KR20030008341A - intergrated security system for home, business - Google Patents

Abstract

PURPOSE: A total safety system for a household, a shopping center, and an enterprise is provided to efficiently and quickly inform a sudden emergency situation occurred in the household, the shopping center, and the enterprise to a police station, a fire station, a charge process station. CONSTITUTION: An invasion sensor(10) senses an invader and a burglar and outputs an invasion sensing signal. A fire sensor(30) senses a fire status and outputs a fire sensing signal. A gas sensor(20) senses a gas leakage status and outputs a gas sensing signal. A collecting section(40) collects the invasion sensing signal, the fire sensing signal, and the gas sensing signal. A processor(50) compares the invasion sensing signal, the fire sensing signal, and the gas sensing signal with a reference sensing signal, and composes and processes a situation code, a call code, and a subscriber code according to the compared result. A transmitter(60) modulates a process signal of the processor(50) to a transmitting modulation signal and transmits it to wire and wireless telephone numbers. A receiver reads the transmitting modulation signal form the transmitter(60) by codes.

Description

Intergrated security system for home, business and business

The present invention relates to an integrated safety system for homes, shops, and businesses, and more particularly, to effectively and promptly notify police, fire departments, handling departments, and personnel of various sudden emergencies that may occur in homes, businesses, and shops. It is about an integrated safety system for homes, shops and businesses.

In general, the safety system is designed for crime prevention to respond to intruders, whether for home use, commercial use, or enterprise use. Such a safety system includes an infrared sensor that detects an intruder's movement, a judging unit that judges the presence of an intrusion with a signal generated from the infrared sensor, and a warning that informs the outside of the intruder by receiving a signal about the intrusion from the judging unit. Have wealth Here, the warning unit informs the police station or other persons through a wired communication line, or informs the manager of the central control room.

However, since these safety systems are simply for security purposes, they are unprotected from accidental emergencies that can occur from fire, gas, etc., which can occur in homes, businesses and stores. There is a problem that can not be secured.

In addition, if there are various systems for these, not only installation is difficult, but also the intrusion and risk situation that can occur because of mutual emergency system is not immediately known, in particular, the system and installation cost and maintenance and management cost a lot There is a lifting issue.

The present invention has been made to solve the above problems, by integrating crime prevention and fire and gas for the quick response to the risks that may occur, relatively simple installation and low cost Its purpose is to provide an integrated safety system for homes, shops and businesses that enables maintenance and maintenance.

According to the present invention, the infrared sensor, the proximity sensor and the vibration sensor disposed in a predetermined plurality of detection areas each has a plurality, each of which at least one of the intrusion state and theft state to detect the intrusion Intrusion detecting means for outputting a detection signal, and a plurality of temperature detection sensor and a temperature sensor disposed in a plurality of predetermined detection area, respectively, each of which is a fire to detect any one of the fire state and output a fire detection signal Gas detection means having a detection means, a plurality of gas detection sensors disposed around the gas-related device, and outputs a gas detection signal by detecting a gas leakage state from the gas-related device, the intrusion detection means and the fire Collecting the detection signal generated from the detection means and the gas detection means to classify by each detection field, and outputs A processing unit for receiving the detection signals classified from the collection unit and comparing them with the reference detection signals recognized by the system, and combining and processing situation codes, call codes, and subscriber codes according to safety status for each detection field based on the detection signals. And a transmitting unit for modulating the processing signal of the processing unit into a transmission modulation signal and transmitting it to a set wired / wireless telephone number, receiving the transmitted modulation signal, reading it for each code, and recognizing it at least among characters and voices that can be recognized from a database. It is achieved by an integrated safety system for homes, shops and businesses, which includes a receiving unit arranged to display one.

Here, the processing unit compares the detection signal classified from the collection unit with the reference detection signal with a predetermined calculation algorithm to determine whether the safety, and control the processing signal according to the situation, and the situation corresponding to the safety whether or not determined by the micom A memory unit for storing a code, a calling code, and a subscriber code and withdrawing at least one of them by the micom, a key input unit for inputting a command desired by the user to the micom, and a situation of operation at the micom to the user And a display unit for outputting the processing signal of the microcomputer to the transmitter.

