KR100627655B1 - The method which is asked for help in an emergency using a wireless ID and data transmitter - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to wireless communication technology, in particular, ID and data of disasters generated from a wireless ID and data sending device for emergency rescue and dispatch request in a mobile communication network such as wireless LAN, CDMA, etc., location information of the mobile communication terminal, etc. The present invention relates to an emergency rescue request method using a wireless ID and a data sending device that relays automatically or manually to a nearby base station.

The present invention for this purpose comprises the steps of transmitting a rescue request and dispatch request signal using a broadcasting channel (broadcasting); Receiving, by a plurality of unspecified mobile communication terminals, an ID and data of a rescue requester and a rescue request signal through the broadcasting channel; Automatically or manually relaying the signal received in the above step with the location information of the unspecified mobile communication terminal to a nearby mobile communication base station; Receiving, at a central control station connected to a public network, a signal relayed to a mobile communication base station together with a rescue request signal of a rescue requester relayed and location information of mobile communication terminals of a repeater; And analyzing the received rescue request signal and the location information of the relay mobile communication terminal and transmitting the location information of the mobile communication terminals to a related organization.

Broadcasting channel, mobile communication terminal, emergency situation, rescue request, emergency dispatch

Description

The method which is asked for help in an emergency using a wireless ID and data transmitter}

1 is a wireless ID and data sending apparatus and embodiment of the present invention is applied

2 is a flowchart illustrating an operation process of a wireless ID and data sending device of the present invention;

3 is a flowchart illustrating an operation process of a mobile communication terminal for relaying a rescue request signal from a wireless ID and data sending device of the present invention;

4 is an exemplary embodiment in which the present invention is applied to a mobile communication system;

5 is a flowchart illustrating an operation process of a receiver for receiving a rescue request signal from a wireless ID and data transmitting apparatus of the present invention in a unique wireless communication network in an ISM frequency band;

6 is an exemplary embodiment of the present invention to cope with an emergency by configuring a unique wireless communication network system of the ISM frequency band.

* Explanation of symbols for the main parts of the drawings

10: wireless ID and data sending device

11: transmitter

12: antenna unit

13: power supply

14: emergency button

101, 102, 103, 104: Multiple radio IDs and data sending devices in each receiving area

20: Reach of rescue request signal in case of emergency of wireless ID and data sending device

21: radius of rescue request signal reach area

22: rescue requestor (elderly person, mia, etc.)

211: communication distance between the wireless ID and data transmitter and the mobile communication terminal

30: base station of mobile communication network

31: mobile communication terminal

32: mobile communication network

33: public network

34: Central Control Center

35: Emergency call to the place of emergency in the police or 119

311, 312: multiple mobile communication terminals

40: Independently configured wireless communication network receiver

41: wireless communication network receiving area

42: radius of receiving area

43: receiver line connected to the central control station

44: Central control station (emergency dispatch)

401, 402: receiver of each reception area

411, 412: each reception area of wireless communication network

421, 422, 423: distance each receiver can receive

431, 432, 433: each receiver line

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BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wireless communication technology. In particular, the ID and data of a disaster generated in a radio ID and data transmission device for emergency rescue and dispatch request in a mobile communication network such as a wireless LAN, CDMA, etc., location information of the mobile communication terminal, etc. The present invention relates to an emergency rescue request method using a wireless ID and a data sending device that relays automatically or manually to a nearby base station.

At the moment, most of the emergency situations such as abduction, kidnapping, robbery, and lost children have no choice but to use a cell phone to take risks. Particularly, in cases such as the occurrence of a lost child, the children around them are almost impossible to escape from the lost state unless they know that they are lost and help them. And when emergency situations such as kidnapping, kidnapping and robbery occur in children and the elderly, most of them are not likely to carry a mobile phone, and even if they have it, the opportunity to use it is easily deprived, so the rescue request itself will be impossible.

