CN115641681A - Trigger alarm system suitable for unit safety and elimination linkage - Google Patents
Trigger alarm system suitable for unit safety and elimination linkage Download PDFInfo
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Abstract
The invention relates to the technical field of fire fighting, in particular to a trigger alarm system suitable for unit security and fire fighting linkage. This trigger alarm system suitable for unit's ann disappears linkage includes alarm networking module, water monitoring module, electric fire monitoring module, conflagration automatic alarm module, fire control emergency lighting and sparse indicating system module, gaseous fire extinguishing control system module and terminal module, terminal module respectively with alarm networking module water monitoring module electric fire monitoring module conflagration automatic alarm module fire control emergency lighting and sparse indicating system module and gaseous fire extinguishing control system module connects. The invention relates to a triggering alarm system suitable for unit safety and fire fighting linkage.A terminal module timely knows the equipment operation condition of each building in a unit, and each building in the unit forms an integral network, so that the management is convenient, and disaster information can be timely obtained when a fire disaster occurs, so that the optimal time for extinguishing the fire disaster is avoided.
Description
Technical Field
The invention relates to the technical field of fire fighting, in particular to a trigger alarm system suitable for unit security and fire fighting linkage.
Background
The automatic fire alarm systems of all buildings in a unit are distributed dispersedly and are independent, and the fire safety states of all areas cannot be browsed in real time; the fire protection and security protection systems are mutually independent, information cannot be shared and effectively utilized, and the maximum value of each system cannot be fully exerted. The fire safety management means is mainly people's air defense and is weak in technique and defense.
At present, most of units rely on automatic fire alarm systems for fire safety. Under the condition that the automatic fire alarm systems of the unit buildings are distributed dispersedly and independently, if the automatic fire alarm systems are broken down, stopped and closed, information is easily limited in the fire control rooms of the unit buildings, a management department can not obtain related information to form supervision loopholes, the situation that the fire alarm systems are built and useless can be caused easily for a long time, and when a disaster really comes, disaster information can not be obtained in time, and the best time for putting out the fire is lost.
Disclosure of Invention
The invention provides a triggering alarm system suitable for unit safety and fire fighting linkage, which is used for solving the problems that in the prior art, the fire fighting safety of a unit mainly depends on an automatic fire alarm system, the automatic fire alarm systems of unit buildings are distributed dispersedly and independently, and an integral network is not formed, so that disaster information cannot be obtained in time, and the best time for extinguishing a fire is lost.
The invention provides a trigger alarm system suitable for unit safety and elimination linkage, which comprises: the system comprises an alarm networking module, a water monitoring module, an electrical fire monitoring module, an automatic fire alarm module, a fire emergency lighting and evacuation indicating system module, a gas fire extinguishing control system module and a terminal module, wherein the terminal module is respectively connected with the alarm networking module, the water monitoring module, the electrical fire monitoring module, the automatic fire alarm module, the fire emergency lighting and evacuation indicating system module and the gas fire extinguishing control system module; wherein,
the alarm networking module is used for being connected with alarm equipment in an area and sending alarm information to the terminal module;
the water consumption monitoring module is used for monitoring the water pressure of a fire-fighting pipe network and the liquid level of a fire-fighting water pool in an area and sending monitoring data to the terminal module;
the electric fire monitoring module is used for monitoring electric circuits in the region and sending monitoring data to the terminal module;
the automatic fire alarm module is used for monitoring fire detectors in an area and sending monitored data to the terminal module and the alarm equipment;
the fire-fighting emergency lighting and evacuation indicating system module is connected with the terminal module and used for executing the instruction sent by the terminal module;
and the gas fire extinguishing control system module is used for monitoring the gas content in the area and sending the monitored data to the terminal module and the alarm equipment.
Preferably, in one embodiment, the alarm networking module is connected to a first automatic fire alarm controller, or in turn to a user information transmission device and a second automatic fire alarm controller, wherein,
the first automatic fire alarm controller sends alarm information to the alarm networking module, and the alarm networking module sends the received alarm information to the terminal module; the second automatic fire alarm controller sends alarm information to the user information transmission device, the user information sends the received alarm information to the alarm networking module, and the alarm networking module sends the received alarm information to the terminal module.
Preferably, the water usage monitoring module has a pressure sensor disposed within the fire hose, and a level sensor disposed within the fire pool, wherein,
pressure sensor monitors the pressure in the fire-fighting pipe network to pressure data send to the water monitoring module who will monitor, level sensor can monitor the liquid level height in the fire-fighting water pond, and the liquid level data send to the water monitoring module who will monitor, and the water monitoring module sends received pressure data and/or liquid level data to terminal module.
