KR20090116538A - Method of emergency calling with tracking position of mobile terminal in mobile communication network - Google Patents

Abstract

PURPOSE: An emergency calling method using the terminal position tracking of a mobile communication network is provided to offer surrounding environmental data in which a sound and an image are included and location information. CONSTITUTION: A portable terminal joined/registered in a mobile communication network by a service center requests the subscription/registration for an emergency call service(S10). The intrinsic phone number and machine serial number of the portable terminal and personal identity data of a subscriber is confirmed and inputted(S20). A service selected among plural emergency call services is registered(S30). The portable terminal which registers a service requests the emergency call service(S40). After providing the service by a corresponding service routine, a bill is provided(S50).

Description

Emergency call method using tracking location of mobile communication network {METHOD OF EMERGENCY CALLING WITH TRACKING POSITION OF MOBILE TERMINAL IN MOBILE COMMUNICATION NETWORK}

The present invention relates to a service method for supporting an emergency call request of a terminal by using a terminal location tracking feature of a wireless mobile communication network. In particular, when a user carries a terminal and enters an emergency button in an emergency, the present invention automatically connects to a service center and The present invention relates to an emergency call method using location tracking of a mobile communication network that provides location information, audio data, and video data to assist safety measures.

The mobile communication system installs a plurality of base stations adjacent to each other, each base station forms a certain service area, and the mobile communication terminal communicates by designating a counterpart and making a connection while moving the service area. The mobile communication system controls and manages a plurality of base stations and a plurality of mobile terminals located in a service area of each base station, and connects communication paths between a calling terminal and a called terminal to perform bidirectional communication.

The mobile communication system checks and records and manages the base stations and neighboring base stations to which each terminal is currently wirelessly connected in the process of managing a plurality of terminals, measures the linear distance between the base stations and the terminals, and confirms the direction of movement. It is an advanced communication system that operates with its characteristics.

That is, the mobile communication system checks the current position of each terminal based on the base station position, checks the straight line distance with the base station, and predicts the direction of movement.

The terminal includes a phone book function, a phone book function, a speed dial function, or a one-touch calling function, which records and manages a phone number of a frequently communicating counterpart, and searches and calls a phone number when necessary.

In addition, due to the development of communication technology, a communication system including a mobile communication system may communicate with a multimedia signal including an audio signal and a video signal.

As modern social life develops, people spend a lot of time on economic activities, learning, etc., and the distance and time by means of transportation are rapidly increasing by increasing the range of activities. Increasingly, schools, schools, and playgrounds are all alone. Therefore, even if an illegal intruder or accident occurs in the house, the damage increases, and there is a problem that the children can not check their whereabouts and become anxious.

In addition, a variety of leisure activities such as mountain climbing, fishing, car trips, etc. are increasing for the health, relaxation, and leisure activities in busy social life, and there is a problem that related distress accidents and traffic accidents increase. In particular, these places of leisure activities are often rare, so it is difficult to get help from others nearby.

People need to remotely check and monitor their children's current location and current situation in their homes even in a busy social life. Also, in case of a sudden accident, they need to let others know where they are and ask for help.

In particular, when weak children or women work alone and face an emergency, they need to develop a means to urgently seek help from others.

In addition, if the distress and traffic accidents that occur during travel alone can not be handled alone, it is necessary to obtain emergency assistance from professional service companies.

The present invention has been made to solve the problems and necessity of the prior art, in particular, in the case of an emergency, the mobile terminal is connected to the service center to notify the current location information, the surrounding environment data and mobile security support services It is an object of the present invention to provide an emergency call method using the location tracking of a communication network.

In addition, the present invention detects the invasion of fire, outsiders by the home terminal installed in the house and notifies the remote user with sound and video data, and informs the service center of the emergency by the home terminal and the portable terminal for short-range wireless connection. It is an object of the present invention to provide an emergency call method using location tracking of a mobile communication network requesting safety measures.

In addition, the present invention by using a taxi to recognize the vehicle data automatically or manually to inform the service center of the ride and to get off when arriving at the destination, using the terminal location tracking of the mobile communication network to secure safety when using public transportation Its purpose is to provide an emergency call method.

In addition, the present invention is to provide an emergency call method using the terminal location tracking of the mobile communication network to be rescued quickly by location tracking because the emergency call in the emergency situation in the state of boarding a taxi to use.

In addition, the present invention cancels the emergency call by inputting a password, and the service center analyzes the response status by calling the corresponding terminal when there is an emergency call, so as to confirm and support the emergency situation of the mobile communication network An object of the present invention is to provide an emergency call method using terminal location tracking.

In addition, in the event of a distress or traffic accident while moving to leisure, travel, or transportation, an emergency call method using the terminal location tracking of a mobile communication network that receives safety measures and rescues by automatically checking the current location by requesting a help center. The purpose is to provide.

In addition, an object of the present invention is to provide an emergency call method using the terminal location tracking of the mobile communication network to ensure the safety by asking for help when an emergency situation occurs during the school day and outdoor activities of children.

The present invention has been made in order to achieve the above object, the process of registering an emergency call service subscribed to the mobile terminal by the service center; And operating the requested emergency call service routine when the mobile terminal requests the emergency call service. Present a configuration comprising a.

Preferably, the emergency call service is provided by a service center, and includes a safe call service, a safe home service, a safe traffic service, a traffic accident service, a distress rescue service.

The present invention has been made in order to achieve the above object, the process of collecting the site information by searching and communicating with the registered subscriber information of the mobile terminal when the mobile terminal requests a reliable call service by the service center; The service center, in the case of emergency assistance, requesting assistance from the public authorities and notifying the designated family of the emergency call status by message; Providing real-time information on site to a service provider designated by a service center; Receiving data of the result according to the site information; And a process of compensating the service provider by the service center, notifying the designated family of the data of the safety measures result in a message, and charging the mobile terminal; Present a configuration comprising a.

