KR101377184B1 - Safety and disaster prevention system by using mobile communication network - Google Patents

Abstract

The present invention relates to a safety and disaster prevention system using a mobile communication network. The present invention provides a safety and disaster prevention system using a mobile communication network, which comprises: an image providing unit for providing image information about a shadow area; a sensor unit for detecting a person or a car that enters the shadow area; an image reading unit for reading the image information provided through the image providing unit to read the occurrence of a catastrophe, a disaster, and other accidents; a monitoring control unit for controlling the safety and disaster prevention system and processing signals transmitted from the image providing unit and the sensor unit; a data transceiving unit connected to a mobile communication network according to the control of the monitoring control unit to perform communication for data transmission and reception; image and voice output units for receiving an image signal, a voice signal, and a sensing signal from the image providing unit and the sensor unit according to the control of the monitoring control unit to provide the received signals to the person located in the shadow area; an emergency alarm unit for allowing a witness, a victim, or a sufferer, who witnesses a disaster such as a forest fire or a night crime or accident first, to directly report the disaster, crime, or accident in the event of the disaster, crime, or accident in order for the person located in the shadow area to directly inform the state of the shadow area; and a power generation unit consisting of wind power generation and photovoltaic modules to generate power required to drive the safety and disaster prevention system by itself and having a built-in sealed battery for storing the generated power. [Reference numerals] (210) Image providing unit; (220) Sensor unit; (222) Monitoring sensor; (224) Temperature and humidity sensor; (226) Infrared sensor; (230) Image reading unit; (240) Monitoring control unit; (250) Data transceiving unit; (260) Image output unit; (270) Voice output unit; (280) Emergency alarm unit; (290) Memory unit; (300) Power generation unit

Description

Safety and disaster prevention system by using mobile communication network

The present invention relates to a safety and disaster prevention system using a mobile communication network. More specifically, it is equipped with a fire detection algorithm that detects fires such as forest fires, and when a fire occurs, it is notified to the fire situation room using a mobile communication network or a wired / wireless internet network. As soon as the response is made, as well as the safety and disaster prevention system using a mobile communication network that can prevent accidents and disasters in the shadow area not caught by the camera.

In general, a system for monitoring a disaster in case of a disaster such as a fire, an earthquake, a flood or a tsunami, generating an alarm sound when a disaster occurs, or using a specific communication infrastructure to send a disaster notification and evacuation message, etc. It is widely used.

In this case, as a method of monitoring a specific area, a method of acquiring and analyzing image information by installing a camera in a fixed place of a corresponding area is mainly used.

However, in the above method, since only a certain area in which a fixed camera is installed can be photographed, the monitoring section is limited and a blind spot is not caught by the camera.

As an alternative, it is possible to divide the area and install a large number of cameras in each divided area. However, in this case, it is expensive to install, maintain, and manage the camera. It can not be installed indefinitely, there is a problem that is difficult to apply.

In addition, in the related art, wired communication or a single type of wireless communication network is used to transmit and receive disaster information. When a used wireless communication network is destroyed along with a disaster or the communication environment becomes poor, it is difficult to transmit and receive disaster information itself. There is a problem that can not cope quickly.

Accordingly, Republic of Korea Patent No. 1244786 (2013.03.12.) Has disclosed a disaster information communication system and method.

This prior art document analyzes the image information of the current moving or stationary area to detect the occurrence of a disaster, and if a disaster is detected, searches for a neighboring wireless communication network, and if there is an accessible WLAN network among the found wireless communication networks. A user terminal that preferentially accesses a WLAN network and accesses a network having the highest signal strength among WCDMA, WiBro, and LTE when there is no accessible WLAN network, and transmits disaster information including image information and location information of a disaster occurrence area; It comprises a disaster management server that receives the disaster information and provides it to the relevant institutions, the user terminal detects the occurrence of a disaster on the basis of the photographing unit for obtaining the image information, the image processing unit for analyzing the image information, and the analysis result Disaster detection unit, GPS receiver for receiving location information from the GPS satellite when a disaster is detected and I When the generation is detected, is configured to include a communication unit for searching the surrounding wireless communication network, and transmits the emergency information after the connection by selecting a particular wireless communication network of the searched wireless communication network.

