KR20020010247A - A Multipurpose Alarm System - Google Patents

Abstract

PURPOSE: Provided is a multipurpose alarm system which operates various kinds of sensor in a mixed way to judge the presence of infiltration and individualizes a guard and a management system to be operated as use so that it shows excellence in system scalability. CONSTITUTION: The multipurpose alarm system is characterized by comprising a guard system(100) to watch a guard zone; and a management system(200) to manage the guard system wherein the guard system consists of multiple cameras(10), multiple lighting parts(12), multiple actuators(14), a camera selector(30), an image signal treatment part(44), a lighting control part(32), an actuator control part(34), multiple sound sense parts(18), a voice signal treatment part(38), multiple speakers(20), a voice signal production part(40), multiple infiltration sensors, a sensor signal treatment part(36), a door switch(22), a door control part(42), a first modem(55) and a first control part(50) and the management system consists of a second modem(60), a monitor(84), an alarm machine(86), a caller(88), an RF transformer(90), an operation part(80), a microphone(94) and a memory(82).

Description

Multi-purpose Alarm System

The present invention relates to a multi-purpose alarm system, and more particularly to a multi-purpose alarm system that can monitor and prevent intrusion by using voice and video information at a remote location.

In general, in order to guard company buildings or warehouses, various sensors and cameras for detecting intruders are installed and connected to a monitor installed in a management room to monitor a site remotely.

However, the existing surveillance system has a system that detects the intrusion of the site with a sensor and notifies the voice stored in the private security company or the police station, but because it cannot know the details of the site in detail, it may be malfunctioned or operated by mistake, or the inside of the site. There is a problem, such as hassle, manpower and time wasted due to the operation of the small changes (movement of animals such as mice or cats).

The present invention is to solve the problems of the conventional alarm system as described above, by integrating all the alarms that can determine whether the site intrusion can monitor a plurality of areas specified as the monitoring area in detail audio and visual. Multi-purpose alarm system that can intrude invaders to prevent intrusion accidents in advance, and to arrest intruders by remote control of doors, and to store the date and time by video of the situation at the same time and use them as evidence. The purpose is to provide.

1 is a block diagram showing the configuration of a multi-purpose alarm system according to the present invention.

2 is a system construction diagram of the present invention.

Explanation of symbols on the main parts of the drawings

10 camera 12 lighting unit

14 actuator 16 sensor

18: voice sensor 20: speaker

22: door opener 30: camera selector

32: lighting control unit 34: actuator control unit

36: sensor signal processing unit 38: voice signal processing unit

40: voice signal playback unit 42: door opening and closing portion

44: image signal processing unit 50: first control unit

55: first modem 60: second modem

70: second control unit 80: operation unit

82: memory 84: monitor

86: alarm 88: pager

90: RF Converter 92: TV Monitor

94: microphone

In order to achieve the above object, the present invention is to shoot a plurality of areas designated as the surveillance area, a plurality of cameras capable of visible and infrared region imaging; A plurality of lighting units for irradiating a subject with infrared rays, which are visible light and invisible light, to the subject as illumination for photographing the camera; A plurality of actuators for controlling the direction of the camera and the lighting unit; A camera selector capable of selecting any one of the plurality of cameras; An image signal processing unit which processes the image signal of the camera selected by the camera selector into a digital signal, converts the image signal into a compressed image signal, and outputs the compressed image signal; An illumination controller for controlling lighting of the illumination unit; An actuator controller for controlling driving of the actuator; A plurality of sound detectors for detecting sounds generated in a plurality of areas designated as a tapping area; A voice signal processor converting signals output from the plurality of sound detectors into digital signals; A plurality of speakers installed in a plurality of monitoring areas and capable of alert broadcasting; A voice signal reproducing unit for reproducing and outputting voice signals output to the plurality of speakers; A plurality of intrusion detection sensors installed in the monitoring area and detecting the intrusion situation of the intruder by a plurality of methods; A sensor signal processor configured to convert signals output from the plurality of intrusion detection sensors into digital signals and output the digital signals; A door opener for opening and closing various doors; A door controller for driving the door opener; A first modem for communicating with another system through communication; Receives an image signal input from the image signal processing unit, controls the lighting unit through the lighting control unit, controls the actuator through the actuator control unit, receives various sensor signals input through the sensor signal processing unit, and through the audio signal processing unit Receives an input voice signal, outputs a voice signal output from the speaker to the voice signal reproducing unit, performs the opening and closing control of the door switch through a door control unit, and controls to connect to another system through the first modem A monitoring system comprising a first control unit to perform;

A second modem for communicating with the monitoring system; A monitor for displaying a scene photographed by the camera; An alarm for generating an alarm when an intruder is found to be invaded by the monitoring system; A pager for automatically calling a bodyguard when the alarm operates; An RF converter converting the image displayed through the monitor into a wireless television frequency signal for viewing on an external TV monitor; An operation unit capable of controlling operation of the monitoring system and various equipments; A microphone for inputting a voice signal of a manager; It provides a multi-purpose alarm system comprising a management system consisting of a memory for storing the data collected by the camera and the sound detection unit and the operating data of the system.

