KR20050120933A - System for providing save service using mobile terminal and method for providing save service using thereof - Google Patents

Abstract

The present invention provides a rescue service providing system using a mobile phone capable of emergency rescue of a mobile phone user having an emergency by tracking the location of a mobile phone user having an emergency or tracking the location of a mobile phone around the mobile phone having an emergency and a structure using the same. The present invention relates to a service providing method, wherein the rescue service providing system using the mobile phone includes a mobile phone including an emergency button for rescue request and a rescue request signal and location information received from the mobile phone through the mobile communication network. Detects a mobile phone in proximity to the mobile phone requesting the rescue through any base station providing a communication service to the requested mobile phone, tracks the current position and moving position of the mobile phone in close proximity to the mobile phone requesting the rescue, and simultaneously rescues the rescue center. Hugh requesting The system includes a rescue system that periodically provides the mobile phone number, current location, and mobile location information of the phone and its adjacent mobile phones with the rescue request message. Not only can the users of the cell phones be able to rescue quickly, but the criminals can also be effectively arrested.

Description

System for providing rescue service using mobile phone and method for providing rescue service using same {System for providing save service using mobile terminal and method for providing save service using

The present invention relates to a rescue service using a mobile phone, the mobile phone that can rescue the mobile phone user in emergency situation by tracking the location of the mobile phone user in the emergency situation or the location of the mobile phone around the mobile phone in the emergency situation It relates to a rescue service providing system and a rescue service providing method using the same.

With the development of communication technology, there are various mobile communication services that can make calls while moving.

The mobile communication system is composed of a mobile terminal (hereinafter referred to as a cellular phone), a base station (BTS), a base station controller (BSC) and a mobile switching center (MSC).

Mobile phones are being used as terminals for Digital Cellular Network (DCN), Personal Communication Service (PCS) and IMT-2000, the next generation mobile communication service.

The base station changes the signal format between the mobile phone and the base station controller to suit the wireless link and the wired link. The base station controller serves as a means of access between each element of the base station and the cell operator. The base station operation management, service state management of hardware and software in the base station, resource allocation and configuration for call traffic, and information on base station operation It performs monitoring functions such as subsystems related to collection, base station operation, monitoring and fixing.

The mobile switching center configures an access point for user traffic between the base station controller management and the mobile communication network and the mobile switching center of the public telephone network or the same mobile communication system.

With the development of mobile communication technology, the use cost of mobile phone is lowered and the call quality is also improved to make high quality calls even in driving vehicles, and the use of mobile phones has become popular. I'm developing content.

With the development of such diverse contents, the mobile communication market has exploded, and in 1999, the number of wireless subscribers has surpassed wired subscribers. This is the result of combining the convenience of mobile communication, which enables communication anytime and anywhere, regardless of time and place, the decrease of equipment price due to technology development, and the increase of people's purchasing power due to economic growth. In contrast to providing only this simple voice call function, recently, various service functions including short message service have been added, and the use rate is greatly increased.

For example, mobile phones were initially used only for voice communication, but recently, they are also used for data communication. Telecommunications service providers provide hundreds of contents such as news, banking, and e-commerce through wireless internet phones.

In recent years, mobile phones can be used in various ways, such as listening to AM or FM radio broadcasts using a mobile phone or downloading MP3 music from the Internet as an audio file format (file extension mp3) and storing it in the mobile phone. It's coming out.

In addition, among the recently released mobile phones, as the society gets tougher, the location tracking system using mobile phones is activated. In some cases, tracking the location of the victim's cell phone has been a decisive clue to rescue the victim or arrest the criminal.

However, it took a long time before the criminal was arrested and it was difficult to tell that he was in danger at the time the victim was actually damaged.

In order to solve this problem, the mobile phone itself has a built-in Global Positioning System (GPS) function as well as an emergency button. When an emergency button is pressed, a picture is taken automatically and immediately assigned to a predetermined mobile phone. Mobile phones are also available that add safety features to send photos with location and make calls.

In other words, by adding the GPS function as well as the camera function to the mobile phone, pressing the emergency button in case of sudden emergency or emergency situation, the current situation is taken continuously, and the mobile phone stored in the mobile phone can automatically send the location, send photos, and make simultaneous calls. .