Preferably, when canceling the secure call service requested by the mobile terminal, a predetermined password is input to the service center, and the site information includes the current location, sound, and video data of the mobile terminal and access confirmation data of the designated place. At least one selected from among those, the portable terminal records the site information for a predetermined time, the service center is characterized in that the communication with the mobile terminal to collect the site information in real time.

In addition, the safety measures of the service provider is characterized in that any one or more selected from among a photographing means, a recording means, a warning light means installed in the vicinity of the site where the mobile terminal is currently located, and release the risk situation of the site do.

The present invention has been made in order to achieve the above object, the process of retrieving the registered subscriber information of the home terminal when the home terminal requests the service of the safe home by the service center; The service center communicates with the home terminal to collect on-site information, and if it is determined that emergency assistance is required, requesting assistance from public institutions and notifying a designated family by message; Providing real-time information on site to a service provider designated by a service center; Receiving data of the result according to the site information; A process of compensating the service provider by the service center, notifying the family of the result of the safety measures by a message, and charging the home terminal; Accessing a home terminal and collecting and monitoring site data by inputting a password; Present a configuration comprising a.

Preferably, the site information is connected to any one selected from the outside intrusion data by the infrared sensor, fire detection data by the thermal sensor, Bluetooth, Ubi, Zigbee, RF ID, wireless LAN, WiBro, infrared, wired communication Characterized in that the data collected by the mobile terminal is included.

In addition, the public institution includes a police agency, a fire fighting agency, the service provider is characterized in that it includes a security company, a hospital company.

The present invention devised to achieve the above object, the process of providing a travel data including the current location and the destination of the mobile terminal to the taxi center when the mobile terminal requests a reliable transportation service by the service center; Providing the travel data to a taxi designated by a taxi center and notifying a service center of vehicle data of the designated taxi; The service center provides vehicle data to the mobile terminal, and receives and analyzes the boarding data from the designated taxi and the vehicle data from the mobile terminal, respectively. The service center analyzes the location information of the taxi and the mobile terminal if it is determined that the vehicle is not normally disembarked, and requests a support from a public institution if the route is out of the way and notifies the designated family by a message; The service center provides real-time location information of taxis and mobile terminals to designated service providers, receives data of results according to the real-time location information, notifies designated families by messages, and charges the mobile terminals; Present a configuration comprising a.

Preferably, the checking may include providing vehicle data of a taxi designated by a service center to the mobile terminal; The mobile terminal is a process of inputting the vehicle data in any one of the manner selected from manual and automatic while boarding a taxi; Notifying the service center of the vehicle data and the boarding data by a taxi; Notifying the service center of the boarding data and the getting off data including the vehicle data by the portable terminal; And determining, by the service center, whether the portable terminal has normally arrived at the destination by analyzing the notified vehicle data, boarding data, boarding data, and getting off data. Characterized in that comprises a.

In order to achieve the above object, the present invention provides a service center that informs a public institution when a mobile terminal reports a traffic accident by a traffic accident service, and provides confirmed location information of the mobile terminal; The process of safe handling of traffic accidents by public authorities and notifying the service center of the result, and the service center notifying the designated family of the result in a message; And a service center, when the mobile terminal reports a breakdown of the vehicle, delivering the report along with the location information confirmed to the service provider, and charging the mobile terminal; Present a configuration comprising a.

Preferably, the charging process is a process of delivering a vehicle failure report to a service provider upon receiving a vehicle failure report from a mobile terminal confirming the failure of the vehicle by a service center; Checking the location information of the mobile terminal by the service center and providing the service to the service provider in real time; And the service center is notified and compensated for the result of the safety measures on the spot by the service provider, notifying the designated family by a message and charging the mobile terminal; Characterized in that comprises a.

In order to achieve the above object, the present invention provides a service center that collects and analyzes on-site information when a mobile terminal rescues from a distress accident, requests support from a public institution, and notifies a family of distress; The service center requests the rescue by providing site information to the retrieved nearby rescue system in real time; And the service center is informed of the results of the rescue assistance from public institutions and the nearby rescue system, notifies the designated family of the results in a message, and charges the mobile terminal; Present a configuration comprising a.

Preferably, the requesting process includes: searching a rescue system including a ship and an aircraft operating around a distress accident area by a service center through a corresponding management center; Requesting rescue by providing real-time information on the site in which the distress occurred to a vehicle of the retrieved rescue system; And processing safety measures at the site of the distress occurrence by the public agencies and the retrieved rescue system; Characterized in that comprises a.

The present invention of the configuration as described above has a convenient effect of providing safety data quickly and accurately by accurately checking the on-site situation because the environment provides the surrounding environmental data and location information including the sound and video to the service center in an emergency situation.

In addition, the present invention of the configuration as described above is connected to the home terminal at any time through the wired and wireless communication means including the web even at a long distance, detects, monitors, and checks the fire of the house, unauthorized intrusion of outsiders, and automatically takes safety measures. In case of inconvenient behavior, it is convenient to use the mobile terminal for short-range wireless connection to access the home terminal to receive safety measures.

In addition, the present invention of the configuration as described above, when boarding a taxi as a public transport means to recognize the vehicle data to the boarding center and notify the getting off at the destination, the elderly, women at any time to use a public transport taxi safely It is convenient to use.

In addition, the present invention of the configuration as described above is an emergency call to the service center when an accident occurs during leisure, travel, driving, the current location is automatically tracked, there is a convenient effect of being rescued and supported quickly and safely.

In addition, the present invention of the configuration as described above, if the emergency call is accidentally entered by mistake, etc., the corresponding password is released, the service center communicates with the mobile terminal that requested the emergency call to accurately check the emergency situation to support quickly It is convenient to use.

