / site, such as the location information of the interior space of the building and large underground space, entrance, parking lot It is to provide a mobile information system and method for spatial information system that provides facility information to a mobile device in 2D or 3D form to help users' convenience.

Another object of the present invention is to provide users with the internal space information and emergency exit in 2D or 3D to the mobile device in the building and large underground space in case of emergency, not only to help the emergency escape quickly, but also to emergency personnel in emergency The present invention provides a spatial information system mobile service system and a method for helping to extinguish disasters by providing information about internal spatial topography of buildings and large underground space sites with mobile devices.

It is another object of the present invention to provide a service point manager or service representative by informing a user of a service point manager or a service representative when a user reserves a use of a service point before departure or while traveling, and when the user is close to the service point. The present invention provides a spatial information system mobile service system and a method for helping a service provider to prepare a service, and to provide a service point user with information on grasping a reservation performance state of a branch to be serviced.

Spatial information system mobile service system according to a preferred embodiment of the present invention for achieving the above object is connected to the network and the main service places, such as building facilities for hotels, department stores, banks, hospitals, restaurants, subways and parking lots, doorways A spatial information standardized computer system including a national spatial information system management agency server; Real-time connection is made by applying the EAI linkage program on the spatial information standard computer system unit and the TCP / IP-based WAN. Standardized data including EAI (Corporate Application Integration) that provides data to the field through the service provider terminal by connecting the data of the National Spatial Information System management institution server using an ESB (web service) providing an adapter and an adapter. An association protocol and a system unit; Real-time wireless connection based on the user location in the TCP / IP or UDP / IP-based wireless communication network with the standardized data connection protocol and system unit, and based on the user location utilizing the data of the standardized data connection protocol and system unit A user terminal provided with an application that provides 2D / 3D GIS data by voice based on AR (Augmented Reality: Augmented Reality); .

In the present invention, the user terminal is a USiM deployment form of the real-time user terminal wirelessly based on the user location in a TCP / IP or UDP / IP-based wireless communication network utilizing the standardized data connection protocol and data of the system unit or An AR (Augmented Reality) mobile application unit linked with a mobile VM (virtual machine) to search for major facilities, guide, disallow unauthorized and dangerous areas, and guide the shortest emergency escape route from the current location in an emergency; In case of emergency, based on the user's location utilizing the standardized data link protocol and the data of the system unit, the emergency is linked to the emergency detection sensor or building management system (BMS) in the TCP / IP or UDP / IP based wireless communication network. A location recognition application unit guiding an escape route; .

In the present invention, the location-aware application unit guides the space information to the emergency disaster suppression officer on the basis of the Wi-Fi (WiFi), and includes tracking the location of the survivors in the building and underground space for the user and the user It is characterized by.

In the present invention, the user terminal is a reservation service for the service point before the departure or during the departure of the user at the main service places, such as hotels, department stores, banks, hospitals, restaurants, the manager of the service point when close to the service point Or a VIP information guide application unit to inform the service representative of the user's access to prepare the service so that the service point user can obtain information on the reservation execution status of the branch to be serviced; It characterized in that it further comprises.

In the present invention, the user terminal is connected to the communication infrastructure, such as WiBRO (WiBro), Wi-Fi (WiFi), 3G mobile communication (WCDMA) and the data of the national spatial information system management authority server through an access point (AP) The data of the service provider terminal is characterized in that for transmitting to the user mobile.

In addition, the spatial information system mobile service method according to a preferred embodiment of the present invention for achieving the above object is connected to a wired network, the main service places, such as building facilities for hotels, department stores, banks, hospitals, restaurants, subways and parking lots, entrances and exits Extracting spatial location information, reservation information, reservation execution status information, reservation arrival information, emergency escape route guidance, VIP information guidance, unauthorized and dangerous area warning-related data for the national spatial information system management institution server; The data of the national spatial information system management institution server is directly linked with the ESB (web service) to provide the data to the site through a wireless Internet network through a service provider terminal, or the national spatial information system management institution server using an adapter. Providing the data to the field through a service provider terminal in association with the data of EAI (corporate application integration); The service company terminal receiving the data comprises the steps of constructing spatial information of a building topography in a database; Interfacing the data with the BMS (Building Management System), which is an emergency detection sensor or a building management system, at the service provider terminal; Providing spatial information in association with an emergency detection sensor or a building management system (BMS) based on a user's location utilizing the data; .

