CN211427461U - Intelligent fire-fighting linkage system - Google Patents
Intelligent fire-fighting linkage system Download PDFInfo
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- CN211427461U CN211427461U CN202020243550.7U CN202020243550U CN211427461U CN 211427461 U CN211427461 U CN 211427461U CN 202020243550 U CN202020243550 U CN 202020243550U CN 211427461 U CN211427461 U CN 211427461U
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Abstract
The utility model discloses an intelligence fire control linked system. The method comprises the following steps: fire control hidden danger monitoring module, alarm module, the module of putting out a fire, emergent module, monitoring module and the stand-by power supply module of fleing, fire control hidden danger detection module, alarm module, the module of putting out a fire and emergent module of fleing pass through network transmission module connection control unit, control unit is used for right fire control hidden danger detection module alarm module the module of putting out a fire emergency escape the module and carry out data acquisition, conversion, calculation, analysis and communication, control unit with monitoring module communicates through gateway and fire control surveillance center, fire control surveillance center communicates through dedicated line and fire control platform. The utility model discloses a wireless network deployment can effectively reduce the potential safety hazard, and the system is more nimble, simultaneously through fire control hidden danger monitoring module, can effectual prevention conflagration take place and stretch of conflagration, guarantees the normal work of fire extinguishing module.
Description
Technical Field
The utility model relates to a fire control technical field, concretely relates to intelligence fire control linked system.
Background
Building scale is bigger and bigger, and is more and more complicated, also the conflagration takes place more easily, consequently to fire extinguishing system's requirement is higher and higher, and the monitoring module of the fire extinguishing system front end of current building still adopts the electric wire wiring, along with monitoring sensor's increase, the electric wire that needs to arrange is also more, has increased the potential safety hazard in the intangible. In addition, the conventional fire fighting system is often not timely and unqualified in inspection, so that a plurality of fire fighting devices are not timely replaced and maintained, and when a fire disaster occurs, the fire fighting devices cannot be used, and the best fire fighting and rescue time is taken.
SUMMERY OF THE UTILITY MODEL
The utility model provides a technical problem provide an intelligence fire control linked system, front end monitoring module adopts wireless communication, and fire extinguishing module arranges a plurality of sensors, reduces the manual work and patrols and examines the drawback of bringing.
The utility model provides a technical scheme that its technical problem adopted is:
an intelligent fire-fighting linkage system comprises a fire-fighting hidden danger monitoring module, an alarm module, a fire extinguishing module, an emergency escape module, a monitoring module and a standby power supply module, wherein the fire-fighting hidden danger detecting module, the alarm module, the fire extinguishing module and the emergency escape module are connected with a control unit through a network transmission module, the control unit is used for collecting, converting, calculating, analyzing and communicating data of the fire-fighting hidden danger detecting module, the alarm module, the fire extinguishing module and the emergency escape module, the control unit and the monitoring module are communicated with a fire-fighting monitoring center through a gateway, and the fire-fighting monitoring center is communicated with a fire-fighting platform through a special line; wherein:
the fire-fighting hidden danger detection module comprises a plurality of smoke detectors, a plurality of air quality monitors, a plurality of combustible gas detectors, a plurality of current transformers, a plurality of pressure sensing units and a plurality of liquid level acquisition units, wherein the air quality monitors comprise temperature and humidity monitoring and PM2.5 monitoring, the smoke detectors and the air quality monitors are arranged between a passage and stairs of a building to form a first fire prevention and monitoring system for monitoring fire conditions between the passage and the stairs, and the reliability and the alarm level of a fire are judged through calculation of the control unit; the combustible gas detector is arranged at the switching part of the gas pipeline and used for monitoring the leakage condition of the combustible gas; the current transformer is arranged at the distribution line grading protection position and used for monitoring the electric leakage condition of the circuit; the pressure sensing unit and the liquid level acquisition unit are arranged in the fire extinguishing module and are used for detecting water pressure data and water level capacity data of the fire extinguishing module;
the alarm module comprises a plurality of fire alarms, a plurality of manual alarm buttons and a voice alarm system, and the fire alarms are arranged on the walkway walls between the layers of the building and used for giving out alarm prompt tones after a fire disaster occurs; the manual alarm buttons are arranged at the stairs of each floor of the building and used for sending out alarm signals when being pressed down; the voice alarm system consists of a plurality of broadcast sounds, is arranged among all layers of the building and is used for prompting fire alarm conditions in a voice mode;