In addition, in the case of a crowded place such as an amusement park, when the child and the elderly are in a lost state when they are outside the protection scope of the guardian, the best structure for the lost child is to rely on the lost child shelter. This should be done only by the measures of children in the lost state and adults around them who are aware of the elderly and the fact that they are using the broadcasting system of the MIA shelter. It requires procedures to guide children and the elderly.

On the other hand, in recent years, due to the rapid development of wired / wireless data communication technologies such as mobile communication or the Internet, various communication services are provided, and many devices for providing various services such as mobile communication terminals, notebook computers, PDAs, etc. Are being used. Therefore, there is a situation in which a portable mobile communication terminal having a one-touch emergency notification and rescue request function is provided. However, these mobile terminals are supplied at a high price, their functions are complicated and difficult to handle, and in case of danger, the opportunity to use these mobile terminals is easily deprived, and the main functions are not used for rescue requests. There is a disadvantage.

The present invention devised to solve the conventional problems as described above uses a cellular phone, and thus provides a low cost of the system and configures and provides a wireless ID and data sending device that can make a rescue request at any time in case of emergency. It is an object of the present invention to provide an emergency rescue request method using a wireless ID and a data sending device that can safely terminate an emergency situation quickly and accurately when a rescue request is made.
The construction of the present invention for achieving the above object is an emergency including a radio ID and a data sending device capable of making a rescue request in case of emergency such as abduction, kidnapping, robbery, lost child, etc. A rescue request method comprising: transmitting a rescue request and dispatch request signal using a broadcasting channel in the wireless ID and data transmitting apparatus; A number of unspecified mobile terminals recall the rescue requester's ID (unique number, etc.) and data (emergency contact, name, address, phone number, guardian's details, etc.) and rescue request signals (e.g., "Help!"). Receiving over a broadcasting channel; Automatically or manually relaying the signal received in the above step with the location information of the unspecified mobile communication terminal to a nearby mobile communication base station; Receiving, at a central control station connected to a public network, a signal relayed to a mobile communication base station together with a rescue request signal of a rescue requester relayed and location information of mobile communication terminals of a repeater; Analyzing the received rescue request signal and the location information of the relay mobile communication terminal and transmitting the location information of the mobile communication terminal to the relevant agency, so that the personnel of the relevant organization are urgently dispatched to the relevant point, It is characterized by a safe action.
In addition, the step of relaying the request signal of the unspecified plurality of mobile communication terminal, receiving the broadcast address including the ID information of the rescue requester in the unspecified plurality of mobile communication terminal; Receiving rescue request data and analyzing a pattern of the rescue request data; And analyzing the rescue request data pattern and automatically transmitting the rescue request data to the base station or the central control center if it matches the pattern of the set rescue request data.
In addition, the step of manually transmitting the rescue request data in the rescue request data pattern analysis step includes the steps of: displaying a rescue request phrase and a warning sound on a display of the mobile communication terminal; Outputting a message asking whether to transmit rescue request data on a display of the mobile communication terminal, and then determining whether a signal for approving the transmission of rescue request data is applied; And transmitting the rescue request and the position data when the call approval signal of the rescue request data is applied in the step.
Alternatively, an area to be monitored may be composed of cells having a radius of about 100 meters in a wireless communication network of an ISM frequency band receiving a structure and dispatch request signal transmitted from a wireless ID and data transmitting device, and a receiver may be installed at the center of the cell. A receiving method comprising the steps of: receiving a broadcasting address including the radio ID and ID information of a rescue requester received by the data transmitting apparatus; Receiving structure request data and analyzing whether the pattern of the received structure request data matches the set structure request data pattern; If the pattern of the received rescue request data and the pattern of the set data is matched, analyzing the ID and location information of the user included in the rescue request data and transmitting the corresponding information to the relevant organization.