Therefore, the police or other family members are required to track and rescue cell phone users who requested the rescue.

However, even with these safety features, if the criminals take the victim's cell phone and throw it around the crime scene, turn off the cell phone, or remove the battery from the cell phone, then move from the current location to another location, There is a problem that can not be traced, and such a problem is that the rescuer can not be rescued by the final position of the user of the mobile phone requesting the rescue, especially when the criminals move by using the vehicle.

Accordingly, the present invention has been made to solve the above-mentioned problems of the prior art, it is possible to effectively rescue the mobile phone user requesting the rescue by detecting other mobile phones in the vicinity of the mobile phone requesting emergency rescue and tracking with the mobile phone requesting the emergency rescue. It is an object of the present invention to provide a rescue service providing system using a mobile phone and a rescue service providing method using the same.

The rescue service providing system using the mobile phone according to the present invention for achieving the above object is a mobile phone including an emergency button for the rescue request, and when the rescue request signal and location information is received from the mobile phone through the mobile communication network requesting the rescue Detects a mobile phone in proximity to the mobile phone requesting the rescue through any base station providing a communication service to the mobile phone, and tracks the current location and moving location of the mobile phone in close proximity to the mobile phone requesting the rescue and simultaneously sends the rescue to the rescue center. And a rescue system that periodically provides the mobile phone number, current location, and mobile location information of the requested mobile phone and mobile phones in close proximity thereof with the rescue request message.

Preferably, the rescue system includes a rescue request signal and location information from a mobile phone through a public switched telephone network or a mobile communication network and / or identification information of a nearby mobile phone (mobile identification number, device serial number (ESN) electronic serial. number), etc.) and location information (current position and moving position) are transmitted to the 119 rescue team server according to the presence of the proximity mobile phone or through the rescue request message or to the police station server, An emergency rescue analysis and requesting unit for accessing a database (DB) and analyzing the criminal record of the proximity mobile phone user and providing the analysis result with the rescue request message to the police station server, and storing the criminal record of the mobile phone users. Mobile phone user criminal record database, the emergency rescue analysis and request unit The server is configured to include police and 119 rescue server structure for the mobile phone users encountered an emergency situation, according to Zheng.

Preferably the emergency rescue analysis and request unit, the location information of the rescue request mobile phone transmitted with the emergency rescue transmission and reception unit for transmitting and receiving the emergency rescue transmission and reception, and the rescue request signal transmitted through the emergency rescue transmission and reception unit; Alternatively, if identification information and location information of a neighboring mobile phone are analyzed and information on other mobile phones around the rescue request mobile phone is not transmitted, the mobile phone is recognized as an accident of a rescue mobile phone user, and the location information and body of the rescue mobile phone are sent to the 119 rescue team server. Request for rescue, including feature information and identification number information of the mobile phone, and if the information about the other mobile phone is transmitted together, the physical feature information of the mobile phone user including the identification information of the rescue mobile phone by querying the history and history of the other mobile phone Along with the rescue cell phone Emergency rescue analysis unit for providing the criminal record information, location information and moving location information to the police station server at a set cycle, and transmits the rescue request message to the police station server or 119 rescue team server according to the information transmitted from the emergency rescue analysis unit An emergency rescue request unit, and a user registration emergency request database that registers information such as body characteristics, age, gender, height, etc. of the mobile phone user who requested the rescue.

Preferably, the mobile phone requesting the rescue and the mobile phone close to the mobile phone are added with a function of forcibly transmitting mobile phone identification information to the rescue system through the mobile communication network by mobile phones around the mobile phone.

Preferably, the mobile phone requesting the rescue and the mobile phone adjacent thereto are mobile phones including a satellite positioning system receiving function, and the mobile phone close to the mobile phone is within 1 to 10m of the mobile phone requesting the rescue.

Rescue service providing method using a mobile phone according to the present invention for achieving the above object, the step of confirming the location of the mobile phone is the emergency button input when the emergency button associated with the rescue request from the mobile phone, the mobile phone requesting the rescue If there is no other mobile phone within the predetermined area according to whether there is another mobile phone within the predetermined distance, the identification information, location information and rescue request message of the mobile phone is transmitted to the 119 rescue team server, and the predetermined distance around the mobile phone which requested the rescue If there is another mobile phone within the mobile terminal and the surrounding mobile phone information is sent to the police station server with a rescue request message.