the fire extinguishing module comprises a fire water tank, a spray header system, a fire hydrant system, a smoke exhaust pipeline system and a plurality of fire extinguishers, the fire water tank is arranged at the roof of the building, the liquid level acquisition unit is arranged in the fire water tank and used for detecting the water level and the capacity in the fire water tank, water in the fire water tank is conveyed to the spray header system and the fire hydrant system through a booster pump pipeline, each spraying protection area and each spraying loop of the spray header system are respectively provided with a pressure sensor unit at the most unfavorable point, the fire hydrant system is provided with a pressure sensor unit at the top layer and the bottom layer of the building and at the most unfavorable point of the fire hydrant, and the pressure sensor units are used for detecting the water pressure of the spray header system and the fire hydrant system pipeline; the smoke exhaust pipeline system is arranged at the top of the building channel, and thick smoke is extracted by a fan; the fire extinguishers are arranged in fire extinguisher boxes in walkways of each floor of the building;
the emergency escape module comprises an emergency illuminating lamp, an indicating plate, a standby mask and a breaker, wherein the illuminating lamp is arranged on a wall between a building passage and a stair, the indicating plate is arranged below the emergency illuminating lamp and used for illumination and escape indication after a fire disaster occurs, the standby mask is arranged in an escape box at each user doorway, and the breaker is used for manually cutting off a power supply of a building;
the monitoring module comprises a plurality of cameras, a plurality of thermal infrared imagers and a voice monitoring system, the cameras are arranged between the building channel and the stairs and used for monitoring and recording the image and sound contents between the building channel and the stairs, and the thermal infrared imagers and the voice monitoring system are arranged beside the cameras and used for monitoring and preventing fire disasters and personnel rescue work after the fire disasters; the camera stores the recorded image and sound content in a video recorder;
the standby power supply module comprises a plurality of UPS power supplies and generators and is used for providing standby power supplies for the system and ensuring the normal operation of the fire-fighting system;
the fire fighting monitoring center comprises a computer, a server, the video recorder, a software control system and an alarm, wherein the computer is used for operating the software control system so as to control all modules of the whole fire fighting system in a centralized manner through the computer; the fire-fighting monitoring center is connected with the mobile control end through the internet, so that remote monitoring and operation are realized; the fire control monitoring center is through the decoder with the image content of monitoring module record is synchronous carries out real-time display on a plurality of display screens in real time, a plurality of display screens are arranged on fire control monitoring center's wall.
Preferably, the network transmission module is used for Zigbee wireless networking transmission.
Further, the control unit comprises a processor, a storage unit and a wireless communication module, the processor adopts an ARM processor and is used for calculating and analyzing data, the storage unit is provided with a micro operating system and is used for controlling the system and storing the data, and the wireless communication module is networked with the fire-fighting hidden danger detection module, the alarm module, the fire extinguishing module and the emergency escape module.
Further, the gateway is a wireless routing gateway.
Furthermore, all modules of the system and the fire monitoring center are subjected to ground protection, overcurrent and overvoltage protection and lightning protection.
Furthermore, the fire hydrant system further comprises a fire hydrant box, indicator lamps are arranged on the fire extinguisher box, the fire hydrant box and the escape box, and after fire disaster occurs, the control unit sends a fire signal to the standby power supply module to keep the indicator lamps normally on.
Preferably, the indicator light is a green indicator light.
Further, the system still includes elevator module and entrance guard's module, elevator module and entrance guard's module pass through the gateway with fire control monitoring center communication linkage, after the fire disaster, fire control monitoring center control the elevator module is berthhed at the nearest one deck, controls entrance guard's module keeps normally opening of electric lock.
The utility model has the advantages that:
1. the system adopts wireless network deployment, carries out wireless network deployment with the fire control hidden danger monitoring module, alarm module, the module of putting out a fire and the emergent module of fleing of front end, can avoid on the one hand that the conflagration takes place the back because the burning of circuit leads to the normal work of partial module, can effectually reduce arranging of electric wire on the other hand, reduces the potential safety hazard.
2. And through a plurality of sensor devices of fire control hidden danger monitoring module, the emergence of can effectual prevention conflagration and the stretching of conflagration guarantee the normal work of fire extinguishing module simultaneously.