In the present invention, in the step of providing the spatial information based on the user's real-time location interlocked with the Real Time Location System (RTLS: Real Time Location System) of the user terminal through the navigator spatial information of the building and underground space Characterized in that it comprises a space guidance and voice guidance in 2D or 3D form.

The spatial information system mobile service system and method thereof according to the present invention have the following effects.

First, the present invention is a user through the WiBRO, Wi-Fi, and third generation mobile communication (WCDMA) repeaters built in the main branches of the subway, underground shopping malls, amusement parks, hotels, department stores, airports, hospital buildings or emergency exits By providing the spatial information service to the user, the user can search the main facilities in real time, and can be informed in advance about the unauthorized / hazardous area.

Second, the present invention by guiding the building space information registered and stored in the national information system DB, such as the Ministry of Land, Transport and Maritime Affairs or the National Emergency Management Agency to mobile devices of general users and specific administrators, the error occurred in the process of building existing spatial information data This greatly reduces the reliability of the finally constructed data and greatly shortens the construction process of the spatial information data that has been implemented at the time of constructing the spatial information data, as well as reducing the cost.

Third, the present invention is to load the information on the building on the user's mobile terminal or the user's mobile terminal automatically when accessing the building / site, to the building user facilities such as location information, entrance, parking lot of the interior space of the building and large underground space Information can be provided to the mobile device to help the user's convenience.

Fourth, the present invention, by providing the internal space information and escape door to the user in the building and the large underground space as a mobile device in case of emergency, not only to help the emergency escape quickly, but also to the emergency personnel in the building and the large underground space site By providing information on the internal spatial topography of mobile devices to mobile devices, it can be easier to extinguish disasters.

Fifth, the present invention provides a service point manager or service representative by notifying the user of the service point manager or service representative when the user makes a reservation for use of the service point before departure or while traveling, and when the user approaches the service point. Helping to prepare a service, the service point user can be provided with information about the grasp of the state of performing the reservation of the branch to be serviced.

1 is a view showing the configuration of a spatial information system mobile service system according to an embodiment of the present invention.
2 is a view illustrating a process of linking data of spatial information guide in a spatial information system mobile service system according to an embodiment of the present invention.
3 is a view illustrating a process of linking real-time location guidance data based on spatial information in a spatial information system mobile service system according to an embodiment of the present invention.
4 is a view illustrating a process in which data is detected by detecting an emergency in a spatial information system mobile service system according to an embodiment of the present invention.
FIG. 5 is a view illustrating a process in which data of a VIP service is linked in a spatial information system mobile service system according to an embodiment of the present invention. FIG.
Figure 6a is a view showing the flow according to the configuration of the spatial information system mobile service system according to an embodiment of the present invention.
Figure 6b is a view showing a screen of the map information guide service according to an embodiment of the present invention.
7a to 7c is a view showing the flow according to the configuration of the real-time location guidance service in the spatial information system mobile service system according to an embodiment of the present invention.
8 is a view showing a screen of the VIP information guide service according to an embodiment of the present invention.

Looking at the preferred embodiment of the present invention together with the accompanying drawings as follows, when it is determined that the detailed description of the known art or configuration related to the present invention may unnecessarily obscure the subject matter of the present invention The description will be omitted, and the following terms are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users or operators, and the definitions thereof are the spatial information system mobile service system and method thereof. It should be made based on the contents throughout the specification to describe.