In addition, the present invention of the configuration as described above, if an emergency situation occurs during the school day, outdoor activities of children and the elderly, emergency call to the service center provides real-time status data of the surroundings to accurately determine the situation and through location tracking and communication It has a convenient effect on use which is protected by prompt safety measures.

Hereinafter, preferred embodiments of an emergency call method using a terminal location tracking of a mobile communication network will be described in detail with reference to the accompanying drawings.

Example

1 is a functional configuration diagram of an emergency call system using a terminal location tracking of a mobile communication network according to an example of the present invention, and FIG. 2 is an example of the present invention. 3 is a flowchart of an emergency call method using terminal location tracking, and FIG. 3 is a signal flow diagram of a reliable call service using terminal location tracking of a mobile communication network according to an example of the present invention, and FIG. 4 is a mobile communication network according to an example of the present invention. 5 is a signal flow diagram of a reliable home service using a terminal location tracking of FIG. 5 is a signal flow diagram of a reliable traffic service using terminal location tracking of a mobile communication network, and FIG. 6 is an example of the present invention. 7 is a signal flow diagram of a traffic accident service using a terminal location tracking of a mobile communication network. According to an example of the present invention, a signal flow chart of a relief distress service using a terminal location tracking of a mobile communication network is shown. FIG. 8 is a conceptual diagram of an emergency call service using terminal location tracking of a mobile communication network according to an example of the present invention.

In describing an example of the present invention, drawings and descriptions of well-known technical contents that are not directly related to the present invention are omitted, and thus the present invention is clearly communicated without obscuring the gist of the present invention.

Referring to FIG. 1, an emergency call system using terminal location tracking of a mobile communication network according to an example of the present invention will be described. The mobile terminal 5 wirelessly connects to a base station and communicates freely in a mobile communication service area; A base station 10 forming a mobile communication service area having a predetermined radius; A mobile communication network 20 for controlling and managing a plurality of base stations; Public communication network 30 including the Internet (INTERNET), LAN (LAN), wired, wireless, data communication network including the web (WEB); A service center 40 for providing an emergency call service registered at the request of the mobile terminal 5; Public institutions 50 to support the emergency state by the support request of the service center 40, including the police, hospital, 119, traffic, etc .; Service company (60) including security company, insurance company, repair center, call taxi, hospital, etc., which is dispatched to the site by the contract with the service center 40 and resolves the emergency state by receiving safety measures. ; It is a configuration that the family 70 is provided from the service center 40 to the communication means designated by the emergency emergencies occurred in the portable terminal 5 and the result of the solution resolved by the safety measures.

In detail, the base station 10 forms a mobile communication service area having a predetermined radius, for example, a radius of several hundred meters (m) to several kilometers (Km), and the mobile terminal 5 includes Wirelessly connects to the base station 10 in the service area formed as described above and connects to and communicates with a desired counterpart through a path set by the mobile communication network 20.

Since the base station 10 is repeatedly installed at regular intervals, the base station 10 forms a nationwide mobile communication service area. The plurality of base stations 10 as described above are controlled and managed by the mobile communication network 20, the mobile terminal 5 is free to move in the mobile communication service area formed nationwide as described above, the base station 10 of the region And wirelessly communicate with the desired counterpart under control and monitoring of the mobile communication network 20.

The mobile communication network 20 checks which base station 10 the mobile terminal 5 is wirelessly connected to among the plurality of base stations 10, and at what distance from the center of the base station 10, which There is an operation characteristic that should be predicted which base station 10 to be moved in the next direction to access in the next order.

The mobile communication network 20 can determine the location of the base station 10 that the mobile terminal 5 is currently wirelessly connected to by the operating characteristics of the mobile communication system as described above, and determine the distance from the adjacent base stations 10. By analyzing by triangulation, etc., more accurate current position information can be confirmed.

The home terminal for the secure home service has a function of the mobile terminal 5 and is connected to the service center through a mobile communication network, or connected to a service center through a public communication network 30 including the Internet. Communication with the dedicated portable terminal or other portable terminal 5 in the short-range communication method described in detail below within the radius of.

The mobile terminal 5 is provided with a mobile communication service by subscribing to and registering with the mobile communication network 20. In general, the portable terminal 5 is easily carried in a pocket or a handbag and is easily lost. In the present invention, as an example, including a ring, a wrist bracelet, a necklace that can be worn around the neck, and at the same time includes a structure that is not easy to separate by others, emergency call button to inform the emergency situation It will be described as provided.

The configuration of the mobile terminal 5 as described above is, for example, the first application 20-2007-5288 (2007.3.30) and 20-2007-6342 (2007.4.18) and 20- 2007-10696 (2007.6.29) may be applied.

In addition, although the mobile terminal 5 generally guarantees mobility, it may be fixedly installed and operated at a designated place. For example, as described below as a home terminal, the home terminal may be short-range wireless communication with another portable terminal or a dedicated portable terminal within a predetermined distance, for example, Bluetooth, UDB, Zigbee, RF ID, wireless Local area communication or wired connection is performed using a communication method such as LAN, WiBro, and infrared ray.

The Bluetooth (BLUETOOTH) method is based on IEEE 802.15.1 standard, uses a radio frequency in the 2.4 GHz band, the maximum data transmission rate is 1 Mbps, and is mainly used at a transmission distance of about 10 meters.

The Bluetooth method is a technology that has been developed to connect the data transmission and reception between the portable electronic devices in a low-cost wireless instead of the existing cable, the main feature, and transmits data and voice at a speed of 3Mbps in the 2.4 GHz radio frequency band, It has 79 channels with a bandwidth of 1 MHz per channel, adopts a frequency hopping method to change the channel to 1600 circuits per second, and connects 7 devices to one network. The technology is applied to keyboards, wireless GPS, car wireless devices, and AV products.