3. The monitoring module is provided with a thermal infrared imager and a voice monitoring system, and the thermal infrared imager utilizes the heat radiation of an object to monitor and prevent fire and rescue work after the fire. The voice monitoring system is composed of a plurality of sound pickups and used for monitoring sound content between building channels and stairs, and rescue work can be improved through the sound content acquired by the voice monitoring system.
Drawings
FIG. 1 is a schematic diagram of the system of the present invention;
FIG. 2 is a schematic diagram of the arrangement of the fire extinguishing module monitoring sensors of the present invention;
FIG. 3 is a schematic diagram of the normal monitoring display of the display screen of the present invention;
fig. 4 is the display screen prompt schematic diagram after fire occurs.
Detailed Description
In order to make the above objects, features and advantages of the present invention more comprehensible, embodiments of the present invention are described in detail below with reference to the accompanying drawings. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein, as those skilled in the art will be able to make similar modifications without departing from the spirit and scope of the present invention.
It will be understood that when an element is referred to as being "secured to" another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.
The utility model provides an intelligence fire control linked system, as shown in figure 1, including fire control hidden danger monitoring module, alarm module, fire extinguishing module, emergent module of fleing, monitoring module and stand-by power supply module, fire control hidden danger detection module, alarm module, fire extinguishing module and emergent module of fleing pass through network transmission module connection control unit, network transmission module preferentially adopts the wireless network deployment transmission of Zigbee, wireless network deployment transmission can avoid the conflagration to burn out the circuit and cause the system to break circuit uncontrollable on the one hand, can effectually avoid the potential safety hazard that the electric wire wiring brought on the other hand. The control unit is provided with a processor, a storage unit and a wireless communication module, wherein the processor is used for calculating and analyzing data, the storage unit is used for storing an operating system and data, the wireless communication module is used for receiving the analog signal of the wireless networking module, converting the analog signal into a digital signal through an analog-to-digital converter, calculating and analyzing the data through the processor, and storing the data in the storage unit. The control unit and the monitoring module collect signals to a fire-fighting monitoring center through a gateway, the fire-fighting monitoring center comprises a server, a video recorder, a computer, a software control system and an alarm, wherein the video recorder is used for storing image data of the monitoring module and has a forwarding function, the computer is used for operating the software control system, the software control system is used for intensively controlling all modules of the whole fire-fighting system, and the fire-fighting monitoring center is in network communication with a fire-fighting platform through a special line. Meanwhile, the mobile control end can be remotely connected with a fire-fighting monitoring center through the internet, so that remote monitoring and operation are realized. The fire control monitoring center synchronizes the image content recorded by the monitoring module to a plurality of display screens through a decoder for real-time display, and the display screens are arranged on the wall surface of the fire control monitoring center.
The fire-fighting hidden danger monitoring module comprises a plurality of smoke detectors, a plurality of air quality monitors, a plurality of combustible gas detectors, a plurality of current transformers, a plurality of pressure sensor units and a plurality of liquid level acquisition units, and the air quality monitors integrate temperature and humidity monitoring and PM2.5 monitoring. The smoke detector and the air quality monitor are alternately arranged between a passageway and a stair of a building to monitor smoke and environmental parameters in the passageway; the combustible gas detector is arranged at the switching part of the gas pipeline and is used for monitoring whether the combustible gas leaks or not; the current transformer is arranged at the distribution line graded protection position and used for monitoring the insulation states of the low-voltage distribution line and the electrical equipment; the pressure sensor unit and the liquid level acquisition unit are arranged in the fire extinguishing module and used for monitoring the water pressure data and the water level capacity data of the fire extinguishing module.
The alarm module comprises a plurality of fire alarms, a plurality of manual alarm buttons and a voice alarm system, and the fire alarms are arranged among the layers of the building and used for sending alarm prompt tones; the manual alarm buttons are arranged at the stairs of each floor of the building, and are pressed to realize manual alarm prompt; the voice alarm system consists of a plurality of independent broadcast sounds and is used for prompting the fire disaster warning condition by voice. The fire alarm, the manual alarm button and the voice alarm system of the alarm module are all provided with wireless communication modules for wirelessly sending and receiving signals.