Hereinafter, a spatial information system mobile service system and a method thereof according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the configuration of a spatial information system mobile service system according to an embodiment of the present invention, Figure 2 is a spatial information guide data in the spatial information system mobile service system according to an embodiment of the present invention is linked FIG. 3 is a diagram illustrating a process of connecting real-time location guidance data based on spatial information in a spatial information system mobile service system according to an embodiment of the present invention, and FIG. 5 is a view illustrating a process in which data is connected by detecting an emergency in a spatial information system mobile service system according to an embodiment of the present invention, and FIG. 5 is a spatial information system mobile service system according to an embodiment of the present invention. In Figure 4 is a view showing to explain the process of the data associated with the VIP service, Figure 6a is an embodiment of the present invention FIG. 6B is a diagram illustrating a screen of a map information guide service according to an embodiment of the present invention, and FIGS. 7A to 7C illustrate one embodiment of the present invention. FIG. 8 is a diagram illustrating a flow according to a configuration of a real-time location guide service in a mobile information system according to an example. FIG. 8 is a diagram illustrating a screen of a VIP information guide service according to an embodiment of the present invention.

As shown in FIGS. 1 to 5, the spatial information system mobile service system includes a spatial information standardized computer system unit 100, a national spatial information system management institution server 110, and a standardized data link protocol and system unit 200. , ESB (Web Service) 210, Wireless Internet Network 211, EAI (Enterprise Application Integration) 220, Adapter 221, Service Provider Terminal 230, Database 231, User Terminal 300, AR Mobile application unit 310, USiM deployment type 311, Mobile VM (virtual machine) 312, location-aware application unit 320, an emergency detection sensor or building management system BMS (Building Management System) 321 , A VIP information application unit 330, a real time location system (RTLS) 340, and the like.

The spatial information system mobile service system is connected to major service places such as hotels, department stores, banks, hospitals, restaurants, subway and parking lots, and building facilities for entrances and exits, and includes a national spatial information system management institution server 110. A spatial information standard computerized system unit 100; The SAI is connected in real time by applying the EAI linkage program on the spatial information standard computer system unit and the TCP / IP-based WAN, and connects the data of the national spatial information system management institution server to the wireless Internet network through the service company terminal 230. 211) ESB (Web Service) 210 that provides data to the site, and EAI (Enterprise) that provides data to the site through the service provider terminal by connecting the data of the national spatial information system management agency server using the adapter A standardized data association protocol and system unit 200 including an application integration 220; Real-time wireless connection based on the user location in the TCP / IP or UDP / IP-based wireless communication network with the standardized data connection protocol and system unit, and based on the user location utilizing the data of the standardized data connection protocol and system unit A user terminal 300 receiving an application for providing 2D / 3D GIS data by voice based on AR (Augmented Reality: Augmented Reality); It consists of.

Looking at the functions of the technical means constituting the present invention spatial information system mobile service system as follows.

The spatial information standardized computer system 100 is connected to the main service places such as hotels, department stores, banks, hospitals, restaurants, building facilities for subways and parking lots, doorways, and wired networks, national spatial information system management institution server 110 ). Here, the management institution server 110 is to use the building space information registered and stored in the national information system DB, such as the Ministry of Land, Transport and Maritime Affairs or the National Emergency Management Agency.

The standardized data association protocol and system unit 200 is an ESB (web) for providing data to the field through a service provider terminal 230 by connecting data of the national spatial information system management institution server to the wireless Internet network 211. Service) 210 and EAI (Corporate Application Integration) 220 that provides data to the field through a service provider terminal 230 by connecting the data of the national spatial information system management institution server using the adapter 221. It includes.

The user terminal 300 is provided with data based on the user location utilizing the standardized data link protocol and data of the system unit. Here, the user terminal 300 is linked with the USiM deployment type 311 or Mobile VM (virtual machine) 312 of the user terminal based on the user data utilizing the standardized data link protocol and data of the system unit. An AR Mobile application unit 310 that warns of facility search, guidance, unauthorized and dangerous areas, and guides the shortest emergency escape route from the current location in an emergency; In the event of an emergency, the location recognition application unit which guides the emergency escape route by interworking with the BMS (Building Management System) 321 which is an emergency detection sensor or a building management system based on the user's location utilizing the standardized data link protocol and data of the system unit. 320; The user makes a reservation for the service point before departure or while traveling to key service places such as hotels, department stores, banks, hospitals and restaurants, and informs the manager of the service point or the service representative when the user is close to the service point. VIP information guide application unit 330 is provided to the service point user is provided with information on the status of the reservation performed to the point to receive the service to the user; It includes. In addition, the application unit 320 guides the space information to the emergency disaster suppression personnel on the basis of the Wi-Fi (WiFi), to track the location of the survivors in the building and underground space for the user and the user.