Preferably, the rescue requesting mobile phone information includes at least one or more of a mobile station identification number, a device serial number, location information, moving location information, and body feature information of the mobile phone user. Includes at least one of a mobile station identification number, a device serial number, location information, moving location information, and a previous history information of the mobile phone.

Preferably, in the step of transmitting the rescue request message, the rescue request message form transmits the rescue request mobile phone and the surrounding mobile phone information together with the rescue request message in the form of a text file or converts the text file into a voice file. In addition, the rescue request is also sent to the family / relative mobile phone registered by the mobile phone user.

Preferably, the step of transmitting the rescue request mobile phone and the surrounding mobile phone information along with the rescue request message to the police station server, if there is another mobile phone within a predetermined distance around the mobile phone requesting the rescue, identification of the mobile phone requesting the rescue Transmitting information, location information, and rescue request message to the police station server; additionally transmitting identification information, location information, and movement location information of the surrounding mobile phone to the police station server; And providing information to the police station server together with the previous history information.

Other objects, features and advantages of the present invention will become apparent from the following detailed description of embodiments taken in conjunction with the accompanying drawings.

Hereinafter, a rescue service providing system using a mobile phone and a rescue service providing method using the same will be described with reference to the accompanying drawings.

1 is a view for explaining a rescue service providing system using a mobile phone according to the first embodiment of the present invention.

A rescue service providing system using a mobile phone according to the first embodiment of the present invention includes a mobile switching center 10, a base station controller 20, and a plurality of first to fourth base stations 30, 40, 50. When the rescue request signal and the location information are received from the subscriber of the fifth mobile phone 90 through the mobile communication network, the fifth mobile phone 90 including an emergency button for rescue request, and the mobile switching center 10, The first to fourth mobile phones 91, 92, 93 and 94 in close proximity to the fifth mobile phone 90 which requested the structure through any base station providing a communication service to the requested fifth mobile phone 90. Detects (detects) and tracks the current position and the movement position of the first to fourth mobile phones 91, 92, 93 and 94 in close proximity to the fifth mobile phone 90 that requested the rescue and at the same time the rescue center ( The fifth mobile phone 90 requesting the rescue to the National Police Agency (119 rescue team) and the first one adjacent thereto. To fourth mobile phones 91, 92, 93 and 94, including a rescue system 70 that periodically provides mobile phone number, current location and moving location information along with rescue request message.

Here, the mobile switching center 10 is connected to a home location register (hereinafter abbreviated as HLR) / visitor location register (hereinafter abbreviated as VLR) 60 to connect the subscriber's mobile phone information, subscription information, Perform location information and authentication functions. In addition, when changing the power status information of the mobile phone that requested the rescue (power off after the rescue request, the battery is removed (detected because the mobile phone will not register the power-off registration if the battery of the mobile phone is removed without power off)) Information on this also adds a function to be transmitted with the rescue request signal to the rescue system 70 when the rescue request. Of course, such a function addition can be added to the base station controller or base station as well as the mobile switching center.

In addition, the rescue system 70 is connected to the mobile switching center 10 through a public switched telephone network (PSTN) 80, the rescue system 70 may be directly connected to the mobile switching center 10 as necessary.

When the fifth mobile phone 90 requesting rescue has a global positioning system (GPS) reception function, when the location of the fifth mobile phone 90 transmits its location to the rescue system 70 according to coordinate data and visual data, the location tracking is performed. This can be made easier. In addition, the first to fourth mobile phones 91, 92, 93, and 94 that are in close proximity to the fifth mobile phone 90 requesting rescue also include the first to fourth mobile phones that are in close proximity even when the GPS reception function is included. Tracking the current and moving positions of 91, 92, 93, and 94 makes the location tracking easier. That is, when the fifth mobile phone 90 transmits its location information, the mobile switching center 10 tracks the location of the mobile phones of the base station providing the communication service to the fifth mobile phone 90 or is located in the cell site. By allowing them to transmit their location, the mobile phones around the fifth mobile phone 90 can be detected.