However, the disaster information communication system according to the prior art has a problem in that it is not easy to cope with disaster detection of general civilians since it is impossible to detect a disaster when the user terminal is not carried.

In addition, the disaster information communication system according to the prior art detects the disaster according to the critical region of the color gamut, such as red, green and blue, the acquired image information, monitoring the surrounding environment, safety accident monitoring of tourists such as hikers, visitors, There was a problem in that it could not perform a function such as crime prevention surveillance for crime prevention in the shadow area.

(Patent Document 1) Republic of Korea Registered Patent No. 1244986 (March 12, 2013)

In order to solve such a problem, the present invention is installed in a shaded area such as a blind spot that is not caught by the camera, that is, a shaded area such as a blind spot that is not caught by the camera, for each divided area such as a mountainous area or a coast. Its purpose is to safeguard and prevent disasters.

In addition, the present invention is equipped with a fire detection algorithm for detecting a fire, such as a forest fire to notify the fire situation room using a mobile communication network or wired or wireless Internet network when a fire occurs, by selecting a fire alarm, crime prevention alarm through a real-time video monitoring function The purpose of the notification is not only to respond promptly but also to prevent accidents and disasters in shadowed areas that are not caught by the camera.

In addition, the present invention constitutes a surveillance system to prevent safety and disasters, as well as disasters such as floods, flooding of valleys due to rainy season, flooding and fires such as wildfires, as well as wildlife protection, environmental monitoring, hikers and visitors. Its purpose is to provide a safety and disaster prevention system that can monitor the safety accidents of tourists and crime prevention surveillance for crime prevention in shadowed areas.

According to an aspect of the present invention, there is provided a safety and disaster prevention system using a mobile communication network, the image providing unit providing image information of a shadow area; A sensor unit configured to monitor a person entering the shaded area or a vehicle; An image reading unit which reads image information provided through the image providing unit and reads whether a disaster, disaster and various safety accidents have occurred; A monitoring controller which controls the safety and disaster prevention system and processes signals transmitted from an image providing unit and a sensor unit; A data transmitting / receiving unit connected to a mobile communication network to perform data transmission / reception under the control of the monitoring controller; A video and audio output unit for receiving video signals, audio signals, and detection signals provided from an image providing unit and a sensor unit and providing the same to those who are located in a shaded area under the control of the monitoring controller; An emergency alarm unit configured to directly report the condition of the shadowed area by directly witnessing, distressing or victims who first witnessed a disaster such as a forest fire, night security and safety accidents; It is composed of wind power and photovoltaic modules to produce power required for driving safety and disaster prevention system, and safety using mobile communication network, characterized in that it includes a power generation unit containing a sealed battery that stores the generated power. And a disaster prevention system.

In addition, in the present invention, the image providing unit is configured to be rotated 360 degrees to obtain the omni-directional image information of the shadow area to monitor the scene of the shadow area in real time, and to monitor the recording material by recording in real time 24 hours Provides a safety and disaster prevention system using a mobile communication network, characterized in that provided at the request of.

In addition, in the present invention, the sensor unit shades the monitoring sensor for monitoring a person or vehicle entering the shaded area, a temperature and humidity sensor for detecting the temperature and humidity around the shaded area and the wild animal to emerge in the shaded area It provides a safety and disaster prevention system using a mobile communication network comprising an infrared sensor to prevent damage to the area or threaten the safety of people located in the shadowed area.

In addition, in the present invention, the infrared sensor has a detection distance of 10 meters in the long distance, 10 meters in the outdoors, and produced by the near-infrared light blocking method has a response speed of 50 ~ 500mS, the optical axis adjustment is 180 degrees in the horizontal direction, vertical It provides a safety and disaster prevention system using a mobile communication network, characterized in that configured to support 20 degrees in the direction.

Also, in the present invention, the image reading unit compares and analyzes the various signals detected by the sensor unit and the image information provided by the image providing unit to determine whether the image information transmitted from the image providing unit is image information related to the disaster or safety It provides a safety and disaster prevention system using a mobile communication network, characterized in that to read and classify whether the image information is a dangerous exposure of accidents or crimes to transmit to the monitoring control.