Preferably, in one embodiment, the electrical fire monitoring module is connected to a combined electrical fire detector and/or circuit breaker arranged on the main and branch circuits, wherein,
the combined type electric fire detector and/or the circuit breaker of the main circuit and the branch circuit sends monitoring data to the electric fire monitoring module, and the electric fire monitoring module sends the received monitoring data to the terminal module.
In a preferred embodiment, the combined electrical fire detector comprises a line passing current sensor, a residual current sensor and a temperature sensor which are arranged on the main circuit and the branch circuit, and the line passing current sensor, the residual current sensor and the temperature sensor monitor the main circuit and the branch circuit and form monitoring data to be sent to the electrical fire monitoring module.
In a preferred embodiment, the automatic fire alarm module comprises a smoke detector, a temperature detector and a manual alarm button; the signals collected by the smoke detector, the temperature detector and the manual alarm button are sent to the automatic fire alarm module, wherein,
the smoke detector and the temperature detector respectively send monitored monitoring data to the automatic fire alarm module, the manual alarm button is triggered to form trigger data, the trigger data are sent to the automatic fire alarm module, and the automatic fire alarm module sends the received monitoring data and/or the trigger data to the terminal module.
Preferably, in one embodiment, the fire emergency lighting and evacuation indicator system module is connected to an emergency lighting lamp and an evacuation indicator lamp, respectively, wherein,
the emergency illuminating lamp and the evacuation indicating lamp can receive and execute the command sent by the terminal module to the fire-fighting emergency illuminating and evacuation indicating system module.
Preferably, in one embodiment, the gas fire suppression control system module is connected to a gas detector that monitors the gas content in the area, wherein,
the gas detector transmits the monitoring data of the gas content to the gas fire extinguishing control system module, and the gas fire extinguishing control system module sends the monitoring data to the terminal module.
In a preferred embodiment, the system further comprises a video monitoring module, configured to monitor the area and send monitoring data to the terminal module; the video monitoring module includes a camera.
In a preferred embodiment, the terminal module is arranged on the general control table; the general control station is configured to:
a storage device for storing the received data;
the client is used for calling the data and the information received by the storage equipment and sending an instruction;
the monitoring screen is used for displaying the data received by the storage equipment; wherein,
the client comprises a computer and a mobile device.
The invention provides a triggering alarm system suitable for unit safety and fire fighting linkage, which monitors each building of a unit through an alarm networking module, a water monitoring module, an electric fire monitoring module, a fire automatic alarm module, a fire emergency lighting and evacuation indicating system module and a gas fire extinguishing control system module, collects the monitored information to a terminal module, and the terminal module can know the equipment operation condition of each building of the unit in time and form an integral network for each building of the unit, thereby being convenient for management, and obtaining disaster information in time when a fire disaster occurs, and avoiding missing the best opportunity for extinguishing the fire disaster.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.
Fig. 1 is an overall schematic diagram of a triggering alarm system suitable for unit security and fire linkage according to the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
Referring to fig. 1, the application provides a trigger alarm system suitable for unit's ann and fire extinction linkage, including warning networking module, water monitoring module, electric fire monitoring module, automatic fire alarm module, fire emergency lighting and evacuation indicating system module, gaseous fire extinguishing control system module and terminal module, terminal module is connected with warning networking module, water monitoring module, electric fire monitoring module, automatic fire alarm module, fire emergency lighting and evacuation indicating system module and gaseous fire extinguishing control system module respectively.
The terminal module can be a platform for receiving and issuing execution instructions, and is used for analyzing the information after receiving the information and issuing corresponding execution instructions so that corresponding fire extinguishing equipment can perform corresponding actions after receiving the execution instructions.
The platform may be an internet platform, with a computer accessing the network line to receive and issue execution instructions over the network.
The alarm networking module is used for being connected with alarm equipment in an area and sending alarm information to the terminal module.
Specifically, the alarm networking module is connected with a first automatic fire alarm controller, and the first automatic fire alarm controller comprises a first automatic fire alarm transmission module and a first automatic fire alarm control module.
The first automatic fire alarm transmission module is used for transmitting fire information. For example, the first automatic fire alarm transmission module is respectively connected with a fire hydrant button, a fire acousto-optic alarm, a manual fire alarm button, a point type temperature-sensing fire detector and other devices for fire alarm; the fire alarm system comprises a fire hydrant button, a fire audible and visual alarm, a manual fire alarm button, a point-type temperature-sensing fire detector and other equipment for fire alarm, wherein when the equipment for fire alarm receives signals, the signals are transmitted to a first automatic fire alarm transmission module, the first automatic fire alarm transmission module converts the received signals into signals which can be identified by a terminal module and sends the signals to the terminal module, and the terminal module executes corresponding actions according to the received signals.