In addition, the user terminal 300 is the data of the National Spatial Information System management institution server 110 through the access infrastructure (AP) and communication infrastructure, such as WiBro (WIBRO), Wi-Fi (WiFi), 3G mobile communication (WCDMA) It is to transmit the data of the connected service provider terminal 230 to the user mobile.

Hereinafter, with reference to the accompanying drawings will be described in detail a spatial information system mobile service method according to an embodiment of the present invention.

6A is a diagram illustrating a flow according to a configuration of a spatial information system mobile service system according to an embodiment of the present invention, and FIG. 6B is a diagram illustrating a screen of a map information guide service according to an embodiment of the present invention.

As shown in FIG. 6A, first, in step 1, space location information, reservation information, and reservation for a main service place such as a hotel, a department store, a bank, a hospital, a restaurant, a subway and a parking lot, and a building facility for an entrance are connected by a wired network. Performance status information, reservation arrival information, emergency escape route guidance, VIP information guidance, unauthorized and dangerous area warning-related data is extracted from the National Spatial Information System Management Authority server (110).

Subsequently, in step 2, the data of the national spatial information system management institution server 110 is directly linked with the EBS (web service) 210 to the site through the service provider terminal 230 through the wireless Internet network 211. Providing data or connecting the data of the national spatial information system management institution server 110 using the adapter 221 to the field through the service provider terminal 230 in association with the EAI (Company Application Integration) 220 Provide data.

Next, in step 3, the service provider terminal 230 receiving the data builds spatial information of the building terrain in the database 231.

Subsequently, in step 4, the data is interlocked with the BMS (Building Management System) 321 which is an emergency detection sensor or a building management system in the service provider terminal 230.

Next, in step 5, based on the user's location utilizing the data to provide spatial information by interlocking with the emergency detection sensor or building management system (BMS) (321). Here, in step 5 of providing the spatial information, interworking with the real time location system (RTLS) 340 of the user terminal based on the user's real time location, the spatial information of the building and the underground space through the navigator Street guidance and voice guidance will be provided.

As shown in FIG. 6B, when the mobile device of the nearest position is detected in the wireless receiver installed at the emergency exit and the main point, the spatial terrain guide map service based on the current location is provided to the mobile device through the spatial information DB. Here, the map information guide application is configured based on 3D GUI-type voice guidance and AR (Augmented Reality).

7A to 7C are views illustrating a flow according to a configuration of a real-time location guidance service in a spatial information system mobile service system according to an embodiment of the present invention.

As shown in FIGS. 7A to 7C, a real time location service (RTLS) identifies a location of an object or a person in real time and receives a data device received through three or more location receivers. (Device Data) is calculated using Tri-Angular Algorithm to calculate the location of the building and site. Facility information such as location information, entrance, parking lot of the interior space of the space is provided to the mobile device.

8 is a view showing a screen of the VIP information guide service according to an embodiment of the present invention.

As shown in FIG. 8, the VIP service subscribers and affiliated service points are replaced with existing number tag information system (service) functions at places such as banks, hospitals, hotels, post offices, restaurants, and service point information. It is to provide a variety of additional services, such as reservation / payment services.

It will be appreciated by those skilled in the art that the present invention is not limited to the above embodiments, and that various modifications and changes can be made without departing from the spirit of the present invention.

