CN210348725U - Video monitoring and fire alarm linkage system - Google Patents
Video monitoring and fire alarm linkage system Download PDFInfo
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- CN210348725U CN210348725U CN201921612379.6U CN201921612379U CN210348725U CN 210348725 U CN210348725 U CN 210348725U CN 201921612379 U CN201921612379 U CN 201921612379U CN 210348725 U CN210348725 U CN 210348725U
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- CURLTUGMZLYLDI-UHFFFAOYSA-N Carbon dioxide Chemical compound O=C=O CURLTUGMZLYLDI-UHFFFAOYSA-N 0.000 claims description 24
- 230000008859 change Effects 0.000 claims description 21
- 230000002265 prevention Effects 0.000 claims description 16
- 238000012545 processing Methods 0.000 claims description 16
- 229910002092 carbon dioxide Inorganic materials 0.000 claims description 12
- 239000001569 carbon dioxide Substances 0.000 claims description 12
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- 230000005540 biological transmission Effects 0.000 claims description 5
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- 239000003960 organic solvent Substances 0.000 claims description 3
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- 230000000007 visual effect Effects 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 3
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Abstract
The utility model discloses a video monitoring and fire alarm linkage system, which comprises a linkage control host computer, a fire alarm control unit and a fire alarm control unit, wherein the linkage control host computer is used for analyzing fire data and controlling the operation of a fire extinguishing device and an auxiliary fire extinguishing device; the video monitoring device is used for monitoring a fire scene, transmitting fire video data to the linkage control host and accurately determining the position of a fire; the fire detection module is used for accurately detecting the occurrence of fire in various modes and transmitting fire data to the linkage control host; the fire alarm is used for giving out a fire alarm when a fire occurs, so that fire extinguishing measures can be taken conveniently in time; further through video monitoring device, the condition of a fire detection module, fire alarm, automatic fire extinguishing module and prevent that module and the coordinated control host computer of discharging fume are connected and are constituted complete control fire alarm system, realize accurate control conflagration scene to make accurate measure of putting out a fire, the broad rate of better control conflagration has improved the efficiency nature of putting out a fire, reduces economic loss and casualties greatly.
Description
Technical Field
The utility model belongs to the technical field of the fire control, specifically be a video monitoring and fire control warning linked system.
Background
With the continuous development of various buildings, the buildings are larger and larger in scale, higher in level and higher in building standard. The new-built buildings have the characteristics of dense personnel, advanced equipment, multiple functions, luxury decoration and the like, so that the automatic fire alarm and automatic fire extinguishing system becomes an indispensable important component of high-rise buildings. It is well known that the losses to mankind caused by building fires are enormous. The fire disaster often occurs in the places with dense crowd and concentrated material, the expansion speed is high, the fire fighting channels in the areas are often blocked, the fire fighting truck is difficult to enter, the fire fighting work is difficult to expand, and the small fire disaster often causes a large disaster. Therefore, the precaution work must be done according to the concept that' hidden danger is dangerous to open fire, prevention is better than relief, responsibility is more important than Taishan mountain, the fire-fighting design and construction can be strictly carried out according to the regulations of fire-fighting regulations, the fire spreading range can be limited, and the fire can be found and suppressed in time. With the rapid development of electronic technology and computer technology, the technology has been widely applied to fire alarm systems and fire extinguishing systems internationally. The existing newly-built building also widely adopts a fire-fighting automatic alarm system, namely changes of environmental parameters such as smoke, light, temperature and the like during fire are detected by corresponding detectors and then transmitted to a central processing host, whether the building is on fire or not is judged through rapid analysis of a computer, the fire-fighting automatic fire-extinguishing system is started, and the fire condition is controlled; starting an emergency broadcasting system and a crowd evacuation guiding system to enable people in the building to evacuate quickly; closing the fireproof rolling door to isolate the fire area; the smoke exhaust system is started to exhaust toxic gas, so that fire is controlled as far as possible, casualties are reduced, and property loss is reduced. The fire alarm system is an automatic fire-fighting equipment which can find and report the fire situation in time and adopt measures to control and extinguish the fire. To ensure the safety of personnel and equipment in a building and monitor the operation environment of the equipment at any time, advanced products with high reliability and low false alarm rate are required to be selected even if the investment is large.