In addition, in the present invention, the monitoring controller classifies the image information read by the image reading unit in the event of a disaster and disaster, or a safety accident and crime prevention through the data transmission and reception unit at least one of the forest fire comprehensive situation room, forestry agency, disaster situation room, police station It provides a safety and disaster prevention system using a mobile communication network, characterized in that provided to the above-mentioned related organizations.

In addition, in the present invention, the monitoring control unit detects whether the detection signal detected by the sensor unit is a monitoring signal by a person or a vehicle entering the shadow area, a signal for temperature and humidity around the shadow area, or a safety accident prevention signal It provides a safety and disaster prevention system using a mobile communication network to determine whether or not to recognize, and to be transmitted first to the relevant institutions closely related to the signal according to the type of the identified signal.

In addition, in the present invention, the monitoring control unit after the first transmission is completed to the relevant organization that is closely related to the type of the signal identified, by providing information about the signal detected through the video output unit and the audio output unit to prompt response is made. It provides a safety and disaster prevention system using a mobile communication network.

In addition, in the present invention, the surveillance controller is a safety and disaster using a mobile communication network, characterized in that for transmitting the video signal transmitted from the image providing unit and the image reading unit in the form of a snapshot with the signal transmitted from the sensor unit. Provide a prevention system.

In addition, in the present invention, the monitoring control unit first transmits to the related organization in the form of a text message during the operation of the emergency alarm unit, and if there is a request for image information from the related organization, the video for safety accidents and crime prevention accidents Provides a safety and disaster prevention system using a mobile communication network, characterized in that by transmitting information provided.

In addition, in the present invention, the image output unit is composed of any one of the LCD display device or LED signboard to output a schedule related to the forest fire period, mountain settlement period, holiday season, festival period, weather information, life such as music broadcasting Provides a safety and disaster prevention system using a mobile communication network characterized in that the output information.

In addition, in the present invention, the emergency alarm unit transmits an emergency emergency signal to the data transmission and reception unit during the emergency operation, and the data transmission and reception unit transmits this signal to all the related organizations through the mobile communication network so that quick response can be made. It provides a safety and disaster prevention system using a mobile communication network.

In addition, in the present invention, the emergency alarm unit sends a emergency emergency signal to the monitoring control unit during emergency operation, the monitoring control unit continuously checks whether the data transmission and reception unit is connected to the mobile communication network, and stores the operating time of the emergency alarm unit It provides a safety and disaster prevention system using a mobile communication network.

In addition, in the present invention, the safety and disaster prevention system includes a memory unit for storing various signals transmitted to the monitoring control unit, and stores the time these signals are transmitted so that rapid follow-up actions for safety and method accidents are made. It provides a safety and disaster prevention system using a mobile communication network.

In addition, in the present invention, the memory unit schedule information provided by the relevant institutions such as forest fire period, mountain designation period, holiday period, festival period, weather information such as today's weather, weekly weather, life information such as music broadcasting Provided is a safety and disaster prevention system using a mobile communication network that is stored and automatically transmitted to the monitoring control unit according to a preset output time to be output.

In the present invention, the mobile communication network is a WLAN (Wireless LAN) scheme defined by the international communication standard IEEE 802.11.a / b / g, commonly used as Wireless-Fidelity (Wi-Fi), and Wideband Code Division Multiplex (WCDMA). Provides a safety and disaster prevention system using a mobile communication network, characterized in that any one of Access), WiBro (Wireless Broadband), LTE (Long Term Evolution).

According to the present invention, for each divided area such as mountains, coasts, etc., installed in a shadow area such as a blind spot where the camera is not installed, i.e., a blind spot where the camera is not installed, safety management of the shadow area in real time for 24 hours. And disasters can prevent the occurrence of disasters.

In addition, according to the present invention, by detecting a fire, such as a forest fire and notify to the fire situation room, through the real-time video monitoring function to select a fire alarm, crime prevention alarm and notifications are made quickly, as well as not caught in the camera It is effective to prevent accidents and disasters in the shaded area.

In addition, according to the present invention, by configuring a surveillance system to prevent safety and disasters, as well as disasters such as floods, flooding of valleys due to rainy season, flooding and fires such as wildfires, wildlife protection, environmental monitoring, hikers For example, it is possible to monitor the safety accidents of tourists such as visitors, and to monitor crimes to prevent crimes in shadowed areas.

