JP2016181896A - Realtime position-based event generation system and terminal control method using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a realtime position-based event generation system and a terminal control method using the same, in which the indoor position of a user in a specific area is measured in realtime, the indoor movement line of the user is monitored on the basis of position information obtained by the measurement, and an appropriate event is generated according to the indoor movement line.SOLUTION: A system includes: a mobile terminal that is at least one position recognition device for sensing the position or movement of the mobile terminal in an indoor space; and a service providing server that collects position information of the mobile terminal which is sensed through the at least one position recognition device and matches the position information with a digital map corresponding to the indoor space, analyzes the indoor movement line of a moving body from the collected position information of the mobile terminal, and provides the mobile terminal with event information according to the indoor movement line.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a real-time position-based event generation system that measures a real-time position of a user and generates an event according to an indoor movement pattern, and a terminal control method using the same.

  The location-based service is a service that can track current location information using a satellite-based location confirmation receiving terminal such as GPS (Global Positioning System).

  Recently, location-based services have been provided by using location-based services in various application fields such as road guidance, surrounding information guidance, traffic information, logistics control, rescue requests, and crime reporting.

  First, in order to provide a location-based service, it is essential to know the location of the location confirmation receiving terminal. However, existing satellite-based position confirmation receiving terminals cannot provide position information in areas where satellite signals are weak, such as indoors, tunnels, underground parking lots, and urban areas.

  In order to solve such problems, wireless LAN (WLAN), ultra wideband wireless communication (UWB), Zigbee, Bluetooth (registered trademark), RFID, etc. in indoor areas where satellite signals are weak Many wireless positioning methods using short-range wireless communication have been researched and developed.

Korean Published Patent Publication No. 10-2013-0089136 (Invention name: Apparatus and method for collecting indoor collection position and heterogeneous infrastructure measurement information, published date: August 09, 2013)

  The present invention measures the indoor position of a user in a specific area in real time, monitors the user's indoor flow line from the measured position information, and generates an appropriate event according to the indoor flow line. The object is to provide a system and a terminal control method using the system.

  Another object of the present invention is to control a user's terminal based on an event generated by a real-time location-based event generation system. The goal is to provide marketing etc.

  To this end, a real-time location-based event generation system according to an embodiment of the present invention includes a mobile terminal; at least one position recognition device that senses a position of the mobile terminal in an indoor space; and the at least one position recognition. Collecting the position information of the mobile terminal sensed through the apparatus and matching it with a digital map map corresponding to the indoor space, analyzing the indoor flow line of the mobile body from the collected position information of the mobile terminal, and A service providing server for providing event information by a line to the mobile terminal;

  The service providing server may analyze the direction and speed of the indoor flow line from the collected location information of the mobile terminal, and provide the event information differently depending on the direction or speed of the indoor flow line. .

  In addition, the real-time location-based event generation system according to an embodiment of the present invention further includes an administrator terminal connected to the service providing server, for querying and managing a history of mobile terminals that are located or move in the indoor space. Can be included.

  At this time, the mobile terminal requests the service providing server to inquire about location information by time zone, and receives the location information by time zone together with the digital map information from the service provision server in response to the request. It is characterized by being displayed on a map.

  The at least one position recognition device may be one of a WiFi access point (WiFi AP), a Bluetooth access point (Bluetooth AP), an RFID (Radio Frequency IDentification), a zigbee, a gyro sensor, an acceleration sensor, and a camera. The above can be included.

  The service providing server includes a location information collection unit that collects location information sensed through the at least one location recognition device in a location information DB, and the location information collected through the location information collection unit is defined in an indoor map DB. A position coordinate value is calculated based on the coordinates, and the calculated position coordinate value is provided by matching on the digital map map corresponding to the indoor space, and the moving object collected through the position information collection unit A location-based event generation unit that analyzes a user's indoor flow line from the terminal position information, inquires about event information based on the indoor flow line, and provides the event information to the mobile terminal may be included.