(Example)

The configuration and operation of the multi-purpose alarm system according to the present invention will be described in detail through one embodiment of the present invention.

1 is a block diagram showing the configuration of a multi-purpose alarm system according to the present invention.

Multi-purpose alarm system according to the present invention includes a monitoring system for monitoring a surveillance area; It is constructed as a management system 200 for collectively managing the plurality of monitoring system 100, in some cases the monitoring system 100 and the management system 200 in various ways as shown in FIG. Can be built and operated

In other words, one monitoring system 100 to one management system 200 as shown in FIG. 2A, and one monitoring system 100 to multiple management systems 200 as shown in FIG. 2B. , A plurality of monitoring systems 100 to one management system 200 as shown in FIG. 2C, a plurality of monitoring systems 100 to a plurality of management systems 200 as shown in FIG. 2D, etc. It can be built and operated.

To this end, the surveillance system 100, as shown in Figure 1, to photograph a plurality of areas designated as the surveillance area, a plurality of cameras 10 and the visible light region and the infrared region can be photographed; A plurality of lighting units 12 for irradiating a subject with infrared light, which is visible light and invisible light, to the subject as illumination for photographing the camera 10; A plurality of actuators 14 for controlling the directions of the camera 10 and the lighting unit 12; A camera selector 30 capable of selecting any one of the plurality of cameras 10; An image signal processor 44 for processing the image signal of the camera selected by the camera selector 30 into a digital signal, converting the image signal into a compressed image signal, and outputting the compressed image signal; An illumination control unit 32 controlling the lighting of the illumination unit 12; An actuator controller 34 for controlling the driving of the actuator 14; A plurality of sound detectors 18 for detecting sounds generated in a plurality of regions designated as the interception zone; A voice signal processor 38 for converting the signals output from the plurality of sound detectors 18 into digital signals; A plurality of speakers 20 installed in a plurality of monitoring areas and capable of alert broadcasting; A voice signal reproducing unit 40 for reproducing and outputting voice signals output to the plurality of speakers 20; A plurality of intrusion detection sensors (16) installed in the monitoring area and detecting in a plurality of ways to detect an intruder's intrusion situation; A sensor signal processor 36 for converting and outputting signals output from the plurality of intrusion detection sensors into digital signals; A door opener 22 for opening and closing various doors; A door control unit 42 for driving the door opening and closing unit 22; A first modem 55 which connects with another system through communication; Receives an image signal input from the image signal processor 44, controls the lighting unit 12 through the lighting control unit 32, controls the actuator 14 through the actuator control unit 34, and the sensor signal processing unit ( 36 receives various sensor signals input through the voice signal, receives a voice signal input through the voice signal processor 38, and outputs a voice signal output to the speaker 20 to the voice signal reproducing unit 40. The first control unit 50 performs the opening and closing control of the door opener 22 through the door control unit 42, and performs the control to connect with another system through the first modem 55.

As shown in FIG. 1, a management system 200 capable of operating and managing the monitoring system 100 includes: a second modem 60 connected to the monitoring system 100 in communication; A monitor 84 for displaying a scene photographed by the camera 10; An alarm 86 for generating an alarm when the intrusion of an intruder is detected by the monitoring system 100; A pager 88 for automatically calling a bodyguard when the alarm 86 is operated; An RF converter (90) for converting and outputting an image displayed through the monitor (84) into a wireless television frequency signal for viewing by an external TV monitor (92); An operation unit 80 capable of controlling operation of the monitoring system 100 and various facilities; A microphone 94 for inputting a manager's voice signal; The memory 10 stores data collected by the camera 10 and the sound detector 18 and operational data of the system.

Here, the plurality of sensors 16 must be operated by combining a combination of most of the sensors that can be used as a sensing sensor, such as infrared sensors, ultrasonic sensors, contact sensors, mass sensors.

In addition, by analyzing the image data using an artificial intelligence method using the image data photographed through the camera 10, it is possible to determine whether an intruder is invading. In this case, it is operated in combination with the sensor to prevent a malfunction.

The alarm 86 generates an alarm when an intruder is found, and is constructed of a warning light and a buzzer to generate an alarm visually.