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DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, exemplary embodiments of an emergency rescue and dispatch request method using a wireless ID and a data sending device according to the present invention will be described in detail with reference to the accompanying drawings.
1 is a wireless ID and data sending apparatus and an exemplary embodiment to which the present invention is applied.
Referring to FIG. 1, the wireless ID and data transmitter 10 may include a transmitter 11 for wirelessly transmitting embedded ID and data, and an antenna unit for converting and transmitting an ID and data signal generated by the transmitter into a wireless signal. 12 and a power supply unit 13 including a battery that provides a portable power supply and emergency to generate a drive signal to the transmitter 11 and the antenna unit 12 with one touch in case of an emergency. Button 14.

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In addition, the rescue requester 22 carries the wireless ID and the data transmission device 10 for emergency dispatch to rescue the rescue requester 22 in case of an emergency. The reach of the signal 21 is shown.
2 is a flow chart showing the operation of the wireless ID and data sending apparatus of the present invention.
Referring to FIG. 2, the present invention may be an area 20 in which all areas in which the mobile communication terminal 31 exists may be a rescue requestable area for an emergency, and are located closest to the rescue request point, such as a police station, police box, fire station, etc. By utilizing all the places where dispatch services are available, the rescue request problem can be solved by emergency dispatch 35 such as command, instruction, order, etc. of the central control center 34.
In order to explain this, first, the rescue requester generates a driving signal by turning on the emergency button 14 of the wireless ID and the data transmission device which are carried by the user in an emergency state (S11).
Therefore, as the drive signal is generated from the emergency button 14, the transmitter 11 is turned on, so that the transmitter 11 is activated by reading the user's ID and rescue request data stored in a memory (not shown) (S12). ).
The ID information of the rescue requester 22 read from the transmitter 11 is converted into a radio signal by the antenna unit 12 and outputted to a broadcasting address including ID information of the rescue requester in a base station or a neighboring terminal. Is transmitted (S13).

In addition, the transmitter 12 converts the built-in rescue request data into a data pattern for a broadcasting channel that can be simultaneously transmitted to a plurality of mobile communication terminals to indicate an emergency situation of the rescue requester 22. The structure request data pattern is transmitted (S14).
3 is a flowchart illustrating an operation process of a mobile communication terminal for relaying a rescue request signal from a wireless ID and data sending device of the present invention, and FIG. 4 is an exemplary embodiment in which the present invention is applied to a mobile communication system.
3 and 4, as described above, the rescue request signal transmitted through the broadcasting channel in the wireless ID and data transmitting apparatus 10 is an unspecified number of mobile communication terminals 31 within a radius of about 100 meters. Is received). At this time, the unspecified plurality of mobile communication terminals receive the broadcasting address information including the ID information of the first rescue requester (S21).
Therefore, the mobile communication terminal 31 displays the ID of the rescue requester 22 and receives the rescue request data (S22). The mobile communication terminal 31 analyzes whether the received data is a pattern of the structure request data. That is, the mobile communication terminal analyzes whether the received data is formed with a pattern of contracted rescue request data (S23).
The mobile communication terminal 31 determines whether the received data is an automatic transmission or a manual transmission when it is determined that the received data is a rescue request and a location information data pattern (S24). That is, if the mobile communication terminal 31 is a terminal subscribed to a communication network which relays the rescue request signal by relaying each terminal by agreement between operators, the mobile communication terminal 31 transmits the rescue request signal as the automatic transmission mode. 31) relay automatically regardless of user's knowledge. Alternatively, if the mobile communication terminal 31 is a mobile communication terminal 31 not joined to the communication network negotiated between the operators, the rescue request signal is relayed in the manual mode.
Accordingly, when the mobile communication terminal 31 is in the automatic mode, the received rescue request data and the current location information are automatically relayed to the base station without the user of the mobile communication terminal 31 being aware of it.
Alternatively, if the mobile communication terminal 31 is not subscribed to the contracted communication network in step S25, the structure request display phrase included in the rescue request data is displayed on the display of the mobile communication terminal 31, and the reception sound is received. By generating a so as to recognize the user of the mobile communication terminal (S26).
The mobile communication terminal 31 displays a rescue request statement as described above and outputs a message asking whether to transmit the received rescue request data to the base station, and when the user selects to send the rescue request data. , And transmits the rescue request and location data to the base station (S27, S28).
Therefore, the central control center 34 can be used as a target of the emergency call through the received rescue request data and location information data to transmit to the relevant agencies, such as police station or fire station, it is possible to give a reasonable help to the rescue requesters in emergency situations.
That is, as described above, when the rescue requester 22 presses the emergency button 14 of the radio ID and the data sending device 10, randomly within the reachs 21 and 211 of the rescue request signal arrival area 20. When a rescue request signal (eg, "Please help!", "Emergency!", "Please report!", Etc.) appears on the mobile communication terminals (31, 311, 312) of the number of unspecified The mobile terminal owner can automatically or manually relay the rescue request signal to the base station 30 through the mobile communication network 32 such as CDMA and TDMA.