  Further, the service providing server receives a location information inquiry request from the mobile terminal or the administrator terminal, and the location information or the location information that satisfies the inquiry condition from the collected location information of the mobile terminal by the inquiry request. An inquiry unit that inquires based on coordinates defined in the indoor map DB and provides the position coordinate value corresponding to the mobile terminal or the administrator terminal may be further included.

  In addition, the inquiry unit displays an interface screen that can be categorized and inquired with respect to the position information by dividing a user's flow line status, distribution status, date, time zone, location, group, and mobile. provide.

  The event information may include one of a push message including warning or guidance information, a control signal for controlling the operation of the mobile terminal, and content information for reproducing related content.

  Meanwhile, the terminal control method using the real-time location-based event generation system according to the embodiment of the present invention includes a step in which at least one position recognition device located in an indoor space senses the position of a mobile terminal; Receiving and collecting the position information of the mobile terminal sensed through at least one position recognition device; the position information of the mobile terminal collected by the service providing server based on the coordinates defined in the indoor map DB; Matching on the digital map map corresponding to the indoor space; and analyzing the indoor flow line of the mobile body from the location information of the mobile terminal collected by the service providing server, and moving the event information based on the indoor flow line to the movement Generating to the body terminal.

  Further, the step of matching the location information of the mobile terminal collected by the service providing server on the digital map map includes coordinates of the location information of the mobile terminal collected by the service providing server defined in an indoor map DB. Calculating a position coordinate value based on the method; and matching the calculated position coordinate value with the digital map map by the service providing server.

  In the control method according to the embodiment of the present invention, the service providing server receives a location information inquiry request from the mobile terminal or an administrator terminal, and receives the location information of the mobile terminal collected by the inquiry request. The method may further include a step of inquiring position information matching the inquiry condition or position coordinate value corresponding to the position information based on coordinates defined in the indoor map DB and providing the position information to the mobile terminal or the administrator terminal. .

  The event information may include one of a push message including warning or guidance information, a control signal for controlling the operation of the mobile terminal, and content information for reproducing related content.

  Also, the control method according to the embodiment of the present invention may be configured such that the mobile terminal outputs a push message according to event information received from the service providing server to give a warning or guidance, execute a related application, The method may further include controlling the operation of the terminal or playing related content.

  According to the present invention as described above, it is possible to perform integrated management such as security and control for a specific area by grasping the user's indoor flow line by real-time position tracking and generating an appropriate event by the indoor flow line. .

  In addition, since the mobile terminal is controlled or controlled by the occurrence of an event, it is possible to provide not only access control for a specific area, but also security management related to confidential leaks, guidance services, target marketing, etc. There is an effect that can be handled immediately. For example, if a traffic line entering the entrance / exit of a specific area is detected, the camera operation of the user's mobile terminal is turned off for security purposes. The camera of the user side mobile terminal can be operated.

  In addition, from the manager's standpoint, management policies such as access control and safety management can be established through analysis of mobile activities by time zone and region (location).

  In addition, the system of the present invention can provide a diagnosis-related medical guidance message in a hospital, and the museum provides a solution for integrated control of the audience terminal by automatically shutting off the camera operation of the mobile terminal. Can do. In addition, it is possible to set and apply event information suitable for various fields such as steelworks, shopping malls, airports, offices, schools, libraries, etc., so there is an advantage that the application range is wide without major system fluctuations .

The block diagram which showed the real-time location-based event generation system which concerns on the Example of this invention. The detailed block diagram of the service provision server applied to the system which concerns on the Example of this invention. The figure for demonstrating the method to match on a map on the basis of a coordinate with the system which concerns on the Example of this invention. 1 is an overall flowchart for explaining a mobile device control method using a real-time location-based event generation system according to an embodiment of the present invention. The flowchart for demonstrating concretely operation | movement with a service provision apparatus with the method which concerns on the Example of this invention. The flowchart for demonstrating concretely operation | movement with a service provision apparatus with the method which concerns on the Example of this invention.