The receiver may include a filter unit configured to receive a modulated signal from the transmitter to remove a high frequency signal, a restorer configured to restore the modulated signal from which the high frequency signal has been removed, to the processing signal, and a receiver status code, a call code, and a subscriber code. A database storing a text signal and a voice signal for recognition, calculating the situation code, a call code and a subscriber code from the processing signal, and extracting a text signal and a voice signal corresponding to the respective codes from the database; And a warning unit for warning at least one of a voice signal and a text signal generated from the CPU.

1 is a block diagram showing a transmitting side of a home, a shopping mall, and an enterprise integrated safety system according to the present invention;

Figure 2 is a block diagram showing the receiving side of the integrated safety system for homes, businesses and businesses according to the present invention.

Explanation of symbols on the main parts of the drawing

10; Intrusion detection unit 12; Infrared sensor

14: proximity sensor 16; Vibration sensor

20; Gas detection unit 30; Fire Detection Department

32; Year sensor 34; temperature Senser

40; Assembly section 50; Processing

51; Microcomputer 53; Memory

54; Key input section 55; Display

57; I / O interface section 60; Transmitter

72; Filter section 74; Restoration department

76; CPU78; Database

79; Warning

Hereinafter, with reference to the accompanying drawings will be described in detail the integrated safety system for homes, malls and businesses according to the present invention. 1 is a block diagram showing the transmitting side of the home, shopping mall and enterprise integrated safety system according to the present invention, Figure 2 is a block diagram showing the receiving side of the home, shopping mall and enterprise integrated safety system according to the present invention.

This integrated safety system is catastrophic for emergency situations such as intruders, thefts and robbery, injuries caused by gas leakage, and fires caused by carelessness. In the event of this occurrence, the sender who detects the occurrence of these incidents and promptly asks for assistance to the outside (police, ligation car, fire department, other private security company and management office) and the emergency situation transmitted from the sender It is divided into receiving side which induces simultaneous notification with reading so that it can cope with it properly.

As shown in FIG. 1, the transmitting side detects that an intruder or a burglar accident occurs from outside from a specific subscriber such as a subscribed subscriber, such as a home, a company, or a store, and outputs an intrusion detection signal corresponding thereto. Detection unit 10, the gas detection unit 20 for detecting the leakage of gas from the gas equipment installed in the specific space of the subscriber and outputs a gas detection signal, and the fire caused by the ignition in the specific space of the subscriber It has a fire detection unit 30 for outputting a fire detection deep.

Here, the intrusion detection unit 10 is an infrared sensor 12 for remotely detecting the intrusion situation from the body temperature of the intruder, a proximity sensor 14 installed at the entrance to detect the intruder by detecting the intruder, and the intruder It has a vibration sensor 16 to detect the minute vibration caused by the movement to recognize the intrusion situation, each of these sensors (12, 14, 16) is installed in a number of places, each when there is an administrator's command It is supposed to work.

The gas sensor unit 20 includes a gas sensor 20 that detects a leaked gas generated from a gas device such as a gas stove and a gas boiler and recognizes a closed specific space as a dangerous situation, and includes at least a gas sensor device at least around One or more are installed. The fire detection unit 30 is installed on the ceiling of the subscriber's specific space and the fire detection sensor 32 to detect the ignited flame to recognize the fire situation and the abnormal high temperature (overheating temperature) from the room to fire Each of the temperature sensor 34 to recognize that the situation has at least one.

In addition, the transmitting side collects the detection signals generated from the intrusion detection unit 10, the gas detection unit 20 and the fire detection unit 30, and classifies each detection field, and outputs the detection signal for each classification. The unit 40 and the detection signals classified from the collection unit are respectively compared with the reference detection signals recognized by the system, and based on this, the safety status is determined for each detection field, and the situation code, call code, and subscriber code are determined accordingly. A processing unit 50 for synthesizing and processing, and a transmitting unit 60 for modulating the signal for transmission by the processing unit 50 and transmitting it to a set telephone or wireless telephone number. The transmitter 60 is composed of a DTMF 62 for modulating the processing signal for digital transmission and a TEL 64 for transmitting to a remote receiver corresponding to a telephone number or transmission channel.

The processing unit 50 compares the detection signal classified from the collection unit 40 with the reference detection signal with a predetermined calculation algorithm, determines whether safety is detected, and controls the processing signal accordingly, and the microcomputer ( A memory unit 53 for storing a status code, a calling code, and a subscriber code corresponding to the safety determined by the control unit 51 and withdrawing at least one of them by the microcomputer, and a safety system desired by the user for the microcomputer 51; A key input unit 54 for inputting a standby command and a release command associated therewith, a display unit 55 for displaying a state of operation of the microcomputer 51 to the user, and a processing signal of the microcomputer 51 It has an I / O interface unit 57 which outputs to a transmitter.