At this time, the base station 30, 40, 50 adds a location tracking software to the mobile phone 90 and the mobile phone (91,92,93,94) requesting the rescue mobile phone identification information (mobile identification number (mobile identification number: MIN, electronic serial number (ESN)), location information, mobility information, and the like, through the mobile switching center to the rescue system 70.

In addition, the form of the rescue request message may be transmitted in the form of a text file along with the identification number, body specific information, and location information of the rescue request mobile phone, and converts the text file into a voice file (TTS: Text To Speech). Can be automatically dialed and transmitted through communication lines 119 and 112 of a public switched telephone network (PSTN).

For reference, GPS is a global radio navigation satellite system developed and promoted by the US Department of Defense. It is also called NAVSTAR / GPS in the sense of a system that uses the navigation system with time and ranging (NAVSTAR), a medium / high-orbit navigation satellite system. The system consists of a total of 24 navigating satellites, each of which was launched on six circular orbits with an altitude of approximately 20,000 km, a period of about 12 hours, and an orbital inclination of 55 degrees, a ground control station that manages satellites, and a user's mobile station (GPS receiver). It is composed. Each satellite is equipped with an atomic clock. Since the system is arranged so that at least four satellites are always in view of the earth at all times, the user selects four suitable ones from these satellites and receives time signals from them to measure each distance. . Since the positions of the four satellites are known, these measurements reveal the three-dimensional position of the user's latitude / longitude / altitude and the visual deviation of the field of view. The transmission frequency from the satellite is two waves of L1 (1,575.42 MHz) and L2 (1,227.6 MHz), and these two waves compensate for ionospheric delay. The navigation signal includes a navigation information of 50bps and is a phase shift modulated (PSK) signal spread spectrum modulated with a pseudo noise code (PN code). There are two kinds of pseudo noise codes, P code (precision code) and C / A code (clear and acquisition code). The P code is 10.23 Mbps, and the period is 1 week for precise positioning. The C / A code is 1.023 Mbps and the period is about 1 millisecond (ms). These pseudo-noise codes can be used to decode navigation signals or measure distances between satellites and receiving stations. L1 includes a P code and a C / A code, and L2 includes only a P code. Currently, a code pattern is disclosed for private use, but the P code is secret.

These GPS classifications can be broadly categorized into single satellite navigation systems with position accuracy of 30 to 40 m (after stand-alone GPS, removal of Selective Availability (SA)) and calibrated GPS with position accuracy of several m ( Differential GPS (DGPS), and Carrier Phase Differential GPS (CDGPS) with cm-level position accuracy.

FIG. 2 is a view for explaining the structural system shown in FIG. 1 in detail.

In the rescue system according to the present invention, as shown in FIG. 2, a rescue request signal and location information from a cellular phone in which an emergency situation occurs from a public switched telephone network 80 (or a mobile switching center 70) and / or identification information of a nearby cellular phone ( MIN, ESN) and location information (current position and moving position) is transmitted according to the presence of the proximity mobile phone to the rescue request message to the 119 rescue team 74, the rescue request message to the National Police Agency 93, or the user of the proximity mobile phone Emergency rescue analysis and requesting unit 71, which accesses the criminal record database (DB), analyzes the criminal record of the proximity mobile phone user and provides the analysis result to the National Police Agency (73), and the mobile phone storing the criminal record of mobile phone users. The National Police Agency for Rescue of a Mobile Phone User having an Emergency in Response to a User's Transfer Database (DB) 72 and an Emergency Rescue Analysis and Requesting Unit 71 ( Police station server) 73 and a 119 rescue team (119 rescue team server) 74.

Here, when a rescue request signal is generated from a mobile phone in which an emergency situation occurs, the mobile switching center 10 in FIG. 1 rescues information such as body characteristics, age, gender, height, etc. of the mobile phone user who requested the rescue through the HLR / VLR 60. It can be transmitted along with the request signal. To this end, a separate server other than the HLR / VLR 60, that is, a user information server, may be added to the emergency rescue analysis and requesting unit 71 as shown in FIG. Of course, such a separate user information server may also be directly connected to the mobile switching center (10).

In addition, although the police station 73 or the server of the 119 rescue team 74 may also be connected to the existing police agency 73 or the 119 rescue team 74 server, the police department 73 or 119 in connection with the emergency rescue of the mobile phone user. The rescue team 74 may be configured as a server separate from the existing server.