  It should be noted that the technical terms used herein are merely used to describe particular embodiments, and are not intended to limit the present invention. Further, technical terms used in the present specification are interpreted in a meaning generally understood by those having ordinary knowledge in the technical field to which the present invention belongs, unless defined otherwise in the present specification. Should not be interpreted in an overly comprehensive sense or in an overly reduced sense.

  Also, a single expression used herein includes a plurality of expressions unless the context clearly indicates otherwise. In this application, terms such as “configured” or “including” should not be construed as necessarily including all of the various components or various steps described in the specification. It should be construed that a component or some steps may not be included, or may include additional components or steps.

  Hereinafter, this embodiment will be described in detail with reference to the accompanying drawings.

  FIG. 1 is a configuration diagram illustrating a real-time location-based event generation system according to an embodiment of the present invention.

  A real-time location-based event generation system (hereinafter referred to as a system) according to an embodiment of the present invention can be implemented by including a mobile terminal 100, at least one location recognition device 200, and a service providing server 300.

  The mobile terminal 100 is a terminal possessed by the mobile body, and can include a mobile terminal, particularly when the mobile body is a person (user). In the present embodiment, for convenience of explanation, a case where a user and a moving body are mixed and a user (person) is a moving body will be described as an example. However, the present invention is not limited to this, and the moving body may include animals, vehicles, and the like in addition to humans.

  Moreover, although the mobile terminal 100 means the terminal in which the communication apparatus and the electronic device were contained inside, it is not limited to this. That is, the mobile terminal 100 can be applied regardless of its type and form as long as at least one position recognition device 200 includes a communication means capable of sensing. For example, it can include a bracelet, card form, employee ID card, and the like.

  At least one position recognition device 200 is provided in an arbitrary indoor space A and senses the position of the mobile terminal 100. A plurality of such position recognizing devices 200 can be provided depending on a communicable region, signal strength, and the like.

  The at least one position recognition apparatus 200 can sense three-dimensional positioning by using two or more sensors as needed as well as two-dimensional positioning.

  For example, the at least one position recognition device 200 may be one of a WiFi access point (WiFi AP), a Bluetooth access point (Bluetooth AP), an RFID (Radio Frequency IDentification), a zigbee, a gyro sensor, an acceleration sensor, and a camera. Including the above.

  Recently, as a Bluetooth low power (BLE) (also called “beacon”) method, which is the fourth generation of Bluetooth, is introduced, at least one position recognition device 200 in this embodiment uses a Bluetooth low power method. The access point used can be applied. Such Bluetooth low-power system is a technology that strengthens the short-range positioning function in the room, and is so accurate that it can be distinguished in units of 5 to 10 cm, and has a more precise positioning than the existing GPS system. It is possible and has the advantage of low battery consumption.

  The service providing server 300 collects position information sensed through at least one position recognition device 200, calculates coordinates for the collected position information, and matches the indoor position map information. Accordingly, the service providing server 300 can display the position information of the user on the indoor map at the request of the user or the administrator so that it can be visually confirmed easily.

  At this time, the coordinates can be calculated in two dimensions or three dimensions, and the signal intensity of the mobile terminal 100, a gyro sensor, or the like can be basically used as the calculation method.

  Further, the service providing server 300 analyzes the indoor flow line of the moving object from the collected position information. Then, event information is generated by the analyzed indoor flow line and transmitted to the mobile terminal 100. At this time, the service providing server 300 can analyze the direction and speed of the indoor flow line from the collected position information. In particular, the direction of the indoor flow line is determined by the order sensed through at least one position recognition device 200, and the horizontal direction (two-dimensional) or the vertical direction (three-dimensional) is sensed from at least one position recognition device 200. It can be analyzed by 3D or 3D positioning.

  Therefore, the service providing server 300 can provide the event information differently depending on the direction or speed of the indoor flow line. For example, when a mobile object runs, event information must be transmitted quickly in conjunction with it.