The UWB method is classified into two types, a general UWB and a location recognition UWB. The UWB is a communication method based on IEEE 802.15.3a and IEEE 802.15.4a.

The general UWB scheme communicates in a radio frequency band of 3.1 GHz to 10.6 GHz, transmits data at a transmission rate of 1 to 480 Mbps, and is mainly used at a transmission distance of about 10 meters.

In addition, the location-aware UWB method uses a radio frequency band of 3.1 GHz to 10.6 GHz, has a data transmission rate of 1 Mbps, and is mainly used at a transmission distance of about 50 meters, similar to the general UWB method. .

The UWB method is a wireless communication technology for transmitting a large amount of data data at low power over a wide frequency band or spectrum, and was first developed for military use.

Key features include low power spectral density of transmission power, minimizing interference, excellent security, high-speed data transmission of hundreds of Mbps within a distance of 10 meters, simple transmission and reception circuit for single user, The technology standards include TI-based MULA (MULTI-BAND OFDM ALLIANCE) and FREE-SCALE's dual-band CDMA UWB, which are used in home networks, home appliances, and computers.

The ZigBee method is based on the IEEE 802.15.3a standard and uses a radio frequency in the 3.1 GHz to 10.6 GHz band, and the data transmission rate is 20 Kbps to 250 Kbps and is mainly used at a transmission distance of about 30 meters. Technology.

The Zigbee method is a wireless PAN technology that solves problems such as network connection, power consumption, and economic efficiency, and is used as a communication module in the fields of home network, sensor network, and the like. Technology.

The main feature of the Zigbee is that it has a data rate of 250 Kbps and 16 channels in the 2.4 GHz radio frequency band used worldwide, and a data rate of 20 Kbps and 1 channel in the 868 MHz radio frequency band used in Europe. The 915 MHz radio frequency band used in the United States has a data rate of 40 Kbps and 10 channels.

In addition, the transmit power is 30 mW in the active mode, the transmit power is 1 uW in the sleep mode, and a short transition time or channel access time of 15 ms is used to generate a vertical application such as a sensor network. Excellent performance over a short distance (within 30 meters), and can connect 255 devices per network.

The RFID scheme is different in the frequency band used in each country, but in Korea, the radio frequency of 908.5 to 914 MHz is used, the occupied bandwidth per channel is 200 KHz or 500 KHz, and the transmission rate is 30 Kbps. The transmission distance is within a few tens of centimeters (cm) to about 10 meters (m), the modulation method is the ASK method, the transmission method is the FHSS or LBT method.

The wireless LAN (WLAN: WIRELESS LAN) is based on the IEEE 802.11 a to n standard, using a radio frequency band of 2.4 GHz, 5 GHz, data transmission rate of 11 to 600 Mbps, 20 to 100 meters This technique is mainly used in the transmission distance of the range.

Even in the wireless LAN method, it is an excellent technology in network connection, power consumption, economic efficiency, etc., and is used as a communication module in a home network and a sensor network, and connects a LAN (LOCAL AREA NETWORK) based network and a terminal with radio frequency. Technology.

The main feature is data transmission at 11 Mbps or 32 Mbps with a channel bandwidth of 20 MHz in the ISM band of 2.4 GHz, 11 channels in the US, 13 channels in the Republic of Korea, and 14 channels in Japan. Is secured.

The WiBro method is a technology that adds mobility capability to WiMax technology. In June 2004, 3.5 GHz based on All-IP based on IEEE 802.16e was completed by IEEE (INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS). It is a wireless communication technology of the band and has been developed by the Korean technicians and is recognized as a domestic standard and an international standard.

The characteristic of the WiBro method is bidirectional communication by TDD (TIME DIVISION DUPLEX) method, multiple drive by OFDMA (ORTHOGONAL FREQUENCY DIVISION MULTIPLE ACCESS) method, the channel bandwidth is 9 MHz, the maximum download speed is 18.4 Mbps, the maximum uploading The speed is 6 Mbps, it is possible to communicate at a physical speed of 60 Km between a plurality of base stations, and in the 2.5 GHz band uses a radio frequency of 2.3 to 2.39 GHz band.

The infrared (IrDA: INFRARED) method is based on an ISO standard, and uses an optical signal of infrared rays and uses an optical signal of 125 KHz band, 13.56 MHz band, 400 MHz band, and 900 MHz band for communication. The maximum data rate is 30 Kbps and is a technology commonly used at transmission distances in the range of about 1 to 5 meters.

The mobile communication network 20, the service center 40, the public institution 50, the service provider 60, and the family 70 as a communication means connect and communicate through the public communication network 30, and the public communication network 30 ) Is a configuration including any one or more of a wired communication network, a wireless communication network, the Internet (INTERNET), a wireless LAN (WIRELESS LAN), a data communication network, and the like connected to the Web (WEB).

Referring to Figure 2 describes an emergency call method using the terminal location tracking of the mobile communication network according to an example of the present invention, the mobile terminal subscribed to the mobile communication network by the service center registered and registered for use of the emergency call service When requesting registration (S10), check and input the unique phone number and serial number of the mobile terminal and personal data of the subscriber (S20), and registers the selected service among a number of emergency call services (S30).

The emergency call service provided by the service center includes, for example, a secure call service, a secure home service, a secure traffic service, a traffic accident service, a distress rescue service, and the like.

The assured call service is, for example, when a user having a mobile terminal is in danger or at risk of being threatened or at risk, and an elderly person including a child is correctly placed at a designated place of activity such as a school, a school, a path, etc. In case of danger of kidnapping and the loss of the elderly, the emergency emergency call is made by inputting the emergency button, so it is possible to accurately check the point where the accident occurred, the time and sound and video data generated at the site. At the same time, it utilizes the communication function of the mobile terminal, additionally checks the sound and video signal generated in the field, transmits it to the service center, and communicates if necessary.