3 is a view for explaining in detail the emergency rescue analysis and request unit shown in FIG.

As shown in FIG. 3, the emergency rescue analysis and requesting unit 71 according to the present invention includes an emergency rescue transmission / reception unit 71a for transmitting and receiving an emergency rescue transmission and reception signal, and an emergency rescue analysis unit 71b for analyzing emergency rescue. And an emergency rescue requesting unit 71c for requesting emergency rescue to the server of the National Police Agency 73 or the 119 rescue team 74, and user registration for registering information such as body characteristics, age, gender, and height of the mobile phone user. It consists of an emergency request database 71d.

In this case, the emergency rescue analysis unit 71b includes location information of a rescue request mobile phone and / or identification information (MIN, ESN) and location information of a neighboring mobile phone transmitted together with the rescue request signal transmitted through the emergency rescue transmitter / receiver 71a. If there is no information on other mobile phones around the rescue mobile phone (for example, 1-10m), it is recognized as the accident of the rescue mobile phone user and the rescue request message is identified by the mobile phone's identification information and the mobile phone user's body information. (Body characteristics, age, height, gender) are sent to 119 rescue team 74. In this case, the emergency rescue request can be made with a mobile phone (phone) of a family / friend registered in the user registration emergency request database 71d or the VLR / HLR 60. For this purpose, the mobile phone number of the family or relatives of the emergency rescue request function mobile phone user is registered with the agreement of the mobile phone purchaser (user).

The location information of the rescue request mobile phone and / or the identification information (MIN, ESN) and location information of the adjacent mobile phone are analyzed to transmit information about the mobile phones around the rescue mobile phone (for example, 1 to 10 m). If there is an emergency rescue analysis unit (71b), if there is a mobile phone identification information, such as previous and previous mobile phone users in accordance with the identification information of the neighboring mobile phones in the DB 72, the rescue request message is sent to the rescue request mobile phone identification information and mobile phone user's body information In addition to transmitting along with (body characteristics, age, height, gender), it also provides additional information to the server of the National Police Agency 73 in a set cycle of the criminal record information, location information and moving location information of neighboring mobile phones close to the rescue request mobile phone. Even in this case, the emergency rescue request can be made with a mobile phone (phone) of a family / friend registered in the user registration emergency request database 71d or the VLR / HLR 60.

4 is a view for explaining a rescue service providing system using a mobile phone according to a second embodiment of the present invention.

In the rescue service providing system using a mobile phone according to the second embodiment of the present invention, a mobile communication network and a second mobile switching center 11 including a first mobile switching center 10, a first base station controller 20, and a first base station 30 are provided. And another mobile communication network composed of a second base station controller 21 and a second base station 31, and another mobile communication network composed of an nth mobile switching center 12, an nth base station controller 22, and an nth base station. Through the mobile communication network of the mobile communication provider, the mobile phone 90 including the emergency button for rescue request, and the mobile switching station of any one of the first to n-th mobile switching center (10) (11) (12) When the rescue request signal and the location information are received from the subscriber of the mobile phone 90, the mobile phone in proximity to the mobile phone 90 requesting the rescue through any base station providing a communication service to the mobile phone 90 requesting the rescue. (91) (92) (93) (94) detects (detects), tracks the current position and moving position of the mobile phone in close proximity to the mobile phone 90 that requested the rescue, and at the same time to the rescue center (National Police Agency, 119 rescue team) Rescue system for periodically providing the mobile phone number, the current location and the mobile location information of each of the mobile phone 90 requesting the rescue and mobile phones 91, 92, 93, 94 adjacent thereto with the rescue request message ( 70).

To this end, when the rescue request signal and the location information of the fifth mobile phone 90 are transmitted from the fifth mobile phone 90 to the rescue system 70, the rescue system 70 side of the fifth mobile phone 90 has transmitted the rescue signal. When the current location information of the fifth mobile phone 90 is transmitted to each mobile switching center 10, 11, 12 in order to detect the first to fourth mobile phones 91, 92, 93, 94, In the mobile switching centers 10, 11, and 12, the HLR / VLRs 61, 62, and 63 of each of the mobile switching centers 10, 11, 12 approach the current position of the fifth mobile phone 90. Finds the location information of the mobile phones, and finds a base station that provides communication services to the mobile phones. As a result, the mobile phones around the fifth mobile phones 90 such as the first to fourth mobile phones 91, 92, 93 and 94 Identification information (MIN, ESN) is transmitted to the rescue system 70 through the respective mobile switching center (10) (11) (12).