The pager 88 is to call a security guard when an intruder intrudes, and automatically calls a communication means (wired telephone, mobile telephone, wireless pager, etc.) held by the security guard to inform the intrusion fact.

The RF converter 90 and the TV monitor 92 enable monitoring in places other than the limited place where the management system 200 is constructed.

The microphone 94 is intended to allow an intruder to broadcast an alert at the place where the management system 200 is constructed.

Multi-purpose alarm system according to the present invention configured as described above by operating the camera 10, the sensor 16, the sound detection unit 18, etc. in combination with the monitoring area to determine the fact of intrusion from multiple angles to prevent malfunction, Data from intrusion times is stored in memory for use as evidence.

And, according to the present invention, as shown in FIG. 2, one monitoring system to one management system (see FIG. 2A), one monitoring system to a plurality of management systems (FIG. 2B), and a plurality of monitoring systems are shown. Since the system can be constructed and operated in various ways, such as a single management system (FIG. 2C), a plurality of monitoring systems, and a plurality of management systems (FIG. 2D), there is an excellent system scalability.

The multi-purpose alarm system according to the present invention made as described above can be operated in various ways depending on the usage method by judging the fact of intrusion without malfunction by operating multiple types of sensors in combination, and individualizing the monitoring system and the management system. Excellent system scalability provides the effect of simplifying the operation of the security system.

In the above, the present invention has been described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and the present invention is not limited to the scope of the present invention. Various changes and modifications can be made by the user.

Claims (2)

A plurality of cameras 10 for photographing a plurality of areas designated as a surveillance area, and capable of photographing visible and infrared regions; A plurality of lighting units 12 for irradiating a subject with infrared light, which is visible light and invisible light, to the subject as illumination for photographing the camera 10; A plurality of actuators 14 for controlling the directions of the camera 10 and the lighting unit 12; A camera selector 30 capable of selecting any one of the plurality of cameras 10; An image signal processor 44 for processing the image signal of the camera selected by the camera selector 30 into a digital signal, converting the image signal into a compressed image signal, and outputting the compressed image signal; An illumination control unit 32 controlling the lighting of the illumination unit 12; An actuator controller 34 for controlling the driving of the actuator 14; A plurality of sound detectors 18 for detecting sounds generated in a plurality of areas designated as a tapping area; A voice signal processor 38 for converting the signals output from the plurality of sound detectors 18 into digital signals; A plurality of speakers 20 installed in a plurality of monitoring areas and capable of alert broadcasting; A voice signal reproducing unit 40 for reproducing and outputting voice signals output to the plurality of speakers 20; A plurality of intrusion detection sensors (16) installed in the monitoring area and detecting in a plurality of ways to detect an intruder's intrusion situation; A sensor signal processor 36 for converting and outputting signals output from the plurality of intrusion detection sensors into digital signals; A door opener 22 for opening and closing various doors; A door control unit 42 for driving the door opening and closing unit 22; A first modem 55 for connecting to another system through communication; Receives an image signal input from the image signal processor 44, controls the lighting unit 12 through the lighting control unit 32, controls the actuator 14 through the actuator control unit 34, and the sensor signal processing unit ( 36 receives various sensor signals input through the voice signal, receives a voice signal input through the voice signal processor 38, and outputs a voice signal output to the speaker 20 to the voice signal reproducing unit 40. Monitoring system comprising a first control unit 50 to control the opening and closing of the door opening and closing 22 through the door control unit 42, and to control the connection to other systems through the first modem (55). 100; A second modem (60) for communicating with the monitoring system (100); A monitor 84 for displaying a scene photographed by the camera 10; An alarm 86 for generating an alarm when an intruder is found to be invaded by the monitoring system 100; A pager 88 for automatically calling a bodyguard when the alarm 86 is operated; An RF converter (90) for converting and outputting an image displayed through the monitor (84) into a wireless television frequency signal for viewing by an external TV monitor (92); An operation unit 80 capable of controlling operation of the monitoring system 100 and various facilities; A microphone 94 for inputting a manager's voice signal; Multi-purpose alarm system, characterized in that the management system consisting of a memory (82) for storing the data collected by the camera (10) and the sound sensor (18) and the operating data of the system. The method according to claim 1, wherein in the method of operating the monitoring system and the management system, one monitoring system to one management system (see FIG. 2A), one monitoring system to a plurality of management systems (FIG. 2B), Multi-purpose alarms with exceptional system scalability by building the system in a number of ways, including multiple surveillance systems versus one management system (Figure 2C), multiple surveillance systems versus multiple management systems (Figure 2D) system.