The safe home service, for example, by using a home terminal fixed to the home and buildings, etc. by using an infrared sensor and a heat sensor to detect an unreasonable intrusion, fire, etc. of others, Bluetooth, Ubi, Zigbee, RF ID, wireless In case of receiving an emergency call informing of an emergency through a mobile terminal connecting and short-range communication in any one of LAN, WiBro, infrared, and wired methods, the service center is notified by wire or wirelessly.

The safe transportation service is a service method that allows the service center to monitor the state of safely calling the public transportation means such as a taxi through the service center and arriving safely to the destination.

The traffic accident service is a service method for prompting rescue and resolution by confirming the location, time, etc. of emergency call by the service center in case of emergency call at the traffic accident site.

The distress rescue service is requested to the service center in case of distress in a relatively rare place such as mountains, seas, etc. difficult to receive help, so that the ships, aircraft, vehicles, etc. passing through the neighborhood to receive emergency rescue support At the same time, it is a service method that notifies the public agencies and their families of guidance messages.

If the service center confirms that the mobile terminal registered with the service requests the emergency call service (S40), the service center receives the service and charges the fee (S50).

The emergency call service is provided through the service center, which requests security measures and pays the costs to the designated service center according to the registered request of the mobile terminal. The billing method is through.

Referring to Figure 3 as an example of the present invention by explaining the assured call service using the terminal location tracking of the mobile communication network, the mobile terminal registered the assured call service in the service center moves to the destination in the standby state (ST100), to work If there is an emergency that causes a threat to your safety while commuting, going to school, or going to a school, or taking a route for another purpose, enter the emergency call button provided on the mobile terminal. (ST105).

When the emergency call button is input, the mobile terminal saves the surrounding sound in accordance with the capacity of the built-in memory by the communication function and transmits it to the service center. If the camera function is provided, the mobile terminal photographs the image and transmits it. If it is equipped with the transmitted location information.

The location information may be confirmed by operating characteristics of the mobile communication network, but in general, location information may be used by a highly accurate global positioning system (GPS) function. In the following description, the location information provided from the mobile terminal is GPS location information, and the location information provided from the mobile communication network includes location information of the mobile terminal identified around the base station according to the operating characteristics of the mobile communication system.

If the emergency call button is incorrectly entered, the terminal is connected to a service center and a predetermined password is input, thereby releasing the emergency call request state, and the same description will not be repeated.

In addition, the service center responds to the emergency call signal in real time, or automatically records and responds using ARS (AUTOMATIC RESPONSE SERVICE), and is not the same as the description below.

The service center receives an emergency call signal of the mobile terminal through a mobile communication network and retrieves personal data of a user or subscriber of the emergency call portable terminal (ST110), and receives location information, sound data, and video received from the mobile terminal. Collect and analyze the data and at the same time attempt to communicate directly with the user, if it is possible to communicate with the user, collect status data by communication in detail, and if communication is impossible, collect the current position, sound, and video data (ST115), The emergency status is confirmed by analyzing the collected data as described above (ST120). For example, when the elderly are lost and wandered, etc., the service center may communicate with the mobile terminal to guide the route.

After checking the emergency situation, the service center requests support while providing the site information transmitted by the mobile terminal to a public institution including a police station (ST125), and an emergency call state is sent to a family member or relative by a designated communication means. Notification is issued (ST130). In addition, it is checked whether the portable terminal has registered the use of the paid service service (ST135).

If it is confirmed that the mobile terminal is registered in a service service utilizing a paid service company, on-site information to a service company, for example, a private security company or a security company, that is, the location and sound transmitted from the field while the mobile terminal is called emergencyly. It provides on-site information including video. If the site information can be confirmed in real time, it is provided in real time (ST140). When the field information cannot be provided in real time, the mobile terminal uses sound and video signals recorded for a predetermined time, and the location information uses the finally confirmed data.

The service provider analyzes the site information, prepares to respond appropriately to the emergency call state, and dispatches to the site to take safety measures to release the emergency state (ST145). As described above, the service provider for the safety measure reports the result to the service center (ST150), and the service center compensates the service provider after confirming the safety measure result (ST155), and is safe for the family or relative designated as the communication means. The result message of the action is notified (ST160), and the corresponding service fee is charged to the mobile terminal (ST165). The service bill uses a bill or the like and is the same for the service bill in the following description.

At this time, when the emergency call button is input in the state where the emergency call button is input, the portable terminal inputs the registered password and releases the emergency call state.

In addition, when a child attends school, a school, etc., the service center keeps track of the time of attending school and the time of dismissal, and records and manages them at the service center and provides them to the allowed family members such as parents.

Referring to Figure 4 as an example of the present invention by explaining the home security service using the terminal location tracking of the mobile communication network, the home terminal registered the home service security in the service center to the infrared sensor, thermal sensor in the standby state (ST200) Monitors unauthorized intrusions and fires and detects emergency call requests from a mobile device that communicates with any one of Bluetooth, UDB, ZigBee, RFID, WLAN, WiBro, infrared, and wired connection. Check (ST205).

The home terminal joins a mobile communication network, accesses a service center, and registers and uses a secure home service. In addition, the home terminal is subscribed to a wired communication network and uses a service center and a service. The home includes a home, a house, an apartment, a building, a factory, an office, a shop, a household, and the like.

The infrared sensor detects an intruder's state of intrusion by an infrared ray, and the thermal sensor detects heat to detect whether a fire has occurred, and a plurality of infrared sensors are installed in important places of the home, and the signals detected by each sensor are detected. When a signal detected by a specific sensor is input, the home terminal notifies the service center of an emergency call and simultaneously transmits site information including location information, sound data and video data detected at the site. The sound and image data are installed by OPTION, and are recorded for a predetermined time by the memory capacity built in by the home terminal, and the detected data together with the recorded data is transmitted to the service center in real time.