In addition, the mobile switching center 10, 11, 12, if the power status information (power off after the rescue request, battery detachment) of the mobile phone requesting the rescue suddenly changed information about this also rescue the rescue system 70 when the rescue request Add a function to transmit along with the request signal. Of course, such a function addition can be added to the base station controller or base station as well as the mobile switching center.

Herein, the first to nth mobile switching centers 10, 11 and 12 represent mobile switching stations of different communication providers (eg, LG Telecom, SK Telecom, and KTF). That is, since the subscribers of the first to fourth peripheral mobile phones 91, 92, 93 and 94 adjacent to the emergency request mobile phone 90 and the emergency request mobile phone 90 can receive communication services from different communication companies. to be.

Although the rescue system 70 in the second embodiment of the present invention is also connected to the mobile switching center 10 through a public switched telephone network (PSTN) 80, the rescue system 70 is connected to the first to nth mobile switching center 10. (11) (12) may be directly connected.

In addition, when the mobile phone 90 requesting rescue and the mobile phone 91, 92, 93, 94 adjacent to the mobile phone 90 requesting rescue also include a GPS reception function, their own location is stored in coordinate data and visual data. Therefore, since the transmission to the rescue system 70 can be easier to track the location. In addition, if there are a large number of mobile phones to be tracked among the mobile phones in close proximity, for example, the mobile phone with GPS reception function is set to track first.

In the second embodiment of the present invention, although the base stations of different telecommunication companies are shown, when using an integrated base station (in case of LG Telecom and KTF, base stations are used together), the first to fifth mobile phones 90 and 91 at one base station are used. (92) (93) (94) and transmit its location information and movement information to the rescue system (70) through the base station, the base station controller, and the mobile switching center.

In addition, it is possible to force the cell phones around the cell phone pressing the emergency button to forcibly transmit its cell phone identification information (MIN, ESN) to the base station and transmit it to the rescue system 70 through the base station controller and the mobile switching center. This adds a special function to the mobile phone. When the emergency button is pressed, mobile phones located within 1 to 10 m (preferably 1 to 2 m) close to the mobile phone where the emergency button is pressed receive the rescue request message. Cell phone identification information (MIN, SEN) to be transmitted to the rescue system through the mobile communication network. In such a case, the identification information, location information, movement information, and past history information of the proximity mobile phone can be inquired more quickly.

5 is a flowchart illustrating a rescue service providing method using a mobile phone according to the present invention.

In the method of providing a rescue service using a mobile phone according to the present invention, when an emergency button (help key) is input from the mobile phone, the mobile switching center checks the location of the victim mobile phone (S10 and S20).

Subsequently, it is determined whether the mobile phone exists within a predetermined area (for example, 1-10 m, priority 1-2 m) around the mobile phone requesting rescue through the base station (S30).

Judgment result (S30) If there is no mobile phone in the predetermined area around the mobile phone that requested the structure, in particular, if there is no other mobile phone within 1-2m, it is determined that the reporter alone accident (S40), and report as 119 rescue (S50). At this time, the location information of the mobile phone requesting the rescue is transmitted, and if the body information of the mobile phone user is registered, it is transmitted together.

However, in the determination result (S30), if there are other mobile phones around the mobile phone requesting rescue (within 1-10m), it is determined that a risk (urgent situation) has occurred in the personality of the mobile phone user who requested the rescue. Therefore, the number for the surrounding mobile phone is analyzed (S60).

In addition, cell phones around the cell phone pressing the emergency button forcibly transmits their cell phone identification information (MIN, ESN) to analyze the cell phone number. That is, by adding a special function to all mobile phones in general, mobile phones located within 1 to 10m (preferably 1 to 2m) close to the mobile phone which pressed the emergency button will receive the rescue request message and identify their mobile phone with the rescue request message. The information (MIN, SEN) is transmitted to the rescue system through the mobile communication network. In such a case, the identification information, location information, movement information, and past history information of the proximity mobile phone can be inquired more quickly.