The existing fire alarm system generally does not have the function of specifically and fully knowing the fire situation of a fire scene when extinguishing fire and does not know the accurate position of the fire, so that certain difficulty is brought to fire fighting, and the problem is solved by connecting the fire alarm system through video monitoring urgently.
SUMMERY OF THE UTILITY MODEL
The utility model aims to provide a: in order to solve the problems that a fire alarm system does not have the specific and sufficient understanding function on the fire situation of a fire scene and does not know the accurate position of the fire, a video monitoring and fire alarm linkage system is provided.
The utility model adopts the technical scheme as follows:
a video monitoring and fire alarm linkage system comprises a linkage control host, a video monitoring and fire alarm control host and a video monitoring and fire alarm control host, wherein the linkage control host is used for analyzing fire data and controlling the operation of a fire extinguishing device and an auxiliary fire extinguishing device;
the video monitoring device is used for monitoring a fire scene, transmitting fire video data to the linkage control host and accurately determining the position of a fire;
the fire detection module is used for accurately detecting the occurrence of fire in various modes and transmitting fire data to the linkage control host;
the fire alarm is used for giving out a fire alarm when a fire occurs, so that fire extinguishing measures can be taken conveniently in time;
the automatic fire extinguishing module is used for controlling multiple fire extinguishing modes to extinguish fire together so as to thoroughly extinguish a fire source;
and the smoke prevention and discharge module is used for controlling the discharge of smoke in a fire scene and reducing the harm of the smoke to human bodies.
The linkage control host comprises a mainboard, a central processing unit and a power supply, wherein the central processing unit is connected with a video monitoring device, a fire detection module, a fire alarm, an automatic fire extinguishing module and a smoke prevention and discharge module.
The video monitoring device comprises a fixed-point monitoring camera and a capturing monitoring camera, the fixed-point monitoring camera is used for monitoring fire in a designated area, and the capturing monitoring camera is used for capturing and shooting fire occurrence points.
The fire detection module comprises a temperature-sensitive detector, a smoke detector and a photosensitive detector.
The temperature-sensing detector can detect the change data of the field temperature when the fire occurs, and transmits the data to the linkage control host computer through the fire detection module, the smoke-sensing detector can detect the change data of the field smoke concentration when the fire occurs, and transmits the data to the linkage control host computer through the fire detection module, the photosensitive detector can detect the change data of the field brightness when the fire occurs, and transmits the data to the linkage control host computer through the fire detection module.
The fire alarm comprises an acoustic alarm and an acousto-optic alarm, wherein the acoustic alarm gives out an acoustic alarm when a fire occurs, and the acousto-optic alarm gives out an acoustic alarm and a flashing alarm simultaneously when the fire occurs.
Wherein, the automatic fire extinguishing module comprises a fire hydrant for fire extinguishing, a carbon dioxide for fire extinguishing and a dry powder for fire extinguishing.
The fire hydrant extinguishment is a fire extinguishing measure for automatically opening the fire hydrant to a fire scene when a fire occurs, and the carbon dioxide extinguishment is a fire extinguishing measure for automatically opening the carbon dioxide extinguisher to extinguish the initial fire of places such as electrified electric appliances, valuables, equipment, book data, instruments and the like below 600V and the fire of common combustible liquid when the fire occurs; the dry powder fire extinguishing is that when a fire occurs, the dry powder fire extinguishing device is automatically opened to extinguish the fire of petroleum, petroleum products, paint, organic solvents and electrical equipment.
To sum up, owing to adopted above-mentioned technical scheme, the beneficial effects of the utility model are that:
1. the utility model discloses in, through video monitoring device, the condition of a fire detection module, fire alarm, automatic fire extinguishing module and prevent that module and the coordinated control host computer of discharging fume connect and constitute complete control fire alarm system, realize accurate control conflagration scene to make accurate fire extinguishing measures, the broad rate of better control conflagration has improved the efficiency nature of putting out a fire, reduces economic loss and casualties greatly.
2. The utility model discloses in, the temperature-sensing detector can survey the scene of a fire when taking place temperature's change data to with data by the transmission of the scene of a fire detection module for the coordinated control host computer, the smoke detector can survey the scene of a fire when taking place smog concentration's change data to with data by the transmission of the scene of a fire detection module for the coordinated control host computer, the change data of scene luminance when the scene of a fire takes place can be surveyed to the photosensitive detector to with data by the transmission of the scene of a fire detection module for the coordinated control host computer.