100: Spatial Information Standard Computerization System 110: National Spatial Information System Management Institution Server
200: standardized data link protocol and system part
210: ESB (web service) 211: wireless Internet network
220: EAI (Company Application Integration) 221: Adapter
230: service provider terminal 231: database
300: user terminal 310: AR Mobile application unit
311: USiM deployment type 312: Mobile VM (virtual machine)
320: location recognition application unit
321: BMS (Building Management System) which is an emergency detection sensor or building management system
330: VIP information guide application
340: Real Time Location System (RTLS)

Claims (7)

In the spatial information system mobile service system,
A spatial information standard computerization system that is networked with major service locations such as hotels, department stores, banks, hospitals, restaurants, building facilities for subways, parking lots, and entrances, and includes a national spatial information system management agency server;
Real-time connection is made by applying the EAI linkage program on the spatial information standard computer system unit and the TCP / IP-based WAN. Standardized data including EAI (Corporate Application Integration) that provides data to the field through the service provider terminal by connecting the data of the National Spatial Information System management institution server using an ESB (web service) providing an adapter and an adapter. An association protocol and a system unit;
Real-time wireless connection based on the user location in the TCP / IP or UDP / IP-based wireless communication network with the standardized data connection protocol and system unit, and based on the user location utilizing the data of the standardized data connection protocol and system unit A user terminal provided with an application that provides 2D / 3D GIS data by voice based on AR (Augmented Reality: Augmented Reality); Spatial information system mobile service system comprising a. The method of claim 1,
The user terminal is a USiM-mounted form of a real-time user terminal or a Mobile VM (virtual machine) wirelessly based on a user location in a TCP / IP or UDP / IP based wireless communication network utilizing the standardized data link protocol and data of the system unit. An AR (Augmented Reality) Mobile application unit that interlocks with major facility search, guidance, unauthorized and dangerous areas, and warns the shortest emergency escape route from the current location in case of an emergency;
In case of emergency, based on the user's location utilizing the standardized data link protocol and the data of the system unit, the emergency is linked to the emergency detection sensor or building management system (BMS) in the TCP / IP or UDP / IP based wireless communication network. A location recognition application unit guiding an escape route; Spatial information system mobile service system comprising a. The method of claim 2,
The location recognition application unit guides the space information to the emergency disaster suppression officer on the basis of the Wi-Fi (WiFi), and spatial information comprising the location of the survivors in the building and underground space for the user and the user System mobile service system. 3. The method according to claim 1 or 2,
The user terminal makes reservations for the use of the service point before or during departure at major service places such as hotels, department stores, banks, hospitals, restaurants, and the like. VIP information guide application unit to inform the access to prepare the service to provide information on the service point user grasping the reservation performance status of the point to be serviced; Spatial information system mobile service system further comprising. The method of claim 1,
The user terminal includes data of a service provider terminal in which data of a national spatial information system management institution server is connected through an access point and a communication infrastructure such as WiBRO, Wi-Fi, and third generation mobile communication (WCDMA). Spatial information system mobile service system, characterized in that for transmitting to the user mobile. In the spatial information system mobile service method,
Connected by wire network, space location information, reservation information, reservation execution status information, reservation arrival information, emergency escape route information for major service places such as hotels, department stores, banks, hospitals, restaurants, subway and parking lots, and building facilities for entrances and exits Extracting VIP information, unauthorized and dangerous area warning-related data from the national Spatial Information System management institution server;
The data of the national spatial information system management institution server is directly linked with the ESB (web service) to provide the data to the site through a wireless Internet network through a service provider terminal, or the national spatial information system management institution server using an adapter. Providing the data to the field through a service provider terminal in association with the data of EAI (corporate application integration);
The service company terminal receiving the data comprises the steps of constructing spatial information of a building topography in a database;
Interfacing the data with the BMS (Building Management System), which is an emergency detection sensor or a building management system, at the service provider terminal;
Providing spatial information in association with an emergency detection sensor or a building management system (BMS) based on a user's location utilizing the data; Spatial information system mobile service method comprising the. The method according to claim 6,
In the step of providing the spatial information, based on the user's real-time location in conjunction with the real time location system (RTLS: Real Time Location System) of the user terminal spatial information in the building and underground space through the navigator 2D or 3D space Spatial information system mobile service method, characterized in that receiving guidance and voice guidance.

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