  On the other hand, the mobile terminal 100 outputs a push message according to the event information received from the service providing server 300 to give a warning or guidance, or to cancel or operate a predetermined operation in the mobile terminal 100, Or play related content.

  Accordingly, the mobile terminal 100 transmits useful information to the user by receiving the event information in real time according to the user's indoor flow line (position movement).

  Also, the mobile terminal 100 requests the service providing server 300 for location information, receives location information including coordinate values from the service providing server 300 according to the request, and displays the location information together with the indoor map. Can be grasped in real time.

  Meanwhile, the system of the present invention may further include an administrator terminal 400 that is connected to the service providing server 300 and inquires and manages the history of the mobile terminal 100 that is located or moves in the indoor space.

  The administrator terminal 400 is capable of real-time monitoring of a defined indoor space, and sets management policies related to control personnel, user flow status by time of day, security policy, safety, guidance service, etc. Can be managed and inquired. The administrator terminal 400 can receive the related logs from the service providing server 300 in a timely manner through information inquiry, and can be used as basic data for statistics and analysis.

  For example, the administrator terminal 400 can use the current flow status, distribution status, date (month / day), and time zone (from 00 o'clock) to the location information measured through at least one location recognition device 200. Provides interface screens that can be set and inquired according to location (00 o'clock), location (zones 1, 2, 3, etc.), affiliation group (department, etc.), mobile entity (users 1, 2, 3) Through this, related logs can be provided in a timely manner. The interface screen will be described later.

  FIG. 2 is a detailed configuration diagram of a service providing server applied to a system according to an embodiment of the present invention. FIG. 3 illustrates a method for matching on a map based on coordinates in the system according to the embodiment of the present invention. It is a figure for demonstrating.

  Specifically, the service providing server 300 according to the embodiment of the present invention includes a location information collection unit 310, a location coordinate calculation unit 320, a location-based event generation unit 330, an inquiry unit 340, a location, as illustrated in FIG. An information statistics unit 350, a location information DB 362, an indoor map DB 364, and an event DB 366 are included.

  The location information DB 362, the indoor map DB 364, and the event DB 366 are shown in separate and independent configurations for the convenience of understanding. However, in the actual implementation step, the location information DB 362, the indoor map DB 364, and the event DB 366 Good.

  The position information collection unit 310 receives position information sensed through at least one position recognition device and collects it in the position information DB 362.

  The position coordinate calculation unit 320 calculates position coordinate values based on the coordinates defined in the indoor map DB 364 based on the position information collected through the position information collection unit 310, and matches the calculated position coordinate values on the digital map map. To provide. At this time, the position coordinate calculation unit 320 can calculate the coordinates using the signal strength of the mobile terminal sensed through at least one position recognition device (200 in FIG. 1).

  As an example, as shown in FIG. 3, grid-type coordinates including a vertical grid and a horizontal grid with a fixed interval are defined in a digital map corresponding to an indoor space, and the vertical grid and the horizontal grid are defined on the defined coordinates. The position information of each position recognition device (200 in FIG. 1) is confirmed based on the intersecting points (P1 to P4). The intensity of the signal transmitted from each position recognition device (200 in FIG. 1) is calculated from the position information of each position recognition device (200 in FIG. 1), and the corresponding point is used among the points where the vertical grid and the horizontal grid intersect. Can be calculated as the position coordinates of the person.

  Such a digital map map is stored in the indoor map DB 364.

  The position-based event generation unit 330 analyzes the indoor flow line based on the position information collected through the position information collection unit 310 and inquires of the event DB 366 whether there is event information due to the indoor flow line. The event information retrieved through the inquiry is provided to the mobile terminal.

  At this time, the position-based event generation unit 330 analyzes the direction and speed of the indoor flow line, and provides the event information differently depending on the analyzed direction or speed of the indoor flow line. For example, the event information can be provided differently by changing the direction of the indoor flow line, such as when entering or leaving a specific space, and if the speed of the indoor flow line is high, it corresponds to that. Event information should be processed promptly or preferentially.