3. The utility model discloses in, video monitoring device includes the fixed point surveillance camera head and catches the surveillance camera head, the fixed point surveillance camera head is used for the control to the condition of a fire in the specified area, it is used for catching the shooting to the condition of a fire emergence point to catch the surveillance camera head.
4. The utility model discloses in, the automatic fire extinguishing module includes that the fire hydrant puts out a fire, and carbon dioxide puts out a fire and dry powder puts out a fire, can carry out the pertinence according to the burning things which may cause a fire disaster of difference and put out a fire, and the effect is better.
Drawings
FIG. 1 is a schematic diagram of the structure of the present invention;
fig. 2 is a schematic diagram of the structure of the linkage control host of the present invention;
fig. 3 is a schematic diagram of the structure of the video monitoring apparatus of the present invention;
FIG. 4 is a schematic diagram of the structure of the middle fire detecting module of the present invention;
fig. 5 is a schematic diagram of a fire alarm according to the present invention.
Fig. 6 is a schematic diagram of the structure of the automatic fire extinguishing module of the present invention.
The labels in the figure are: 1. a linkage control host; 101. a main board; 102. a central processing unit; 103. a power source; 2. a video monitoring device; 201. a fixed point surveillance camera; 202. capturing a monitoring camera; 3. a fire detection module; 301. a temperature-sensitive detector; 302. a smoke detector; 303. a light sensing detector; 4. an automatic fire extinguishing module; 401. fire hydrant extinguishes; 402. extinguishing fire with carbon dioxide; 403. extinguishing fire by dry powder; 5. a smoke prevention and exhaust module; 6. a fire alarm; 601. an audible alarm; 602. an audible and visual alarm.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.
In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention; the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance; furthermore, unless expressly stated or limited otherwise, the terms "mounted," "connected," and "connected" are to be construed broadly, as they may be fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood in specific cases to those skilled in the art.
In the first embodiment, referring to fig. 1 and 2, a video monitoring and fire alarm linkage system comprises a linkage control host 1, a fire alarm monitoring system and a fire alarm monitoring system, wherein the linkage control host is used for analyzing fire data and controlling the operation of a fire extinguishing device and an auxiliary fire extinguishing device; the video monitoring device 2 is used for monitoring a fire scene, transmitting fire video data to the linkage control host 1 and accurately determining the position of a fire; the fire detection module 3 is used for accurately detecting the occurrence of fire in various modes and transmitting fire data to the linkage control host 1; the fire alarm 6 is used for giving out a fire alarm when a fire occurs, so that fire extinguishing measures can be taken in time; the automatic fire extinguishing module 4 is used for controlling a plurality of fire extinguishing modes to extinguish fire together so as to thoroughly extinguish a fire source; the smoke prevention and exhaust module 5 is used for controlling the exhaust of smoke in a fire scene and reducing the harm of the smoke to human bodies; the linkage control host 1 comprises a mainboard 101, a central processing unit 102 and a power supply 103, wherein the central processing unit 102 is connected with a video monitoring device 2, a fire detection module 3, a fire alarm 6, an automatic fire extinguishing module 4 and a smoke prevention and discharge module 5.
In the second embodiment, referring to fig. 1-3, a video monitoring and fire alarm linkage system comprises a linkage control host 1 for analyzing fire data and controlling the operation of a fire extinguishing device and an auxiliary fire extinguishing device; the video monitoring device 2 is used for monitoring a fire scene, transmitting fire video data to the linkage control host 1 and accurately determining the position of a fire; the fire detection module 3 is used for accurately detecting the occurrence of fire in various modes and transmitting fire data to the linkage control host 1; the fire alarm 6 is used for giving out a fire alarm when a fire occurs, so that fire extinguishing measures can be taken in time; the automatic fire extinguishing module 4 is used for controlling a plurality of fire extinguishing modes to extinguish fire together so as to thoroughly extinguish a fire source; the smoke prevention and exhaust module 5 is used for controlling the exhaust of smoke in a fire scene and reducing the harm of the smoke to human bodies; the linkage control host 1 comprises a mainboard 101, a central processing unit 102 and a power supply 103, wherein the central processing unit 102 is connected with a video monitoring device 2, a fire detection module 3, a fire alarm 6, an automatic fire extinguishing module 4 and a smoke prevention and discharge module 5; the video monitoring device 2 comprises a fixed-point monitoring camera 201 and a capturing monitoring camera 202, the fixed-point monitoring camera 201 is used for monitoring fire in a designated area, and the capturing monitoring camera 202 is used for capturing and shooting fire occurrence points.