First conflagration automatic alarm control module can control rather than being connected the equipment that is used for putting out a fire, for example, fire pump and fire control bellows etc. receive under the condition of executive command at first conflagration automatic alarm control module, control corresponding equipment work that is used for putting out a fire, for example, fire pump is daily unable opening, receives under the condition of executive command at first conflagration automatic alarm control module, opens fire pump, and fire pump can be used for the work of putting out a fire.
The alarm networking module can also be connected with a second automatic fire alarm controller through a user information transmission device.
The user information transmission device CAN be connected with the second automatic fire alarm controller in an RS232/RS485/CAN or other modes so as to receive alarm information transmitted by the second automatic fire alarm controller, in addition, an automatic fire alarm system CAN be arranged between the user information transmission device and the second automatic fire alarm controller, for example, a plurality of enterprise units are arranged in an area, each enterprise unit is provided with the second automatic fire alarm controller, the enterprise units are provided with the automatic fire alarm systems connected with the second automatic fire alarm controllers, the automatic fire alarm systems CAN transmit signals transmitted to the automatic fire alarm controllers by the second automatic fire alarm controllers to the user information transmission device, and the automatic fire alarm systems CAN independently control the second automatic fire alarm controllers to work.
A plurality of enterprise units form a networking unit, and each enterprise unit in the networking unit can transmit the fire condition to the user information transmission device and then transmit the fire condition to the terminal module through the user information transmission device.
The user information transmission device can acquire alarm information and running state information of the automatic fire alarm system of the networking unit in time and upload related data to the terminal module and the mobile phone of the fire-fighting responsible person of the networking unit in real time. The networking unit can also master the fire safety condition of the networking unit in time through the terminal module.
It should be noted that, the automatic fire alarm system belongs to a top-bottom relationship compared with the terminal module, that is, the automatic fire alarm system has the capability of the terminal module for processing fire information, but the authority of the automatic fire alarm system is not as high as that of the terminal module, the automatic fire alarm system is only responsible for the enterprise unit where the automatic fire alarm system is located, and the terminal module is responsible for all enterprise units in the networking unit.
The automatic fire alarm system can be understood as a control terminal of the second automatic fire alarm controller.
The user information transmission device is a device for transferring the information, collects the alarm information and the operation state information of each enterprise unit in the networked enterprise units, and transmits the collected information.
In this embodiment, utilize warning networking module can know alarm information and the running state information of enterprise's unit in the region in real time, the unusual data appears in certain fire extinguishing apparatus running state in the enterprise unit, user information transmission device can in time learn to with information transfer to terminal module, so that terminal module in time knows the operating condition of the equipment of the transmission of fire extinguishing apparatus in the region and being used for fire information, avoid the long-time condition emergence that does not maintain the trouble of equipment.
In the initial stage of a fire, if the fire can be effectively extinguished in time, significant losses can be avoided. Water is the most extensive and important fire extinguishing agent in a fire-fighting system and is also a necessary weapon for firefighters in the process of fire extinguishing and rescue, and the fire extinguishing effect is directly influenced if the fire-fighting water is perfect.
Based on above-mentioned reason, set up water monitoring module, water monitoring module is used for monitoring the fire pipe network water pressure and the fire-fighting water pool liquid level in the region to with monitoring data transmission to terminal module.
Specifically, the water usage monitoring module has a pressure sensor disposed within the fire hose network, and a level sensor disposed within the fire pool.
The pressure sensor monitors the pressure in the fire fighting pipe network and sends the monitored pressure data to the water consumption monitoring module; liquid level sensor can monitor the liquid level height in the fire-fighting water pond to liquid level data transmission who will monitor is to water monitoring module, and water monitoring module sends received pressure data and/or liquid level data to terminal module.
Pressure sensor deploys in the pipeline in the spray zone territory in the building for the water pressure of monitoring pipeline, and with the data feedback to water monitoring module of monitoring, water monitoring module can judge whether normal according to the data of feedback the water pressure in the pipeline. In addition, the pressure sensor can also be arranged at the most unfavorable point of the spraying loop, and the most unfavorable point is the pressure point of the water outlet of the fire hydrant, and the like. The most disadvantageous point is generally the end of the fire sprinkler, such as where the sprinkler head is connected to a pipe.
The liquid level sensor is arranged in the fire water tank and the water storage tank.
The water monitoring module can timely acquire building fire-fighting and outdoor fire-fighting water state information, including the liquid level data of the fire-fighting water tank and the reservoir, spraying pipe network pressure data, fire hydrant pipe network pressure data, outdoor fire hydrant inclination data and the like. The water monitoring module transmits data information to the terminal module under the condition that the acquired data are abnormal, so that the terminal module can timely know the water state information of building fire protection and outdoor fire protection, the water state information can be conveniently checked and processed in the first time, and the fire safety processing efficiency is improved.