The fire extinguishing module comprises a fire water tank, a spray header system, a fire hydrant system, a smoke exhaust pipeline system and a plurality of fire extinguishers. The fire water tank is arranged at the top of a building, the liquid level acquisition unit is arranged in the fire water tank, as shown in fig. 2, the water level and the capacity in the fire water tank are monitored, water in the fire water tank is conveyed to the spray header system and the fire hydrant system through a booster pump pipeline, and the spray header in the spray header system is arranged at the top between a building channel and a stair and used for spraying water to a fire scene to extinguish fire; the fire hydrant of the fire hydrant system is arranged in a fire hydrant box and is used for water spraying fire extinguishing of a major fire. Each spraying protection area and the most unfavorable point of a spraying loop of the spray header system are respectively provided with a pressure sensor unit, the fire hydrant system is respectively provided with a pressure sensor unit at the top layer and the bottom layer of a building and the most unfavorable point of the fire hydrant loop, and the pressure sensor units of the spray header system and the fire hydrant system are used for monitoring the internal water pressure of a system pipeline and ensuring that the water pressure of the pipeline is normal. The smoke exhaust pipeline system is arranged at the top of the walkway, and after the system prompts that a fire disaster occurs, the smoke exhaust pipeline system extracts smoke of the fire disaster through the fan. A plurality of fire extinguishers are arranged in the fire extinguisher box in each layer aisle of the building, all are provided with the pilot lamp on fire extinguisher box and the fire hydrant box, and after the system prompts a fire, the pilot lamp on fire extinguisher box and the fire hydrant box keeps bright normally, guides the rescue personnel to take out the fire extinguisher or the fire hydrant fast and puts out a fire, and the pilot lamp preferentially adopts green pilot lamp.
The emergency escape module comprises an emergency illuminating lamp, a sign, a standby mask and a breaker, the illuminating lamp is arranged on the wall of a building channel and a stair channel, the sign is arranged below the emergency illuminating lamp, the standby mask is arranged in an escape box at the door of each user, an indicating lamp is also arranged on the escape box, the breaker is used for manually cutting off a power supply of a building, and potential safety hazards such as fire disasters of other circuits are prevented.
The standby power supply module comprises a plurality of UPS power supplies and a generator, and is used for supplying standby power to the system to enable the system to normally run.
The monitoring module comprises a plurality of cameras, a plurality of thermal infrared imagers and a voice monitoring system, the plurality of cameras are arranged between one side of a building channel and a stair and used for monitoring and recording image content between the building channel and the stair, the plurality of thermal infrared imagers and the voice monitoring system are arranged beside the plurality of cameras, the thermal infrared imagers utilize thermal radiation of objects to realize monitoring and preventing rescue work after fire and fire, on one hand, the temperature between the building channel and the stair is monitored, the fire is prevented from happening, on the other hand, after the fire happens, because the smoke concentration is too high, after the cameras cannot be identified, the thermal infrared imagers can effectively detect whether trapped personnel exist between the building channel and the stair, and the rescue work can be effectively improved. The voice monitoring system is composed of a plurality of sound pickups and used for monitoring sound content between building channels and stairs, and rescue work can be improved through the sound content acquired by the voice monitoring system.
The system work flow is as follows:
the smoke detector and the air quality monitor form a first fire prevention monitoring system, the first fire prevention monitoring system is communicated with the control unit through the wireless communication module, the reliability and the alarm level of a fire are preliminarily determined through calculation and analysis of the control unit processor, when the smoke detector and the air quality monitor send alarm signals to the control unit within a specific time, after the calculated quotation reliability and the alarm level meet fire standards, the control unit sends a fire alarm prompt to a fire control monitoring center, a popup window prompt appears on a display screen of the fire control monitoring center, as shown in fig. 3 and 4, and meanwhile, the fire alarm prompt is sent to a mobile phone mobile terminal of a supervisor through the Internet. A supervisor can check the real-time image of the camera at the position where the alarm signal occurs through the computer operation, so as to judge the true reliability of the fire, if the fire really occurs, the fire-fighting work and the alarm module are started at the first time, meanwhile, the fire situation is reported to the fire-fighting platform through a special line, a fire-fighting part starts the fire-fighting rescue work, meanwhile, the fire situation is sent to a community or building user through the internet, and the evacuation work is carried out as soon as possible; if the fire disaster does not happen and the fire disaster is misjudged, the alarm prompt is touched, and meanwhile, the site investigation of the supervisory personnel is arranged.
The combustible gas detector and the current transformer form a second fire prevention monitoring system, the second fire prevention monitoring system is communicated with the control unit through the wireless communication module, the combustible gas detector is used for monitoring whether combustible gas leaks from a building gas pipeline or not, the combustible gas is prevented from leaking, and therefore the occurrence of fire disasters caused by the leakage of the combustible gas is avoided. The current transformer is used for monitoring whether electric leakage occurs or not, so that fire disasters are prevented.