In the third embodiment, referring to 1-4, the video monitoring and fire-fighting alarm linkage system comprises a linkage control host 1, a fire-fighting device and an auxiliary fire-fighting device, wherein the linkage control host is used for analyzing fire data and controlling the operation of the fire-fighting device and the auxiliary fire-fighting device; the video monitoring device 2 is used for monitoring a fire scene, transmitting fire video data to the linkage control host 1 and accurately determining the position of a fire; the fire detection module 3 is used for accurately detecting the occurrence of fire in various modes and transmitting fire data to the linkage control host 1; the fire alarm 6 is used for giving out a fire alarm when a fire occurs, so that fire extinguishing measures can be taken in time; the automatic fire extinguishing module 4 is used for controlling a plurality of fire extinguishing modes to extinguish fire together so as to thoroughly extinguish a fire source; and the smoke prevention and exhaust module 5 is used for controlling the discharge of smoke in a fire scene and reducing the harm of the smoke to human bodies. The linkage control host 1 comprises a mainboard 101, a central processing unit 102 and a power supply 103, wherein the central processing unit 102 is connected with a video monitoring device 2, a fire detection module 3, a fire alarm 6, an automatic fire extinguishing module 4 and a smoke prevention and discharge module 5; the video monitoring device 2 comprises a fixed point monitoring camera 201 and a capturing monitoring camera 202, wherein the fixed point monitoring camera 201 is used for monitoring fire in a specified area, and the capturing monitoring camera 202 is used for capturing and shooting a fire occurrence point; the fire detection module 3 comprises a temperature-sensitive detector 301, a smoke-sensitive detector 302 and a photosensitive detector 303; temperature-sensitive detector 301 can survey the change data of site temperature when the fire takes place to with data by fire detection module 3 transmission for coordinated control host computer 1, smoke detector 302 can survey the change data of on-the-spot smog concentration when the fire takes place, and transmits data for coordinated control host computer 1 by fire detection module 3, the change data of on-the-spot luminance when the fire takes place can be surveyed to photosensitive detector 303, and transmits data for coordinated control host computer 1 by fire detection module 3.
In the fourth embodiment, referring to fig. 1 to 5, a video monitoring and fire alarm linkage system comprises a linkage control host 1 for analyzing fire data and controlling the operation of a fire extinguishing device and an auxiliary fire extinguishing device; the video monitoring device 2 is used for monitoring a fire scene, transmitting fire video data to the linkage control host 1 and accurately determining the position of a fire; the fire detection module 3 is used for accurately detecting the occurrence of fire in various modes and transmitting fire data to the linkage control host 1; the fire alarm 6 is used for giving out a fire alarm when a fire occurs, so that fire extinguishing measures can be taken in time; the automatic fire extinguishing module 4 is used for controlling a plurality of fire extinguishing modes to extinguish fire together so as to thoroughly extinguish a fire source; and the smoke prevention and exhaust module 5 is used for controlling the discharge of smoke in a fire scene and reducing the harm of the smoke to human bodies. The linkage control host 1 comprises a mainboard 101, a central processing unit 102 and a power supply 103, wherein the central processing unit 102 is connected with a video monitoring device 2, a fire detection module 3, a fire alarm 6, an automatic fire extinguishing module 4 and a smoke prevention and discharge module 5; the video monitoring device 2 comprises a fixed point monitoring camera 201 and a capturing monitoring camera 202, wherein the fixed point monitoring camera 201 is used for monitoring fire in a specified area, and the capturing monitoring camera 202 is used for capturing and shooting a fire occurrence point; the fire detection module 3 comprises a temperature-sensitive detector 301, a smoke-sensitive detector 302 and a photosensitive detector 303; the temperature-sensitive detector 301 can detect the change data of the field temperature when a fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3, the smoke-sensitive detector 302 can detect the change data of the field smoke concentration when the fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3, and the photosensitive detector 303 can detect the change data of the field brightness when the fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3; the fire alarm 6 includes an audio alarm 601 and an audible and visual alarm 602, wherein the audio alarm 601 emits an audible alarm when a fire occurs, and the audible and visual alarm 602 emits an audible alarm and a visual alarm when a fire occurs.