In addition, the portable terminal is a dedicated terminal used at home or used as a mobile terminal for mobile communication within a predetermined distance from the home terminal, the Bluetooth, UBI, Zigbee, RF ID, wireless LAN, WiBro, infrared The wireless communication method or the wired connection method is connected to any one selected from the communication method.

The home terminal receives an emergency call signal by the mobile terminal, detects an unauthorized intrusion, a fire, and the like, and transmits the emergency call signal to the service center together with the emergency call signal (ST210). Although it is shown that the service center is connected through a mobile communication network, it can be accessed through a wired communication network, and the home terminal transmits real-time information including sound and video to an emergency call service center and records itself for a predetermined time. do.

The service center searches for available registration services including subscriber data of the home terminal (ST215), and communicates with the home terminal to collect necessary field information in detail (ST220). If the service center determines that a fire occurs, an outsider enters an unauthorized party, or an emergency call request is made from a mobile terminal (ST225), the service center requests assistance from public agencies including police and firefighting. (ST230), and notify the family and relatives designated as the communication means that an emergency condition has occurred in the HOME (ST235).

The service center checks the registration data of the home terminal to check whether the designated service provider is used (ST240), and if it is confirmed that the service provider is used, the service center provides the confirmed field information to the service provider in real time (ST245). The service provider includes a security company, a hospital, etc., and moves to the home of the designated location according to the on-site information provided in real time and supports safety measures to resolve an emergency state (ST250). Report to the service center (ST255).

The service center rewards the service provider for the cost of supporting safety measures (ST260), notifies the family and relatives designated as the communication means of the safety measures (ST265), and informs the home terminal of the cost of using the service. Claim (ST270).

The family and friends including the user of the home terminal are connected to the home terminal at any time and anytime through a public communication network including a web, a wired communication means, and a wireless communication means of the Internet. You can monitor and check HOME.

Family and relatives including the user, if you want to monitor or check the home by remotely connected to the home terminal irrespective of an emergency, such as emergency call (ST275), connected to the home terminal through the public communication network and predetermined Since the password is entered, the desired place of the home is monitored or confirmed (ST280). Entering the password is intended to protect the privacy of the individual, so that access can be made only when allowed.

Referring to FIG. 5, an example of the present invention provides a reliable traffic service using location tracking of a mobile communication network. When a mobile terminal intends to move to a specific destination using a transportation means in a standby state (ST300), Requesting a call (CALL) of the taxi while providing travel data including location information and destination data of the service center (ST305).

The service center searches the subscriber registration data of the mobile terminal and simultaneously searches and confirms whether the service is used (ST310), and provides the travel data of the customer received from the mobile terminal to the taxi center in the confirmed state (ST315). The taxi center designates a taxi of the optimal location according to the travel data of the mobile terminal customer, and controls to move while transmitting the travel data of the customer (ST320), and notifies the service center of the taxi data specified in the service center (ST325). .

The service center transmits the vehicle data notified from the taxi center to the mobile terminal (ST330).

When the designated taxi arrives, the mobile terminal manually or automatically inputs the corresponding vehicle data of the taxi (ST335), transmits the input vehicle data to the service center, and notifies that the passenger boards the vehicle (ST342). Along with this, the service center is notified to the service center through the taxi center that the customer of the mobile terminal has boarded (ST340). Therefore, the service center confirms that the customer of the mobile terminal has boarded by the data notified from the taxi and the mobile terminal, respectively.

In this case, when the mobile terminal is in an emergency situation due to robbery of property, physical threat, etc. in the taxi on which the portable terminal is boarded (ST344), the emergency call button provided in the portable terminal is inputted so that the emergency call is made to the service center (ST346).

For example, the portable terminal inputs the vehicle data of the taxi. For example, when the near-field wireless communication technology including the RFID communication technology is applied to the taxi and the vehicle data is wirelessly provided, the short-range communication method is used. Automatically input the vehicle data, and in the case of a taxi that does not apply this technology, the vehicle data such as the vehicle number is manually input directly to the portable terminal.

When the customer of the mobile terminal arrives at the destination, the mobile terminal notifies the service center that the mobile terminal has arrived at the destination and got off from the taxi (ST348). The notification is simply provided with a portable terminal by a one-touch button.

When the service center receives the getting off notification from the mobile terminal, the service center checks whether the getting off is normal because it is compared with the firstly input destination data (ST350).

If it is determined that the first input destination and the disembarked destination are different from each other in the confirmation, the service center notifies the taxi center to check the current location information of the vehicle in real time (ST355), and also checks the location information of the mobile terminal in real time (ST355). ST357), the analyzed location information is analyzed to determine whether the route to the destination has been departed (ST360). If the location information of the portable terminal is equipped with a GPS function and can communicate with the portable terminal, the GPS location information is checked, and the location information identified by the base station by the mobile communication network is also referred to.

If it is determined that the route has been derailed by the service center and requested the assistance by providing the relevant data to public agencies including police and firefighting (ST365), a problem has occurred to the family and relatives designated as communication means. An emergency message is notified (ST370). The determination of deviation of the movement route to the destination includes a method of confirming by communicating with the portable terminal.

The service center confirms the vehicle to a contracted service provider, such as a security company or a guard company, if it is confirmed that the mobile terminal uses the service service in a state in which the mobile terminal has deviated from the movement path first inputted. Provide real-time location information (ST380), the service company is dispatched to the site by the location information of the vehicle to support the necessary safety measures (ST385), and reports the results of supporting the safety measures to the service center (ST388) . The service center pays the service provider for the performance of the service (ST390), notifies the family and relatives designated as the communication means of the result message (ST393), and the cost of providing the service to the mobile terminal. (ST395). The message includes one or more selected from text, voice, and multimedia data.