The monitoring module forms a third fire prevention monitoring system, on one hand, whether a fire occurs can be monitored and confirmed through the camera, and on the other hand, the rescue work after the fire can be improved through the thermal infrared imager and the voice detection system.
The pressure sensor unit and the liquid level acquisition unit are arranged in the fire extinguishing module and used for monitoring the quality of the fire extinguishing module and avoiding the failure of the fire extinguishing module after a fire disaster occurs.
Meanwhile, a user can press a manual alarm button to perform fire alarm, after the fire alarm button is pressed down, a display screen of a fire monitoring center and a mobile phone of a supervision main can display a fire alarm prompt, the fire alarm prompt sent by the first fire prevention monitoring system is the same in the working process, and a supervisor needs to rush to the site for confirmation at the first time.
When the fire-fighting monitoring center sends out a real fire alarm, the control unit sends an alarm signal to the alarm module, the alarm module starts the fire alarm to give an alarm prompt, and meanwhile, the voice alarm system gives a voice prompt to withdraw. The control unit simultaneously sends a fire extinguishing signal to the fire extinguishing module, the booster pump is started, a spray head system is started in a water conveying pipeline of the fire water tank, and open fire is sprayed and extinguished; meanwhile, a fan of the smoke exhaust management system is started to exhaust the dense smoke, so that the damage of the dense smoke to trapped people and the evacuation and rescue work of the people are reduced; meanwhile, an opening signal is sent to the fire hydrant box and the fire extinguisher box, so that the fire hydrant box and the fire extinguisher box are ensured to be kept in an open state, and the later rescue and fire extinguishing work is facilitated. The control unit simultaneously sends an escape signal to the emergency escape module to start the emergency illuminating lamp.
All modules of the system and the fire control monitoring center are subjected to ground protection, overcurrent and overvoltage protection and lightning protection.
The intelligent fire-fighting linkage system can be linked with the elevator module and the entrance guard module through the gateway, after a fire disaster occurs, the fire-fighting monitoring center sends a fire disaster signal to the elevator module to control the elevator to stop at the nearest floor, and the personnel in the elevator can be ensured to withdraw the elevator in time; meanwhile, a fire signal is sent to the access control module, so that the access control module is ensured to keep the electric lock normally open, and people can escape and evacuate conveniently.
The above-mentioned embodiments, further detailed description of the objects, technical solutions and advantages of the present invention, it should be understood that the above-mentioned embodiments are only specific embodiments of the present invention, and are not intended to limit the present invention, and any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (8)
1. The utility model provides an intelligence fire control linked system which characterized in that: the system comprises a fire-fighting hidden danger monitoring module, an alarm module, a fire extinguishing module, an emergency escape module, a monitoring module and a standby power supply module, wherein the fire-fighting hidden danger detecting module, the alarm module, the fire extinguishing module and the emergency escape module are connected with a control unit through a network transmission module, the control unit is used for collecting, converting, calculating, analyzing and communicating data of the fire-fighting hidden danger detecting module, the alarm module, the fire extinguishing module and the emergency escape module, the control unit and the monitoring module are communicated with a fire-fighting monitoring center through a gateway, and the fire-fighting monitoring center is communicated with a fire-fighting platform through a special line; wherein:
the fire-fighting hidden danger detection module comprises a plurality of smoke detectors, a plurality of air quality monitors, a plurality of combustible gas detectors, a plurality of current transformers, a plurality of pressure sensing units and a plurality of liquid level acquisition units, wherein the air quality monitors comprise temperature and humidity monitoring and PM2.5 monitoring, the smoke detectors and the air quality monitors are arranged between a passage and stairs of a building to form a first fire prevention and monitoring system for monitoring fire conditions between the passage and the stairs, and the reliability and the alarm level of a fire are judged through calculation of the control unit; the combustible gas detector is arranged at the switching part of the gas pipeline and used for monitoring the leakage condition of the combustible gas; the current transformer is arranged at the distribution line grading protection position and used for monitoring the electric leakage condition of the circuit; the pressure sensing unit and the liquid level acquisition unit are arranged in the fire extinguishing module and are used for detecting water pressure data and water level capacity data of the fire extinguishing module;