Subsequently, it is determined whether the number analysis of the surrounding mobile phones is completed (S70), and even if the number analysis of the surrounding mobile phones is not completed, the current location or moving position of the victim mobile phone is first tracked (S80), and the National Police Agency (Police Office Server) Report the rescue request from the mobile phone occurred in the emergency (S90). In this case, if the body information of the mobile phone user is registered together with the number information and location information of the mobile phone requesting the rescue, it is transmitted along with the rescue request message.

And if the result of the determination (S70) has completed the number analysis (MIN, SEN) for the surrounding mobile phone analyzes the history and the history of the completed mobile phone user (S100).

As a result of the analysis, the previous history is determined whether the analysis is completed (S110), and if it is completed, the current location and the moving position of the surrounding mobile phone whose number analysis is completed are tracked (S120). The number information (MIN, SEN) of the surrounding mobile phone (s) and the location information and the mobile location information are additionally provided along with the rescue request message (S130).

And if it is determined that the number analysis for the mobile phone around the determination result (S110) is determined whether there is a criminal record (S140).

If there is a criminal record (S140), the rescue request message for the neighboring mobile phone with a criminal record along with the location information and mobile location information of the neighboring mobile phone, including important information (including the previous history and contents (abduction, abduction, assault, etc.)) In addition to the neighboring mobile phone number information (MIN, SEN) along with additional provision to the police (police agency server) (S150).

Subsequently, location information and mobile location information of the mobile phone and the neighboring mobile phone that requested the rescue are periodically transmitted to the police station (police office server) (S160).

Therefore, the National Police Agency keeps priority on tracking nearby mobile phones, and if the power status information of the emergency-requested mobile phone is changed and the emergency request mobile phone cannot be tracked, the nearby mobile phone is tracked or especially the mobile phone with a previous history is requested. Emergency rescue is possible for mobile phone users. In addition, a family member or relative may be rescued by providing a current location and a mobile location to a family member or relative's mobile phone registered by the user who requested the rescue.

The above-described rescue service providing system using the mobile phone and the rescue service method using the same have the following effects.

First, mobile phone users who request rescue from a single accident can be safely transported to hospitals through the 119 rescue team.

Second, mobile phone users who have been exposed to a crime and requested emergency rescue, mobile phone users who requested emergency rescue by tracking the cell phones of criminals even if they discard the mobile phones requesting rescue by tracking not only the mobile phone that requested the rescue but also other mobile phones nearby. Can be rescued quickly in dangerous situations, and criminals can be effectively arrested.

Those skilled in the art will appreciate that various changes and modifications can be made without departing from the spirit of the present invention.

Therefore, the technical scope of the present invention should not be limited to the contents described in the embodiments, but should be defined by the claims.

1 is a view for explaining a rescue service providing system using a mobile phone according to the first embodiment of the present invention;

2 is a diagram for explaining in detail the structural system of the first embodiment of the present invention;

3 is a view for explaining in detail the emergency rescue analysis and request unit shown in FIG.

4 is a view for explaining a rescue service providing system using a mobile phone according to a second embodiment of the present invention.

5 is a flowchart for explaining a rescue service providing method using a mobile phone according to the present invention.

* Description of the symbols for the main parts of the drawings *

10, 11, 12: mobile switching center 20, 21, 22: base station controller

30, 31, 32, 40, 50: base station 60: HLR / VLR

70: rescue system 71: emergency rescue analysis and request

72: mobile phone user history DB 73: National Police Agency

74: 119 rescue team 80: PSTN

90, 91, 92, 93, 94: cell phones

Claims (9)