1 is a configuration diagram schematically showing a safety and disaster prevention system using a mobile communication network according to an embodiment of the present invention,
2 is a view showing a safety and disaster prevention system using a mobile communication network according to a preferred embodiment of the present invention,
3 is a block diagram illustrating a safety and disaster prevention system using a mobile communication network according to a preferred embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to designate the same or similar components throughout the drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

1 is a schematic view showing a safety and disaster prevention system using a mobile communication network according to a preferred embodiment of the present invention, Figure 2 is a view showing a safety and disaster prevention system using a mobile communication network according to a preferred embodiment of the present invention 3 is a block diagram showing a safety and disaster prevention system using a mobile communication network according to a preferred embodiment of the present invention, Figure 4 is a monitoring showing a safety and disaster prevention system using a mobile communication network according to a preferred embodiment of the present invention Flowchart.

As shown, the safety and disaster prevention system 200 of the present invention is installed in a shaded area, such as a blind area not caught by the camera, in areas other than the monitored area where the camera is installed in each divided area such as a mountainous region or a coast. It is a surveillance system for safety management and disaster prevention of the shadow area in real time 24 hours.

The safety and disaster prevention system 200 includes an image providing unit 210 providing image information of a shaded area, a person entering a shaded area, a sensor unit 220 for monitoring a vehicle, and an image providing unit 210. Image reading unit 230 to read the image information provided through the forest fire, flood, valley flooding and various safety accidents occur, monitoring controller 240 for controlling the safety and disaster prevention system 200, mobile communication network Data transmission and reception unit 250 is a communication for transmitting and receiving data, video and audio output unit (260, 270) for outputting various types of information to the people located in the shadow area to provide video and audio, people located in the shadow area in case of emergency Emergency alarm unit 280 configured to inform the state of the shaded area directly, the memory unit 290 is stored information transmitted and received through the data transmission and reception unit 250 and safety and disaster prevention It is configured to include a power generation unit 300 for producing the power required to drive the system 200 itself.

Image providing unit 210 is composed of a conventional camera or CCTV to provide the image information of the shadow area corresponding to the area that can not be obtained by the existing camera installed in the mountain or coast, the omnidirectional image information of this shadow area It is configured to rotate 360 degrees to obtain a real-time monitoring of the scene of the shadow area.

The image providing unit 210 is composed of a dome camera to transmit the image information in Full D1 resolution, and is configured to perform the function of the optical 27x zoom when shooting the image. It also supports IP67 dust and water resistance, composite video output and two-way audio, as well as support for motion monitoring, video data transfer to an FTP server and fog correction, and an external memory SD card.

In addition, the image providing unit 210 of the present invention is configured to record 24 hours in real time to store in an external memory SD card, and at the same time provide the recording data at the request of the monitoring control unit 240.

The sensor unit 220 detects that the surveillance sensor 222 monitors a person or a vehicle entering a shaded area, a temperature / humidity sensor 224 that detects temperature and humidity around the shaded area, and a wild animal emerges into the shaded area. It is configured to include an infrared sensor 226 to prevent damage to the shadowed area or to threaten the safety of people located in the shadowed area.

Here, the infrared sensor 226 is composed of an outdoor two-beam infrared sensor, the detection distance is 10 meters out of time, 10 meters in the outdoors, and manufactured by a near-infrared light blocking method has a response speed of 50 ~ 500mS, optical axis adjustment It is configured to support 180 degrees in the horizontal direction and 20 degrees in the vertical direction.

The image reading unit 230 reads the image information transmitted from the image providing unit 210 to determine whether the image information is information such as a fire, a fire, a flood, a flood of a valley, or a person located in a shaded area. This is a component that reads whether or not a safety accident occurs.

The image reading unit 230 compares and analyzes various signals detected by the sensor unit 220 and image information in association with the monitoring control unit 240 so that the image information transmitted from the image providing unit 210 is related to the disaster. Information is read or classified whether the image information is a risk exposure or a safety accident or crime prevention to transmit to the monitoring control unit 240.