  The type of event information includes a push message including contents for warning or information transmission, a control signal for blocking or allowing the device operation of the mobile terminal, a control signal for executing a related application, One or more pieces of content information for reproducing related content may be included. The related contents may include educational materials, company publicity videos, personal information protection agreements, safety education materials, diagnostic method guidance materials, and the like.

  For example, when a flow line where a user enters the entrance / exit of a specific indoor space is detected, the location-based event generation unit 330 generates a control signal for turning off the camera operation of the mobile terminal as event information, When a traffic line exiting from the doorway is detected, security can be released and a control signal for operating the camera of the mobile terminal can be generated.

  Alternatively, when a flow line in which a user approaches a specific laboratory is detected at the health check center, whether the location-based event generation unit 330 is a diagnosis target in the specific laboratory corresponding to the mobile terminal. A push message for confirming whether or not this is generated as event information and is a diagnosis target, content related to an inspection method in a specific laboratory can be generated as further event information. In addition, when an inspection is finished in a specific examination room and a flow line to be moved next is detected, the location-based event generation unit 330 sends a push message that guides the next examination room near the mobile terminal to the event information. Can be generated as

  The event information can be set to differ depending on the position and direction of the indoor space, but in addition, the user classification (for example, visitors, officers and employees, etc.), affiliation group, access time, management policy (security class, safety figures) ) Or the like.

  The inquiry unit 340 receives an inquiry request for position information from the mobile terminal or the administrator terminal, inquires the position information collected through the position information collection unit 310 or the position coordinate value calculated through the position coordinate calculation unit 320, and the inquiry condition The position information corresponding to the position information corresponding to the inquiry condition or the position coordinate value corresponding to the inquiry condition is provided to the mobile terminal (100 in FIG. 1) or the administrator terminal (400 in FIG. 1).

  At this time, the inquiry unit 340 provides an interface screen so that inquiries can be made with various conditions such as the user's current flow status, distribution status, date, time zone, location, affiliation group, mobile type, etc. To do.

  The interface screen may be provided through a web page associated with the service providing server 300, or may be implemented as one application and distributed to the mobile terminal (100 in FIG. 1) or the administrator terminal (400 in FIG. 1). Can be provided. In this case, the mobile terminal (100 in FIG. 1) or the administrator terminal (400 in FIG. 1) downloads a related application to the terminal and provides an interface screen by executing the application.

  In addition, the inquiry unit 340 inquires statistics and analysis data regarding the current flow status, distribution status, etc. of the user with respect to the position information sensed through at least one position recognition device (200 in FIG. 1), The information can be provided through the information statistics unit 350.

  The location information statistics unit 350 uses the current flow status, distribution status, control personnel, user policy application status, usage by time zone for the location information sensed through at least one location recognition device (200 in FIG. 1). Statistics and analysis of information on the current situation of employees.

  Hereinafter, interface screens (integrated management screen, terminal information screen, location monitoring log inquiry screen, location inquiry screen, policy management screen) provided by the administrator terminal according to the embodiment of the present invention will be described.

  The embodiment of the present invention provides an integrated management screen on an administrator terminal.

  The integrated management screen includes control personnel status, risk control monitoring status rate, user distribution status, user status by time zone, content provision status, user policy application status, visit distribution status by region (location), by regional policy Provides statistical information on the current status of visit distribution in a simplified manner.

  Through such an integrated management screen, the administrator can check the issue status of the service at a glance, and real-time monitoring is possible for a specific indoor space, as well as integrated management.

  The integrated management screen for this purpose can be provided only to an administrator who has undergone user authentication through login.

  The embodiment of the present invention provides a terminal information screen on an administrator terminal.

  The terminal information screen is a screen that provides information for mobile terminals. When a mobile terminal is registered to use this service, data management is performed for each registered mobile terminal. The person terminal can check the history for each mobile terminal through the terminal information screen.