That is, the taxi data is input to the mobile terminal when boarding a taxi, and an emergency call signal is generated when an emergency situation occurs in the taxi, so that among the taxi data, location information, sound data, and image data input to the mobile terminal, One or more of the selected ones are sent to service centers, and requests for assistance from public agencies and service providers are quickly rescued and supported.

Referring to FIG. 6, the traffic accident service using the terminal location tracking of the mobile communication network will be described with reference to FIG. 6. In the case where there is no traffic accident or in the standby state (ST400), a traffic accident occurs (ST405). ), And report that a traffic accident has occurred to public institutions, including traffic centers and firefighting centers (ST410). The traffic accident report is simultaneously reported to the service center via the mobile communication network.

The public institution requests the location information of the mobile terminal from the service center (ST415), and the service center checks the current location information of the mobile terminal through the mobile communication network (ST420), and provides the identified location information to the public institution. (ST425). In this case, even when the mobile terminal reports a traffic accident including the location information, the portable terminal can check again for accuracy.

The public institution handles dispatch and traffic accidents to the place where the mobile terminal is located based on the confirmed location information (ST430), and the service center is notified of the result data of the accident handling from the public institution (ST435), and the family designated as the communication means. And notify the relative message resulting from the traffic accident (ST440).

In addition, if the mobile terminal is confirmed as a failure of the vehicle (ST445), and report the failure to the designated service provider through the service center (ST450), the service center checks the current location of the mobile terminal through the mobile communication network (ST455) In operation ST460, the service provider provides location information of the checked mobile terminal.

The service provider goes to the identified location of the mobile terminal to process the vehicle troubleshoot (ST465), and notify the service center of the result of the processing (ST470), the service center pays for the service provider to the service provider (ST475), the family and relatives designated as communication means are notified of the message of the result (ST480), and the mobile terminal is charged for the cost of using the service (ST485).

Referring to FIG. 7, the security distress service using the terminal location tracking of the mobile communication network according to an example of the present invention will be described. In a standby state in which normal travel such as mountain climbing and sailing is performed by the mobile terminal (ST500), When it occurs (ST505), the rescue request signal is transmitted to the service center via the mobile communication network by the input of the rescue button provided in the mobile terminal (ST510). At this time, when the mobile terminal has its own positioning function by OPTION, the mobile terminal has a GPS function and transmits the self-identified location information together with the rescue request signal.

The service center reconfirms the location information of the mobile terminal through the mobile communication network, collects and analyzes the site information in detail by communicating with sound and video (ST515), and requests assistance from public agencies that perform fire, disaster prevention, etc. (ST520), the family and relatives designated as communication means are notified of the distress occurrence situation (ST525).

In addition, the service center searches for a rescue system located nearby (ST530). The search is, for example, to determine whether there is a vehicle means, a flight means, a ship means passing through the neighborhood, such as a control center for controlling the flight, control the operation of the vessel or control the transportation of the vehicle, etc. Log in to find out if there are any vehicles passing through the area. If the transportation means passing through the area is confirmed by the search, the terminal provides real-time location information of the distressed mobile terminal and requests rescue (ST535).

The public institution and the rescue system are dispatched to the identified location of the mobile terminal to support the rescue (ST540), and notify the service center of the result of the rescue support (ST545, ST550), the service center is designated as a communication means The result of the distress rescue is notified to the family and relatives (ST555), and a charge for the distress rescue service is billed to the mobile terminal (ST560).

Referring to FIG. 8, the concept of an emergency call service using the location tracking of a mobile communication network according to an example of the present invention is described. An intruder, a fire, or an outsider enters a home by a home terminal. If there is an emergency call of the user and the user of the mobile terminal uses public transportation, commute, traffic accident, or distress in school, travel, or driving situation, the emergency button is entered so request an emergency call service from the service center. .

The service center communicates with a mobile terminal or a home terminal through a mobile communication network, and checks location information, collects and analyzes data on the site, and is installed near the site to drive a warning signal generator that notifies the occurrence of danger or accident. It also notifies the security company, police and firefighting agencies, and family members designated as communication means by emergency. The message includes a message by voice, text, and multimedia.

In the present invention of the above configuration, when an emergency occurs, anytime, anywhere input the emergency button provided in the mobile terminal to inform the service center of the current location information and sound and video signals, and confirm the emergency situation by the service center At the same time, they request public agencies for assistance, dispatch service providers to the field, and notify the families and relatives designated as the means of communication.

Therefore, there is an advantage of accurately confirming the location of the mobile terminal user anytime, anywhere, and quickly taking safety measures.

Although the present invention has been described as an example, it is not necessarily limited to such an example, and various modifications can be made without departing from the spirit of the present invention. Therefore, the examples disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited thereto. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

1 is a functional configuration diagram of an emergency call system using a terminal location tracking of a mobile communication network according to an example of the present invention;

2 is a flowchart of an emergency call method using a terminal location tracking of a mobile communication network according to an example of the present invention;

3 is a signal flow diagram of a secure call service using a terminal location tracking of a mobile communication network according to an example of the present invention;

4 is a signal flow diagram of a secure home service using a terminal location tracking of a mobile communication network according to an example of the present invention;

5 is a signal flow diagram of a reliable traffic service using a terminal location tracking of a mobile communication network according to an example of the present invention;

6 is a signal flow diagram of a traffic accident service using terminal location tracking of a mobile communication network according to an example of the present invention;

7 is a signal flow diagram of a relief distress service using a terminal location tracking of a mobile communication network according to an example of the present invention;

8 is a conceptual explanatory diagram of an emergency call service using terminal location tracking of a mobile communication network according to an example of the present invention;

          ** Explanation of symbols on the main parts of the drawing **

5: mobile terminal 10: base station

20: mobile communication network 30: public communication network

40: Service Center 50: Public Institution

60: service provider 70: family

Claims (14)