The monitoring control unit 240 is a component that processes the signals transmitted from the image providing unit 210 and the sensor unit 220 in conjunction with and controls each component constituting the safety and disaster prevention system 200.

The monitoring control unit 240 according to the image information read by the image reading unit 230 in the event of a disaster and disaster, or a safety accident and crime prevention through the data transmission and reception unit 250 among the forest fire situation situation room, forestry agency, disaster situation room, police station It is to be provided to at least one associated organ (104).

In addition, the monitoring control unit 240 is whether the detection signal detected by the sensor unit 220 is a monitoring signal by a person or a vehicle entering the shadow area, a signal for temperature and humidity around the shadow area, or the infrared sensor 226 Determine whether the safety accident prevention signal is transmitted from the), and according to the type of the identified signal to be transmitted first to the relevant authority 104 close to the signal, and then the image output unit 260 and audio output unit 270 ) To provide information about the identified signal.

When the signal transmitted from the sensor unit 220 and the image information transmitted from the image reading unit 230 are transmitted, the monitoring controller 240 controls the data transmitting / receiving unit 250 to be connected to the mobile communication network.

In addition, when it is confirmed that the data transmitting / receiving unit 250 has completed the connection with the mobile communication network, the monitoring control unit 240 includes the image providing unit 210 and the image reading unit 230 together with the signal transmitted from the sensor unit 220. Transmitting video signals transmitted in the form of snapshots, or first sending an emergency alarm in the form of a problem message, and if there is a request for video information from the relevant authority 104, for safety accidents and crime prevention accidents Send and provide video information.

The data transmission / reception unit 250 is connected to the monitoring control unit 240 and under the control of the monitoring control unit 240 to communicate with the mobile communication network 102 or wired / wireless internet network for data transmission and reception of the monitoring control unit ( As a component for transmitting the data transmitted from the 240 to the associated organization 104, it is configured to be connected to the mobile communication network 102 in accordance with the transmission signal of the monitoring control unit 240 to transmit and receive data.

Here, the mobile communication network 102 of the present invention is a WLAN (Wireless LAN) scheme defined by the international communication standard IEEE 802.11.a / b / g, commonly used as Wi-Fi (Wireless-Fidelity), and WCDMA (Wideband Code Division Multiple). Access), WiBro (Wireless Broadband), and LTE (Long Term Evolution) scheme may be included.

The image output unit 260 is a component that receives and outputs an image signal and a detection signal provided from the image providing unit 210 and the sensor unit 220 from the monitoring control unit 240, and includes an LCD display device and an LED display panel. It is composed.

Here, the image output unit 260 presets a desired schedule by the associated institution 104 such as a forest fire period, a mountain settlement period, a holiday period, a festival period, and the like through any one of an LCD display device or an LED signboard. When it is done, it is configured to automatically output by converting, it is configured to output weather information such as today's weather, weekly weather, life information such as music broadcasting.

In this case, the image output unit 260 receives the data related to the above-described schedule through the monitoring control unit 240 is output, of course. In addition, the data related to the schedule is preferably stored in the memory 290, but is not limited thereto. The data related to the schedule may be provided from the related organization 104 through the data transceiver 250.

In addition, the data related to the above-described schedule is preferably configured to allow the user to modify the content to be displayed at a remote location according to the installation place.

In addition, the image output unit 260 of the present invention preferably facilitates identification of a character or an image even in the afternoon with strong sunlight through a sun shade.

In addition, the image output unit 260 is configured to output the detection signal detected by the sensor unit 220 in the form of a character under the control of the monitoring control unit 240.

The audio output unit 270, like the image output unit 260, receives signals for safety accidents and crime prevention incidents provided by the image providing unit 270 and the sensor unit 220 under the control of the monitoring control unit 240. Output component.

The voice output unit 270 includes a power on / off function, a volume control function, a recording function, and a password setting function for preventing malfunction due to a random setting.

In addition, the voice output unit 270 of the present invention is configured to output voice information related to the safety accident and crime prevention broadcast through the LCD display device of the image output unit 260.

The emergency alarm unit 280 may directly report the first discoverer who discovered a fire, such as a wildfire, a nighttime crime prevention and safety accident, a witness, a distress person, or a victim who first witnessed a crime and safety accident. It is the component that makes it possible.