  On the terminal information screen, detailed information input about the mobile terminal and the mobile body in the terminal registration process, history information to which the policy defined by the indoor space was applied, and content provided by the policy defined by the indoor space History information, current mobile terminal location information, etc. can be included.

  The detailed information can include mobile name, mobile terminal phone number, group classification, mobile terminal OS version, terminal model, authority, and the like. The history information that provided the content can be provided by listing the provided date and time, the provided location, the provided content name, and the like. Also, the current mobile terminal location information can be provided by marking the current location on a digital map map corresponding to the indoor space.

  The embodiment of the present invention provides a position monitoring log inquiry screen on an administrator terminal.

  The position monitoring log inquiry screen is a screen for monitoring or monitoring an issue situation for a predetermined indoor space.

  The position monitoring log inquiry screen can be provided only after user authentication through login at the administrator terminal.

  The position monitoring log inquiry screen includes a setting area for inputting inquiry conditions such as date and time, time zone, and user name for the indoor space. Then, a search result list showing the search results according to the set conditions, and an area for displaying detailed information depending on whether or not the detailed information function is selected in the search result list can be included.

  For example, a position monitoring log screen for searching for the current state of a user who has moved or moved to a specific area from 2014-11-05 09:30 to 10:00 is shown. The search result list includes the phone number, name, affiliation, entry / exit time, and classification of a user who has moved to or moved to a specific area (2014-11-05 from 09:30 to 10:00) with setting conditions. Provide information including visitors, officers and employees). In the area for displaying the detailed information, the position information of the user or the position of the user and the event information performed in a specific area are provided. For example, “2014-11-05 09:30 arrived at the education room (dangerous area)”, “2014-11-05 09:35 at the server room (access prohibited area)”, “2014-11 -05 09:50 I made a Bluetooth approach once in the education room. "

  An embodiment of the present invention provides a location inquiry screen on an administrator terminal or a mobile terminal.

  The location inquiry screen can be provided to the administrator terminal or the mobile terminal.

  The location inquiry screen identifies a specific area, date and time, time zone, a setting area for entering query conditions such as users, a search result list showing the results searched according to the set conditions, and a searched real-time location A map display area may be included for display on the digital map map showing the areas of the map. The map display area is displayed in synchronization with the search result list. In the map display area, when there are several users located in a specific area, or when there is a history of movement of users located in a specific area, all of them can be distinguished and displayed.

  The embodiment of the present invention provides a policy management screen on an administrator terminal.

  The policy management screen is a screen for setting items that need to be controlled or controlled in a management dimension such as security and safety in a company.

  In the policy management screen according to the embodiment of the present invention, it is possible to set the content generation mode according to the area, the belonging group, and the user classification in the indoor space to be different. The content generation mode includes a pop-up method upon arrival, a moving image reproduction method upon arrival, a notification message provision method, and the like.

  And, in detail, set the control signal to block or allow the mobile terminal camera, Bluetooth, screen capture, external phone, WiFi, tethering, recording, 3G data, USB connection, wireless AP connection, infrared communication, etc. can do.

  Therefore, in the embodiment of the present invention, while providing the user with real-time confirmation of the flow history of the user through the interface screen as described above, from the standpoint of the administrator, information inquiry and policy setting are easily performed. , History management, statistical analysis, etc. are possible.

  Based on the above description, a real-time location-based event generation method and a terminal control method using the same according to an embodiment of the present invention will be described.

  FIG. 4 is an overall flowchart illustrating a mobile device control method using a real-time location-based event generation system according to an embodiment of the present invention.

  First, the service providing server 300 registers position information with respect to at least one position recognition device 200 provided in the indoor space, creates a digital map map corresponding to the indoor space in the indoor map DB, and digitalizes the position information. It is embodied to be provided in conjunction with a map map.

  In the next step of S100, when the mobile terminal 100 approaches a sensing range that can be detected by at least one position recognition device 200, the position recognition device 200 senses the position or movement of the mobile terminal 100.