A mobile phone including an emergency button for a rescue request; When the rescue request signal and the location information are received from the mobile phone through the mobile communication network, the mobile phone is detected in proximity to the mobile phone requesting the rescue through any base station providing a communication service to the mobile phone requesting the rescue and requesting the rescue. Rescue system that tracks the current location and location of mobile phone in close proximity to the mobile phone and provides the mobile phone number, current location and mobile location information of the mobile phone and the mobile phone in close proximity with the rescue request message. Rescue service providing system using a mobile phone, characterized in that configured to include. The method of claim 1, The rescue system, Rescue request signal and location information from mobile phone through public switched telephone or mobile communication network and / or identification information of nearby mobile phone (mobile identification number, device serial number (ESN) etc.) and location information When the current location and the mobile location are transmitted, the 119 rescue team server transmits a rescue request message to the 119 rescue team server, or sends a rescue request to the National Police Agency server, and accesses the database of the proximity mobile phone user. An emergency rescue analysis and requesting unit for analyzing a criminal record of the proximity mobile phone user and providing the result of the analysis to the police station server with the rescue request message; A mobile phone user history database which stores a previous record of the mobile phone users; Rescue service providing system using a mobile phone, characterized in that it comprises a police station server for rescue of a mobile phone user having an emergency situation and 119 rescue team server in response to the request of the emergency rescue analysis and request unit. The method of claim 2, The emergency rescue analysis and request unit, An emergency rescue transmitter / receiver for transmitting and receiving the emergency rescue transceiver signal; Analyzes the location information of the rescue request mobile phone and / or the identification information and location information of the adjacent mobile phone transmitted along with the rescue request signal transmitted through the emergency rescue transmitter / receiver and transmits information on other mobile phones around the rescue mobile phone. If not, it is recognized as a single accident of the rescue request mobile phone user to request the rescue to the 119 rescue team server, including the location information and body characteristics of the rescue request mobile phone and identification number information of the mobile phone, the information on the other mobile phone When transmitted, the National Police Agency server checks the history and history of the other mobile phones and sets the criminal record records, location information, and mobile location information of neighboring mobile phones close to the rescue request mobile phone along with body feature information of the mobile phone user including the identification information of the rescue mobile phone. Emergency rescue analysis unit to be provided to , An emergency rescue request unit for transmitting the rescue request message to the police station server or the 119 rescue team server according to the information transmitted from the emergency rescue analysis unit; Rescue service providing system using a mobile phone, characterized in that it comprises a user registration emergency request database for registering information such as body characteristics, age, gender, height, etc. of the mobile phone user requesting the rescue. The method of claim 1, The mobile phone requesting the rescue and the mobile phone adjacent thereto have a function of forcibly transferring mobile phone identification information to the rescue system through the mobile communication network by the mobile phones around the mobile phone by pressing the emergency button. Rescue Service Provision System. The method of claim 1, The mobile phone requesting the rescue and the mobile phone adjacent thereto are mobile phones to which a satellite positioning system reception function is added, and the mobile phone adjacent to the mobile phone is a mobile phone within 1 to 10 m of the mobile phone requesting the rescue. . Checking the position of the mobile phone to which the emergency button is input, when an emergency button related to a rescue request is input from the mobile phone; If there is no other mobile phone within the predetermined distance around the mobile phone that requested the rescue, if there is no other mobile phone within the predetermined area, the identification information, location information and rescue request message of the mobile phone are transmitted to the 119 rescue team server, and the rescue request is requested. And transmitting the mobile phone and the surrounding mobile phone information to the police station server together with the rescue request message if another mobile phone exists within a predetermined distance around the mobile phone. The method of claim 6, The rescue request mobile phone information includes at least one of a mobile station identification number, a device serial number, location information, mobile location information, and body feature information of the mobile phone user; The mobile phone information around the rescue request mobile phone includes at least one or more of a mobile station identification number, a device serial number, location information, moving location information, and a history history information of the mobile phone. The method of claim 6, In the step of transmitting the rescue request message, the rescue request message form transmits the rescue request mobile phone and surrounding mobile phone information together with the rescue request message in the form of a text file or converts the text file into a voice file and transmits the rescue request message. Rescue service providing method using a mobile phone, characterized in that also sent to the family / relative mobile phone registered by the requesting mobile phone user. The method of claim 6, The transmitting of the rescue request mobile phone and the surrounding mobile phone information with the rescue request message to the police station server, If there is another mobile phone within a predetermined distance around the mobile phone requesting the rescue, first transmitting identification information, location information, and a rescue request message of the mobile phone requesting the rescue to the police agency server; Additionally transmitting identification information, location information, and moving location information of the neighboring mobile phones to the police station server; And providing the tracking information of interest along with the previous history information to the police station server if the previous history is present.