The emergency alarm unit 280 transmits a signal to the monitoring controller 240 and the data transmission / reception unit 250 at the same time when the user operates the emergency emergency, and the data transmission / reception unit 250 transmits the signal to the mobile communication network. Through all transmissions to the relevant institutions 104 is configured to make a quick response.

At this time, the monitoring control unit 240 continuously checks whether the data transmission / reception unit 250 is connected to the mobile communication network, and stores the operation time of the emergency alarm unit 280 in the memory unit 290 and associates it with the report time. By storing up to the response time of the institution 104, in the event of an accident, the data is stored so that quick follow-up can be made.

The memory unit 290 stores various signals transmitted to the monitoring control unit 240, and stores the time at which these signals are transmitted so that rapid follow-up actions for safety and method accidents are made, and the image output unit 260 and The living information output through the voice output unit 270 is stored and automatically transmitted to the monitoring control unit 240 according to a preset output time to output.

Power generation unit 300 is a wind power generation and photovoltaic module is configured to produce the power required to drive the safety and disaster prevention system 200 of the present invention itself.

The power generation unit 300 is used to supply power even in mountains or valleys that are not powered by using a solar module, and is a built-in sealed battery that stores the power generated from wind power and solar modules.

The safety and disaster prevention system 200 of the present invention configured as described above has a blind spot which is not caught in an area other than a monitoring target area in which the image providing unit 210 is installed for each divided region such as a mountainous region or a coast. Installed in a shaded area such as a zone, it is possible to prevent safety management and disaster disaster occurrence of the shaded area for 24 hours in real time, detect a fire such as a forest fire, notify the related institution 104 such as a fire situation room, and monitor real-time video. Through the function, the fire alarm and crime prevention alarm can be selected and promptly dealt with as the notification is made, as well as to prevent safety accidents and disasters in shadowed areas not caught by the image providing unit 210, and to prevent safety and disasters. In order to configure the surveillance system 200 in order to prevent disasters such as floods, flooding due to rainy season, flooding and fire such as wildfire, The security monitor for the protection, environmental monitoring, hikers, tourists, such as the monitoring of the safety of visitors, crime prevention shaded area is available invention.

The foregoing description is merely illustrative of the technical idea of the present invention and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas falling within the scope of the same shall be construed as falling within the scope of the present invention.

210: image providing unit 220: sensor unit
230: image reading unit 240: monitoring control unit
250: data transceiver 260: video output unit
270: voice output unit 280: emergency alarm unit
290: memory unit 300: power generation unit

Claims (16)