  There are various sensing methods depending on the type of the position recognition device 200. For example, the position recognition device 200 includes at least one of a WiFi access point (WiFi AP), a Bluetooth access point (Bluetooth AP), an RFID (Radio Frequency IDentification), a Zigbee, a gyro sensor, an acceleration sensor, and a camera. including.

  In the next step of S110, the location information of the mobile terminal sensed by at least one location recognition device 200 is transmitted to the service providing server 300.

  In the next step of S120 and S130, the service providing server 300 collects the position information received from at least one position recognition device 200 in a database, and based on the map coordinates defined in the indoor map DB from the collected position information. To calculate the position coordinate value. Then, the calculated position coordinate value is provided by matching on the map map.

  In the next step of S140, the direction or speed of the indoor flow line is analyzed based on the position information collected by the service providing server 300, and the event information by the indoor flow line is inquired.

  In the next step S150, the event information queried by the service providing server 300 can be transmitted to the corresponding mobile terminal 100. At this time, the service providing server 300 can select the event information according to the analyzed direction or speed of the indoor flow line, or can process it differently and provide it to the mobile terminal 100.

  In the next step of S160, the mobile terminal 100 controls the terminal based on the event information received from the service providing server 300.

  For example, as in step S170, the mobile terminal 100 can output a push message including valid information to the screen to warn or notify the valid information.

  Alternatively, as in step S180, the mobile terminal 100 blocks the operation of the terminal's camera, Bluetooth, screen capture, external phone, WiFi, tethering, recording, 3G data, USB connection, wireless AP connection, infrared communication, etc. The operation can be controlled by an allowable control signal.

  Alternatively, as in step S190, the mobile terminal 100 can play back related content. Alternatively, related applications can be executed. If the related content is educational material, guidance material, or publicity material, the operation is completed by playing the content, and if the related content requires a personal information protection agreement or further user input, the related input is added by the user input signal. Can operate in conjunction with the service.

  Hereinafter, an event generation method in the service providing server will be specifically described with reference to FIGS. 5 and 6. For reference, description will be made with reference to the components of the service providing server shown in FIG.

  First, in step S300, the service providing server 300 receives the location information of the mobile terminal sensed through the at least one location recognition device in the location information collection unit 310, and stores the received location information in a specific area in the location information DB. Collect as historical information for.

  In the next step of S310, the service providing server 300 uses the position coordinate calculation unit 320 to calculate the position coordinate value based on the coordinates defined in the indoor map DB by using the position information collected through the position information collection unit 310.

  In the next steps S320 and S330, the location-based event generation unit 330 of the service providing server 300 confirms whether there is a change in the position coordinate value of the mobile terminal, and if there is a change, there is a position movement in the indoor space. It is assumed that the position movement (ie, flow line) pattern is monitored.

  In the next step of S340, the location-based event generation unit 330 of the service providing server 300 inquires of the event DB 366 whether there is event information suitable for the indoor flow line of the mobile terminal.

  In the subsequent step of S350, the location-based event generating unit 330 of the service providing server 300 can transmit the queried event information to the mobile terminal to request terminal control. At this time, the event information can be provided so as to be distinguished and differentiated not only by the indoor flow line but also by the group, area, and user classification of the mobile terminal.

  FIG. 6 shows a series of processes performed in the setting step before the step in which the service providing server 300 collects location information.

  That is, the service providing server 300 can set policy information that needs to be controlled or controlled according to security, safety management, region, group, and user classification (S371), and sets location-based event information according to the policy. (S372), and information regarding the mobile terminal that transmits the event information can be set (S373).

  The policy information setting step and the location-based event information setting step (S371, S372) can be performed through the interface screens shown in FIGS. 8 and 9 described above.

  The above description is merely illustrative of the present invention, and various modifications can be made without departing from the technical idea of the present invention by persons having ordinary knowledge in the technical field to which the present invention belongs. there will be. For example, a hospital can provide diagnosis-related medical care guidance messages, and a museum can provide a solution for integrated control of audience terminals by blocking the camera operation of a mobile terminal. In addition, event information that suits various fields such as steelworks, shopping malls, airports, offices, schools, libraries, etc. can be set and applied.