Registering, by the service center, the emergency call service subscribed to the mobile terminal; And Operating the requested emergency call service routine when the portable terminal requests an emergency call service; Emergency call method using the location tracking of the mobile communication network comprising a. According to claim 1, The emergency call service, The service call center provides an emergency call method using a terminal location tracking of a mobile communication network, characterized in that it includes a secure call service, a secure home service, a secure traffic service, a traffic accident service, a distress rescue service. When the mobile terminal requests the assured call service by the service center, searching for and registering registered subscriber information of the mobile terminal to collect field information; The service center, if an emergency assistance is required, requesting assistance from a public institution and notifying a designated family member of an emergency call status by a message; Providing real time site information to a service company designated by the service center; Receiving data of the result according to the site information; And A process of compensating for the service company by the service center, notifying the designated family of data of the result of the safety measures by a message, and charging the mobile terminal; Emergency call method using the location tracking of the mobile communication network comprising a. The method of claim 3, wherein In the case of canceling the secure call service requested by the mobile terminal, a predetermined password is entered into a service center, The site information is at least one selected from among the current location, sound, image data of the mobile terminal and access confirmation data of the designated place, The mobile terminal records and stores site information for a predetermined time, The service center is an emergency call method using the terminal location tracking of the mobile communication network, characterized in that for collecting the field information in real time by communicating with the mobile terminal. According to claim 3, The safety measures of the service provider, The mobile terminal drives any one or more selected from among those including a photographing means, a recording means, a warning light means installed in the vicinity of the current site, and releases the location of the terminal of the mobile communication network, characterized in that to release the risk situation Emergency call method. Retrieving the registered subscriber information of the home terminal when the home terminal requests the service of the home by the service center; The service center communicates with the home terminal to collect site information, and if it is determined that emergency assistance is required, requesting assistance from public institutions and notifying a designated family by message; Providing real time site information to a service company designated by the service center; Receiving data of the result according to the site information; A process of compensating the service provider by the service center, notifying the family of the result of the safety measures by a message, and charging the home terminal; And Accessing the home terminal and collecting and monitoring site data by inputting a password; Emergency call method using the location tracking of the mobile communication network comprising a. The method of claim 6, wherein the site information, Invasion data of outsiders by infrared sensor, fire detection data by heat sensor, Bluetooth, UDB, ZigBee, RF ID, wireless LAN, WiBro, infrared, wired and collected by mobile terminal Emergency call method using the location tracking of the mobile communication network characterized in that it comprises data. The method of claim 6, The public agency includes a police agency, a firefighter, The service provider is an emergency call method using a terminal location tracking of the mobile communication network, characterized in that the security company, hospital companies. Providing a travel data including a current location and a destination of the mobile terminal to the taxi center when the mobile terminal requests a reliable transportation service by the service center; Providing the travel data to a taxi designated by the taxi center and notifying a service center of vehicle data of the designated taxi; The service center providing vehicle data to the mobile terminal and receiving and analyzing vehicle data from the designated taxi and vehicle data from the mobile terminal, respectively; If it is determined that the service center is not a normal get off, the process of analyzing the location information of the taxi and the mobile terminal, if the deviation is a request for assistance to public institutions and notifying the designated family in a message; And The service center provides real-time location information of the taxi and the mobile terminal to a designated service provider, receives data of the result according to the real-time location information, notifies the designated family by a message, and charges the mobile terminal. ; Emergency call method using the location tracking of the mobile communication network comprising a. 10. The method of claim 9, wherein the checking step, Providing vehicle data of a taxi designated by the service center to a mobile terminal; The mobile terminal is a process of inputting the vehicle data in any one of the manner selected from manual and automatic while boarding a taxi; Notifying the service center of the vehicle data and the boarding data by the taxi; Notifying the service center of the boarding data and the getting off data including the vehicle data by the portable terminal; And The service center analyzing the notified vehicle data, boarding data, boarding data, and getting off data to determine whether the mobile terminal has normally arrived at the destination; Non-reciprocal method using the terminal location tracking of the mobile communication network comprising a. The service center notifies a public institution when the mobile terminal reports a traffic accident by a traffic accident service, and provides confirmed location information of the mobile terminal; The service center is notified of the result of the safety process of a traffic accident from a public agency, the process of notifying the result of the message to the designated family; And The service center when the mobile terminal to report the failure of the vehicle delivers the report content with the location information confirmed to the service provider, and the charge processing to the mobile terminal; Emergency call method using the location tracking of the mobile communication network comprising a. The method of claim 11, wherein the charging process, When the service center receives the vehicle failure report from the mobile terminal confirming the failure of the vehicle, the service center delivers the vehicle failure report to the service provider; Checking the location information of the mobile terminal by the service center and providing the service information to a service provider in real time; And The service center is notified and compensated for the results of the safety measures in the field from the service provider, notifying the designated family by a message and billing the mobile terminal; Emergency call method using the terminal location tracking of the mobile communication network comprising a. The service center collects and analyzes site information, requests assistance from public institutions, and notifies family members of distress when a mobile terminal rescues from a distress; The service center requesting rescue by providing site information to the retrieved nearby rescue system in real time; And The service center is notified of the results of the rescue support from public institutions and the nearby rescue system, and notifying the results in a message to the designated family and billing the mobile terminal; Emergency call method using the location tracking of the mobile communication network comprising a. The method of claim 13, wherein the requesting process comprises: Searching through a corresponding management center a rescue system including a ship and an aircraft operating around the distress accident area by the service center; Requesting rescue by providing real-time information on a site in which a distress occurred in a vehicle of the retrieved rescue system; And A process of safeguarding the distress accident site by the public institution and the searched rescue system; Emergency call method using the terminal location tracking of the mobile communication network comprising a.

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