the alarm module comprises a plurality of fire alarms, a plurality of manual alarm buttons and a voice alarm system, and the fire alarms are arranged on the walkway walls between the layers of the building and used for giving out alarm prompt tones after a fire disaster occurs; the manual alarm buttons are arranged at the stairs of each floor of the building and used for sending out alarm signals when being pressed down; the voice alarm system consists of a plurality of broadcast sounds, is arranged among all layers of the building and is used for prompting fire alarm conditions in a voice mode;
the fire extinguishing module comprises a fire water tank, a spray header system, a fire hydrant system, a smoke exhaust pipeline system and a plurality of fire extinguishers, the fire water tank is arranged at the roof of the building, the liquid level acquisition unit is arranged in the fire water tank and used for detecting the water level and the capacity in the fire water tank, water in the fire water tank is conveyed to the spray header system and the fire hydrant system through a booster pump pipeline, each spraying protection area and each spraying loop of the spray header system are respectively provided with a pressure sensor unit at the most unfavorable point, the fire hydrant system is provided with a pressure sensor unit at the top layer and the bottom layer of the building and at the most unfavorable point of the fire hydrant, and the pressure sensor units are used for detecting the water pressure of the spray header system and the fire hydrant system pipeline; the smoke exhaust pipeline system is arranged at the top of the building channel, and thick smoke is extracted by a fan; the fire extinguishers are arranged in fire extinguisher boxes in walkways of each floor of the building;
the emergency escape module comprises an emergency illuminating lamp, an indicating plate, a standby mask and a breaker, wherein the illuminating lamp is arranged on a wall between a building passage and a stair, the indicating plate is arranged below the emergency illuminating lamp and used for illumination and escape indication after a fire disaster occurs, the standby mask is arranged in an escape box at each user doorway, and the breaker is used for manually cutting off a power supply of a building;
the monitoring module comprises a plurality of cameras, a plurality of thermal infrared imagers and a voice monitoring system, the cameras are arranged between the building channel and the stairs and used for monitoring and recording the image and sound contents between the building channel and the stairs, and the thermal infrared imagers and the voice monitoring system are arranged beside the cameras and used for monitoring and preventing fire disasters and personnel rescue work after the fire disasters; the camera stores the recorded image and sound content in a video recorder;
the standby power supply module comprises a plurality of UPS power supplies and generators and is used for providing standby power supplies for the system and ensuring the normal operation of the fire-fighting system;
the fire fighting monitoring center comprises a computer, a server, the video recorder, a software control system and an alarm, wherein the computer is used for operating the software control system so as to control all modules of the whole fire fighting system in a centralized manner through the computer; the fire-fighting monitoring center is connected with the mobile control end through the internet, so that remote monitoring and operation are realized; the fire control monitoring center is through the decoder with the image content of monitoring module record is synchronous carries out real-time display on a plurality of display screens in real time, a plurality of display screens are arranged on fire control monitoring center's wall.
2. The intelligent fire fighting linkage system according to claim 1, wherein: the network transmission module is used for Zigbee wireless networking transmission.
3. The intelligent fire fighting linkage system according to claim 2, wherein: the control unit comprises a processor, a storage unit and a wireless communication module, the processor adopts an ARM processor and is used for calculating and analyzing data, the storage unit is provided with a micro operating system and is used for controlling the system and storing the data, and the wireless communication module is networked with the fire-fighting hidden danger detection module, the alarm module, the fire extinguishing module and the emergency escape module.
4. The intelligent fire fighting linkage system according to claim 3, wherein: the gateway is a wireless routing gateway.
5. An intelligent fire fighting linkage system according to any one of claims 1-4, characterized in that: all modules of the system and the fire control monitoring center are subjected to ground protection, overcurrent and overvoltage protection and lightning protection.
6. The intelligent fire fighting linkage system according to claim 5, wherein: the fire hydrant system further comprises a fire hydrant box, the fire extinguisher box, the fire hydrant box and the escape box are all provided with indicating lamps, and when fire occurs, the control unit sends a fire signal to the standby power supply module to keep the indicating lamps normally on.
7. The intelligent fire fighting linkage system according to claim 6, wherein: the indicator light is a green indicator light.
8. The intelligent fire fighting linkage system according to claim 7, wherein: the system further comprises an elevator module and an access control module, wherein the elevator module and the access control module are linked through the gateway and the fire control center in a communication mode, after fire occurs, the fire control center controls the elevator module to stop at the nearest layer and control the access control module to keep the electric lock normally open.
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