In the disaster prevention system using a mobile communication network,
Image providing unit for providing the image information of the shadow area;
A sensor unit configured to monitor a person entering the shaded area or a vehicle;
An image reading unit which reads image information provided through the image providing unit and reads whether a disaster, disaster and various safety accidents have occurred;
A monitoring controller which controls the safety and disaster prevention system and processes signals transmitted from an image providing unit and a sensor unit;
A data transmitting / receiving unit connected to a mobile communication network to perform data transmission / reception under the control of the monitoring controller;
A video and audio output unit for receiving video signals, audio signals, and detection signals provided from an image providing unit and a sensor unit and providing the same to those who are located in a shaded area under the control of the monitoring controller;
An emergency alarm unit configured to directly report the condition of the shadowed area by directly witnessing, distressing or victims who first witnessed a disaster such as a forest fire, night security and safety accidents;
Power generation department, which consists of wind power and solar modules, and a sealed battery in which the generated power is stored, to produce the power required to drive safety and disaster prevention systems.
Disaster prevention system using a mobile communication network comprising a.
The method of claim 1,
The image providing unit is configured to be rotated 360 degrees to obtain the omnidirectional image information of the shadow area to monitor the scene of the shadow area in real time, and to record in 24 hours in real time to provide the recording data at the request of the monitoring controller Disaster prevention system using a mobile communication network characterized in that.
The method of claim 1,
The sensor unit damages the shaded area by detecting a surveillance sensor for monitoring a person or a vehicle entering a shaded area, a temperature / humidity sensor that senses temperature and humidity around the shaded area, and wildlife coming into the shaded area. Disaster prevention system using a mobile communication network, characterized in that it comprises an infrared sensor to prevent the threat to the safety of people located in the shadow area.
The method of claim 3, wherein
The infrared sensor supports 10 meters long distance and 10 meters outdoor, and is manufactured by the near-infrared light blocking method and has a response speed of 50 to 500 mS, and the optical axis adjustment supports 180 degrees in the horizontal direction and 20 degrees in the vertical direction. Disaster prevention system using a mobile communication network, characterized in that the configuration.
The method of claim 1,
The image reading unit compares and analyzes various signals detected by the sensor unit and the image information provided by the image providing unit to determine whether the image information transmitted from the image providing unit is image information related to a disaster or exposure to a risk of safety accident or crime prevention. Disaster prevention system using a mobile communication network, characterized in that for reading and classifying whether the video information is made and transmitted to the monitoring control.
The method of claim 1,
The monitoring control unit classifies the image information read by the image reading unit in the event of a disaster and disaster or a safety accident and crime prevention through a data transmission and reception unit, and provides the image information to at least one related organization of a forest fire comprehensive situation room, a forestry agency, a disaster situation room, and a police station. Disaster prevention system using a mobile communication network characterized in that.
The method of claim 1,
The monitoring control unit detects and detects whether the detection signal detected by the sensor unit is a monitoring signal by a person or a vehicle entering the shaded area, a signal about temperature and humidity around the shaded area, or a safety accident prevention signal. Disaster prevention system using a mobile communication network, characterized in that the first transmission to the relevant institutions close to the signal according to the type of signal.
The method of claim 7, wherein
The monitoring control unit is a mobile communication network, characterized in that the rapid response is performed by providing information on the signal detected through the video output unit and the audio output unit after the first transmission is completed to the relevant organization closely related to the identified signal type. Disaster Prevention System.
The method of claim 1,
The monitoring control unit is a disaster prevention system using a mobile communication network, characterized in that for transmitting the video signal transmitted from the image providing unit and the image reading unit in the form of a snapshot with the signal transmitted from the sensor unit.
The method of claim 1,
The monitoring control unit first transmits to the related organization in the form of a text message during the operation of the emergency alarm unit, and if there is a request for video information from the related organization, transmits and provides video information on safety accidents and crime prevention accidents. Disaster prevention system using a mobile communication network characterized in that.
The method of claim 1,
The image output unit includes any one of an LCD display device or an LED signboard, and outputs a schedule related to a forest fire period, a mountain designation period, a holiday season, a festival period, and outputs living information such as weather information and music broadcasting. Disaster prevention system using a mobile communication network.
The method of claim 1,
The emergency alarm unit transmits an emergency emergency signal to the data transmission / reception unit during an emergency operation, and the data transmission / reception unit transmits this signal to all related organizations through the mobile communication network so that rapid response can be made. Disaster Prevention System.
The method of claim 1,
The emergency alarm unit transmits an emergency emergency signal to the monitoring control unit during an emergency operation, and the monitoring control unit continuously checks whether the data transmission / reception unit is connected to the mobile communication network, and stores the operating time of the emergency alarm unit. Disaster prevention system.
The method of claim 1,
The safety and disaster prevention system includes a memory unit for storing various signals transmitted to the monitoring control unit, and a memory unit for storing a time for transmitting these signals so that rapid follow-up actions for safety and method accidents are performed. Disaster prevention system.
15. The method of claim 14,
The memory unit stores predetermined information provided by related organizations such as a forest fire period, a mountain settlement period, a holiday period, a festival period, weather information such as today's weather, weekly weather, and life information such as music broadcasting, and a preset output time. Disaster prevention system using a mobile communication network to automatically transmit to the monitoring control unit according to the output.
The method of claim 1,
The mobile communication network includes a WLAN (Wireless LAN) method defined by the international communication standard IEEE 802.11.a / b / g, which is commonly used as Wi-Fi (Wireless-Fidelity), WCDMA (Wideband Code Division Multiple Access), and WiBro (Wireless Broadband). ), Disaster prevention system using a mobile communication network, characterized in that any one of the Long Term Evolution (LTE).

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