For example, the situation code is set to fire detection-<01>, theft-<02>, gas leak-<03>, emergency emergency-<04>, external intrusion-<05>, etc. -<012-123-1234>, police car-<012-234-1234>, fire department-<012-456-1234>, management office-<012-789-1234> and so on. <001>, family house 2- <002>, family house 3- <003>, store 1- <101>, store 2- <102>, enterprise 1- <201>, and the like. If theft accident occurs in the home 1, the microcomputer 55 generates a processing signal such as 012-123-1234 * 02 * 001 or 012-234-1234 * 02 * 001 in the police station or the police car and transmits the 60).

As shown in FIG. 2, the receiving side receives a processing signal transmitted from the transmitting unit 60 as a receiving channel matching the transmitting channel and removes high frequency noise included in the signal. A decompression unit 74 which demodulates the process signal from which the high frequency noise has been removed from the filter unit 72 and restores the original signal, and removes the situation code, the call code, and the subscriber code from the process signal of the decompression unit 74; In order to provide a status code, a calling code, and a subscriber code to the CPU 76, which is calculated by the algorithm of the algorithm and outputs a warning text signal and an audio signal corresponding to each code as bit stream data. It stores the database 78 and outputs it if necessary, and displays one of the warning text signal and the audio signal of the CPU 76 so that the user can recognize it as either visual or auditory. Warning has a portion (79). Here, the receiving side should be able to receive appropriate measures by receiving at the police station or police car, management room, control room, fire station, and the like.

The present invention is able to quickly cope with the risks that can occur by integrating crime prevention and fire and gas use can be released from all possible dangerous situations can provide a sense of mental stability to the user. In addition, since the installation is relatively simple, there is no economic burden on the subscriber.

In addition, it is possible to maintain and manage inexpensively, thereby providing convenience in handling security personnel and reducing the economic burden of the security company.

Claims (3)

Intrusion detection means for detecting the intrusion state and theft state and at least one of the infrared sensor, proximity sensor and vibration sensor disposed in a plurality of predetermined detection area and outputs the intrusion detection signal; ; A fire detection means having a plurality of soft detection sensors and a temperature sensor arranged in a plurality of predetermined detection areas, respectively, and detecting any one of the fire conditions and outputting a fire detection signal; A gas detecting means having a plurality of gas detecting sensors arranged around the gas-related device, the gas detecting means outputting a gas detection signal by detecting a gas leakage state from the gas-related device; An aggregation unit for collecting detection signals generated from the intrusion detection means, the fire detection means and the gas detection means, classifying the detection signals into respective detection fields, and outputting the detection signals; A processing unit which receives the detection signals classified from the collection unit, compares them with a reference detection signal recognized by the system, and synthesizes and processes a situation code, a call code, and a subscriber code according to safety status for each detection field based on the detection signals; A transmitting unit for modulating the processing signal of the processing unit into a modulation signal for transmission and transmitting the set signal to a set wired or wireless telephone number; And a receiving unit which receives the modulated signal transmitted, reads it by code, and arranges and displays the modulated signal into at least one of a text and a voice recognizable from a database. The method of claim 1; The processing unit, A microcomputer that compares the detection signal classified from the collection unit with the reference detection signal with a predetermined operation algorithm, determines whether safety is detected, and controls the processing signal accordingly; A memory unit for storing a status code, a calling code, and a subscriber code corresponding to safety determined by the micom and drawing out at least one of them by the micom; A key input unit for inputting a command desired by the user to the microcomputer; A display unit configured to display a state of operation of the microcomputer to a user; And an I / O interface unit configured to output the processing signal of the microcomputer to the transmitter. The method of claim 1; The receiving unit, A filter unit which receives a modulated signal from the transmitter to remove high frequency; A restoration unit for restoring the modulated signal from which the high frequency signal has been removed to the processing signal; A database which stores a text signal and a voice signal for recognizing the singular status code, the calling code and the subscriber code; A CPU for calculating the status code, calling code and subscriber code from the processing signal, and for extracting a text signal and an audio signal corresponding to the respective codes from the database; And a warning unit for warning at least one of a voice signal and a text signal generated from the CPU.