In the fifth embodiment, referring to fig. 1-6, a video monitoring and fire alarm linkage system comprises a linkage control host 1, a fire alarm monitoring system and a fire alarm monitoring system, wherein the linkage control host is used for analyzing fire data and controlling the operation of a fire extinguishing device and an auxiliary fire extinguishing device; the video monitoring device 2 is used for monitoring a fire scene, transmitting fire video data to the linkage control host 1 and accurately determining the position of a fire; the fire detection module 3 is used for accurately detecting the occurrence of fire in various modes and transmitting fire data to the linkage control host 1; the fire alarm 6 is used for giving out a fire alarm when a fire occurs, so that fire extinguishing measures can be taken in time; the automatic fire extinguishing module 4 is used for controlling a plurality of fire extinguishing modes to extinguish fire together so as to thoroughly extinguish a fire source; and the smoke prevention and exhaust module 5 is used for controlling the discharge of smoke in a fire scene and reducing the harm of the smoke to human bodies. The linkage control host 1 comprises a mainboard 101, a central processing unit 102 and a power supply 103, wherein the central processing unit 102 is connected with a video monitoring device 2, a fire detection module 3, a fire alarm 6, an automatic fire extinguishing module 4 and a smoke prevention and discharge module 5; the video monitoring device 2 comprises a fixed point monitoring camera 201 and a capturing monitoring camera 202, wherein the fixed point monitoring camera 201 is used for monitoring fire in a specified area, and the capturing monitoring camera 202 is used for capturing and shooting a fire occurrence point; the fire detection module 3 comprises a temperature-sensitive detector 301, a smoke-sensitive detector 302 and a photosensitive detector 303; the temperature-sensitive detector 301 can detect the change data of the field temperature when a fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3, the smoke-sensitive detector 302 can detect the change data of the field smoke concentration when the fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3, and the photosensitive detector 303 can detect the change data of the field brightness when the fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3; the fire alarm 6 comprises an acoustic alarm 601 and an acousto-optic alarm 602, wherein the acoustic alarm 601 emits an acoustic alarm when a fire occurs, and the acousto-optic alarm 602 emits an acoustic alarm and a flashing alarm simultaneously when the fire occurs; the automatic fire extinguishing module 4 comprises a fire hydrant fire extinguishing 401, a carbon dioxide fire extinguishing 402 and a dry powder fire extinguishing 403; the fire hydrant fire extinguishing 401 is a fire extinguishing measure for automatically opening the fire hydrant to a fire scene when a fire occurs, and the carbon dioxide fire extinguishing 402 is a fire extinguishing measure for automatically opening the carbon dioxide fire extinguishing 402 to extinguish the initial fire of places such as electrified electric appliances, valuables, equipment, book data, instrument instruments and the like below 600V and the fire of common combustible liquid when the fire occurs; the dry powder fire extinguishing 403 is that when a fire occurs, the dry powder fire extinguishing 403 device is automatically opened to extinguish the fire of petroleum, petroleum products, paint, organic solvents and electrical equipment.
The working principle is as follows: in the utility model, the video monitoring device 2, the fire detection module 3, the fire alarm 6, the automatic fire extinguishing module 4, the smoke prevention and discharge module 5 and the linkage control host 1 are connected to form a complete monitoring fire alarm system, so as to realize accurate monitoring of the fire scene and make accurate fire extinguishing measures, thereby better controlling the fire spread, improving the fire extinguishing efficiency and greatly reducing the economic loss and the casualties; the temperature-sensitive detector 301 can detect the change data of the field temperature when a fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3, the smoke-sensitive detector 302 can detect the change data of the field smoke concentration when the fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3, and the photosensitive detector 303 can detect the change data of the field brightness when the fire occurs and transmit the data to the linkage control host 1 through the fire detection module 3; the video monitoring device 2 comprises a fixed point monitoring camera 201 and a capturing monitoring camera 202, wherein the fixed point monitoring camera 201 is used for monitoring fire in a specified area, and the capturing monitoring camera 202 is used for capturing and shooting a fire occurrence point; the automatic fire extinguishing module 4 comprises a fire hydrant fire extinguishing 401, a carbon dioxide fire extinguishing 402 and a dry powder fire extinguishing 403, can perform targeted fire extinguishing according to different fire sources, and is better in effect.