At this time, the signal relayed is a specific ID (unique number) and data of the owner of the wireless ID and the data sending device transmitted through the broadcasting channel from the wireless ID and the data sending device 10 to the mobile communication terminal 31 and the like (emergency contact, The guardian's personal information, etc.), and the mobile communication terminal 31 which has received it transmits the terminal's own location information and the specific ID and data received to the mobile communication base station 30 through the mobile communication network 32 such as CDMA and TDMA. When relaying, the identification is confirmed through the ID of the rescue requester relayed to the central control center 34 linked to the public network 33, and the rescue request data and the location information of the mobile communication terminal are quickly identified and emergency dispatch is made at the police station or 119 emergency response team. (35) Implement the order to rescue the rescue requester from an emergency.
5 is a flowchart illustrating an operation process of a receiver for receiving a rescue request signal from a wireless ID and data transmitting apparatus of the present invention in an independent wireless communication network of the ISM frequency band, and FIG. 6 is a unique wireless communication network system of the ISM frequency band according to the present invention. This is an exemplary embodiment to cope with an emergency by configuring the.
5 and 6, the present invention provides a plurality of wireless ID and data transmitting apparatuses 10, 101, 102, 103, in public places such as parks, schools, apartment complexes, amusement parks, and performance halls. The radio area and each radio signal reach 42, 421, 422, 423 can be included so that 104 can be included in each cell 41, 411, 412 with each receiver 40, 401, 402. Configure.
In addition, the present invention is to establish a unique wireless communication network of a separate ISM frequency band in the existing mobile communication, wireless communication, etc. to carry the wireless ID and data transmission device 10 to the children and the elderly in places with a lot of crowds such as amusement parks Thus, when an emergency situation occurs, when the emergency button 14 of the sending device is pressed to make a rescue request, the receiver within the rescue request signal arrival distance 421 having an area having a radius of the maximum signal arrival distance 42 as one cell 41 is used. At 40, a rescue request signal is received, and the signal is transmitted through the receiver lines 43 and 431 connected to the central control station 44, the position information of the cell necessary for emergency dispatch, and the unique ID transmitted from the data transmission device. Analyzes the values and data values and rescues the rescue requester from the emergency with an emergency call.
In detail, as described above, the receiver 40 in the ISM frequency band receives the broadcasting address received from the radio ID and the data transmitting apparatus (S31).
The receiver 40 confirms the ID of the sender of the data through the broadcasting address, and then receives the rescue request data (S32).
The receiver 40 analyzes the pattern of the received data to extract a data pattern corresponding to each signal in the ISM band (S33), and determines whether the extracted data pattern corresponds to the contracted structure request data pattern. (S34).
As a result of the determination, if the pattern of the contracted rescue request data and the received data pattern match, the receiver 40 analyzes the rescue request data and transmits it to the central control station 44 along with the location information included in the corresponding data. (S35).