  Accordingly, the embodiments disclosed in the specification of the present invention are not intended to limit the present invention. The scope of the present invention should be construed in accordance with the following claims, and any technology within the scope equivalent thereto should be construed as being included in the scope of the present invention.

DESCRIPTION OF SYMBOLS 100: Mobile terminal 200: At least 1 position recognition apparatus 300: Service provision server 400: Manager terminal 310: Position information collection part 320: Position coordinate calculation part 330: Position base event generation part 340: Inquiry part 350: Position information Statistics section 360: Database 362: Location information DB 364: Indoor map DB
366: Event DB

Claims (10)

Mobile terminal;
At least one position recognition device for sensing a position of the mobile terminal in an indoor space; and a digital map map corresponding to the indoor space by collecting position information of the mobile terminal sensed through the at least one position recognition device; A real-time location-based event generation system including a service providing server that matches and analyzes the indoor flow line of the mobile body from the collected location information of the mobile terminal and provides event information based on the indoor flow line to the mobile terminal . The service providing server includes:
The real-time location-based event according to claim 1, wherein a direction or speed of an indoor flow line is analyzed from the collected position information of the mobile terminal, and the event information is provided differently depending on the direction or speed of the indoor flow line. Generating system. 2. The real-time location-based event generation system according to claim 1, further comprising: an administrator terminal connected to the service providing server and inquiring and managing a history of a mobile terminal that is located or moves in the indoor space. The mobile terminal is
Requesting the service providing server to query the location information by time zone, receiving the location information by time zone together with the digital map information from the service delivery server according to the request, and displaying the location information on the digital map map. The real-time location-based event generation system according to claim 1. The service providing server includes:
A position information inquiry request is received from the mobile terminal or the administrator terminal, and the position information that satisfies the inquiry condition or the position coordinate value corresponding to the position information is obtained from the collected position information of the mobile terminal by the inquiry request. The real-time location-based event generation system according to claim 1, further comprising an inquiry unit that makes an inquiry based on coordinates defined in a map DB and provides the inquiry to the mobile terminal or the administrator terminal. The inquiry unit
Provided is an interface screen that can be queried for the location information by classifying the user's flow status, distribution status, date, time zone, location, group, and mobile. The real-time location-based event generation system according to claim 5. The event information is
The method according to claim 1, comprising one of a push message including warning or guidance information, a control signal for controlling the operation of the mobile terminal, and content information for reproducing related content. Real-time location-based event generation system. Sensing at least one position recognition device located in the indoor space of the position of the mobile terminal;
Receiving and collecting location information of the mobile terminal sensed by the service providing server through the at least one location recognition device;
Matching the location information of the mobile terminal collected by the service providing server on the digital map map corresponding to the indoor space based on the coordinates defined in the indoor map DB; and the movement collected by the service providing server; A terminal control method using a real-time location-based event generation system, comprising: analyzing an indoor flow line of a moving body from position information of a body terminal, and generating event information based on the indoor flow line in the mobile terminal. In the step of analyzing the indoor flow line of the mobile body and generating event information by the indoor flow line in the mobile terminal,
The service providing server analyzes the direction and speed of the indoor flow line from the collected location information of the mobile terminal, and provides the event information differently depending on the direction or speed of the indoor flow line. A terminal control method using the real-time location-based event generation system according to claim 8. The service providing server receives a location information inquiry request from the mobile terminal or the administrator terminal, and corresponds to the location information or the location information meeting the inquiry condition from the collected location information of the mobile terminal by the inquiry request. The real-time location-based event according to claim 8, further comprising: inquiring a position coordinate value based on coordinates defined in the indoor map DB and providing the position coordinate value to the mobile terminal or the administrator terminal. A terminal control method using a generation system.