The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.
Claims (8)
1. The utility model provides a video monitoring and fire alarm linked system which characterized in that: the fire extinguishing system comprises a linkage control host (1) for analyzing fire data and controlling the operation of a fire extinguishing device and an auxiliary fire extinguishing device;
the video monitoring device (2) is used for monitoring a fire scene, transmitting fire video data to the linkage control host (1) and accurately determining the position of a fire;
the fire detection module (3) is used for accurately detecting the occurrence of fire in various modes and transmitting fire data to the linkage control host (1);
the fire alarm (6) is used for giving out a fire alarm when a fire occurs, so that fire extinguishing measures can be taken in time;
the automatic fire extinguishing module (4) is used for controlling a plurality of fire extinguishing modes to extinguish fire together so as to thoroughly extinguish a fire source;
and the smoke prevention and exhaust module (5) is used for controlling the discharge of smoke in a fire scene and reducing the harm of the smoke to human bodies.
2. The video monitoring and fire alarm linkage system according to claim 1, wherein: linkage control host computer (1) includes mainboard (101), central processing unit (102) and power (103), video monitoring device (2), fire detection module (3), fire alarm (6), automatic fire extinguishing module (4) and prevent smoke exhaust module (5) are connected to central processing unit (102).
3. The video monitoring and fire alarm linkage system according to claim 1, wherein: video monitoring device (2) are including fixed point surveillance camera head (201) and catch surveillance camera head (202), fixed point surveillance camera head (201) are used for the control to the condition of a fire in the specified area, catch surveillance camera head (202) and be used for catching the shooting to the condition of a fire emergence point.
4. The video monitoring and fire alarm linkage system according to claim 1, wherein: the fire alarm (6) comprises an acoustic alarm (601) and an acousto-optic alarm (602), wherein the acoustic alarm (601) gives out an acoustic alarm when a fire occurs, and the acousto-optic alarm (602) gives out an acoustic alarm and a flash alarm simultaneously when the fire occurs.
5. A video surveillance and fire alarm linkage system according to any one of claims 1-4, characterised in that: the fire detection module (3) comprises a temperature-sensitive detector (301), a smoke-sensitive detector (302) and a photosensitive detector (303).
6. The video monitoring and fire alarm linkage system according to claim 5, wherein: temperature-sensing detector (301) can survey the scene of a fire change data of on-the-spot temperature when taking place to with data by the scene of a fire detection module (3) transmission for coordinated control host computer (1), smoke detector (302) can survey the scene of a fire change data of smog concentration when taking place, and transmit data for coordinated control host computer (1) by scene of a fire detection module (3), scene luminance's change data when the scene of a fire takes place can be surveyed in photosensitive detector (303), and transmit data for coordinated control host computer (1) by scene of a fire detection module (3).
7. The video monitoring and fire alarm linkage system according to claim 5, wherein: the automatic fire extinguishing module (4) comprises a fire hydrant fire extinguishing (401), a carbon dioxide fire extinguishing (402) and a dry powder fire extinguishing (403).
8. The video surveillance and fire alarm linkage system according to claim 7, wherein: the fire hydrant extinguishment (401) is a fire extinguishing measure for automatically opening the fire hydrant to a fire scene when a fire occurs, and the carbon dioxide extinguishment (402) is a fire extinguishing measure for automatically opening the carbon dioxide extinguishment (402) to extinguish the initial fire of places such as electrified electric appliances, valuables, equipment, book data, instruments and the like below 600V and the fire of common combustible liquid when the fire occurs; the dry powder fire extinguishing (403) is that when a fire occurs, the dry powder fire extinguishing (403) device is automatically opened to extinguish the fire of petroleum, petroleum products, paint, organic solvent and electrical equipment.
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| CN201921612379.6U CN210348725U (en) | 2019-09-26 | 2019-09-26 | Video monitoring and fire alarm linkage system |
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| CN111669488A (en) * | 2020-06-17 | 2020-09-15 | 成都东迈电子科技有限责任公司 | Video monitoring and fire alarm linkage system and method thereof |
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