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Therefore, the central control station 44 sends the rescue request data and the location information to the police station or fire station, so that the rescue requester can receive help.

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The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible in the technical field of the present invention without departing from the technical spirit of the present invention. It will be clear to those of ordinary knowledge. For example, in the above-described embodiment, the mobile communication terminal is used as an example where all the mobile communication terminals exist. However, the present invention provides a cellular phone, a PCS phone, a PDA, a notebook computer, a wireless LAN in the mobile communication terminal. It applies to all mobile communication terminal users regardless of communication frequency and broadcasting channel such as access terminal.

The present invention uses only a unique ID value and data value that can communicate with a broadcasting channel used by a base station to simultaneously send common data to multiple mobile communication terminals of a conventional cellular phone. It can be implemented at very low cost because it is composed of a dedicated system that can be transmitted in a short distance. It can also be used in an amusement park by constructing a unique wireless communication network of ISM frequency band as a low-cost system that implements only broadcasting channels. It can be used to respond quickly and safely to abductions, kidnappings, robberies and lost children.

Claims (9)

In the emergency rescue request method comprising a wireless ID and data sending device 10 that can be always on the rescue request in case of emergency, such as abduction, kidnapping, robbery, lost children, etc.  Transmitting a rescue request and dispatch request signal using a broadcasting channel in the radio ID and data transmitting apparatus; Many unspecified mobile communication terminals 31 provide ID (Unique numbers, etc.) and data (emergency contact numbers, names, addresses, phone numbers, guardian details) and rescue request signals (eg "Help!") Of the rescue requester. Receiving) through the broadcasting channel to relay automatically or manually to the mobile communication base station 30 together with the location information of the unspecified plurality of mobile communication terminals; Receiving at the central control station 34 connected to the public network 33 a signal relayed to the mobile communication base station 30 together with the rescue request signal of the rescue requester relayed and the position information of the mobile communication terminals 31 of the repeater; Analyzing the received rescue request signal and the location information of the relay mobile communication terminal and transmitting the location information of the mobile communication terminal 31 to the relevant organization Emergency structure using a wireless ID and data sending device, characterized in that it comprises How to request. The method of claim 1, wherein the rescue request signal relaying step of the unspecified plurality of mobile communication terminals, Receiving a broadcasting address including ID information of a rescue requestor by the unspecified plurality of mobile communication terminals (S21); Receiving the rescue request data and determining whether the rescue request data matches the preset rescue request data (S22, S23, S24); And if the rescue request data coincides with the preset rescue request data, automatically transmitting the rescue request data to the base station 30 or the central control center 34 (S25). Emergency rescue requests using the device. The method of claim 2, wherein the rescue request relay step, (S26) generating a structural request message display and a warning sound on the display of the mobile communication terminal 31; Outputting a message asking whether to transmit rescue request data on a display of the mobile communication terminal, and then determining whether transmission of rescue request data is selected (S27); If the transmission of the rescue request data in the step is selected, the emergency rescue request method using a wireless ID and data transmission device further comprising the step (S28) of transmitting the rescue request and location data. The area to be monitored in the wireless communication network of the ISM frequency band receiving the structure and dispatch request signal transmitted from the radio ID and data sending device 10 is composed of cells having a radius of about 100 meters, and the receiver 40 is located at the center of the cell. ), But how to receive Receiving a broadcasting address including the ID information of the rescue requester received from the radio ID and the data transmitting apparatus (S31); Receiving the rescue request data and determining whether the rescue request data matches the preset rescue request data (S32, S33, S34); And if the rescue request data matches the preset rescue request data, analyzing the ID and location information of the user included in the rescue request data and transmitting the corresponding information to the related organization (S35). Emergency rescue request method using a wireless ID and a data sending device. delete delete delete delete delete

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