The terminal receiving module can support the pushing of WEB (World Wide Web) and APP (application program) of the alarm information, and timely pushes the specific condition of the alarm information to a designated fire safety person.
For a line without power utilization monitoring, the power utilization condition cannot be seen and known before an electrical fire disaster occurs. It needs to be invisible and invisible, and can not be converted into recognizable information.
And the electrical fire monitoring module is used for monitoring electrical lines in the region and sending monitoring data to the terminal module. The invisible and untouchable electricity utilization condition is converted into recognizable information.
The electric fire monitoring module is connected with the combined type electric fire detector and/or the circuit breaker which are arranged on the main circuit and the branch circuit, wherein the combined type electric fire detector and/or the circuit breaker of the main circuit and the branch circuit sends monitoring data to the electric fire monitoring module, and the electric fire monitoring module sends the received monitoring data to the terminal module.
Specifically, the combined type electric fire detector comprises a line passing current sensor, a residual current sensor and a temperature sensor which are arranged on a main circuit and a branch circuit, wherein the line passing current sensor, the residual current sensor and the temperature sensor are used for monitoring the main circuit and the branch circuit and forming monitoring data to be sent to an electric fire monitoring module.
The main circuit is only the main transmission circuit of the building. The sub-circuit may be considered a sub-circuit with respect to the main circuit, except for the main circuit. Respectively with the power consumption condition of electrical apparatus fire detector monitoring main circuit and branch circuit, utilize electrical apparatus fire detector to acquire the residual current of electrical equipment, cross the circumstances such as line current, temperature and voltage to the information that will acquire passes through electrical fire monitoring module and transmits to terminal module, terminal module can in time know the potential safety hazard of electrical fire, reduces the risk that the conflagration took place. The monitoring of the electrical appliance fire detector is suitable for monitoring the electricity utilization safety of scenes such as financial industry, key units, nine-small places, high-rise residences, colleges, hospitals, museums and the like.
The circuit breaker is an intelligent circuit breaker, and can replace common air switches to realize the functions of loop electrical factor monitoring, leakage protection control, energy conservation, consumption reduction and the like. In addition, because the circuit breaker is intelligent circuit breaker, can also transmit the information of monitoring to terminal module through electric fire monitoring module.
The electric fire monitoring module utilizes the combined electric fire detector and/or the circuit breaker on the main circuit and the branch circuit to detect the circuit in real time, and transmits the acquired information to the terminal module, so that the terminal module can know the circuit condition in time, and the fire risk caused by electricity consumption and circuit aging is avoided.
The intensive places of people have multiple points and wide range, generally lack equipment and means for fire monitoring, have inadequate fire prevention measures, have poor fire safety awareness of people, lack effective means for real-time monitoring for the places by fire management departments, and are very easy to cause major accidents by small negligence. A24 h unattended wireless fire alarm system is built to fill up the blank of fire early warning in a dense place. The flexible installation mode is suitable for various intensive scene environments of people, and 24h online monitoring is beneficial to fire safety management personnel to find the ignition point and react at the first time.
And establishing an automatic fire alarm module for monitoring the fire detectors in the area based on the reasons, and sending the monitored data to the terminal module and the alarm equipment.
The automatic fire alarm module comprises a smoke detector, a temperature detector and a manual alarm button; the system comprises a smoke detector, a temperature detector and a manual alarm button, wherein signals collected by the smoke detector, the temperature detector and the manual alarm button are sent to an automatic fire alarm module, monitored monitoring data are sent to the automatic fire alarm module by the smoke detector and the temperature detector respectively, after the manual alarm button is triggered, trigger data are formed and sent to the automatic fire alarm module, and the automatic fire alarm module sends the received monitoring data and/or the received trigger data to a terminal module.
The smoke detector and the temperature-sensitive detector monitor the smoke concentration and temperature change in the environment in real time, and once the concentration exceeds a threshold value, a buzzer is sounded, and early warning information is sent to the platform. The platform supports manual fire alarm buttons to alarm and receives early warning information of the equipment.
The platform can establish the plan view that has smoke detector and temperature-sensing detector according to smoke detector and the temperature-sensing detector that set up, and smoke detector and temperature-sensing detector in the plan view arbitrary appearance in the appearance are unusual, can correspond the scintillation in the plan view, when smoke detector and temperature-sensing detector correspond the position have the camera, can match the camera with smoke detector and the temperature-sensing detector of its region, and when smoke detector and temperature-sensing detector appeared unusually, the scene condition in fire alarm position can be observed through the camera that matches. The platform can adopt wireless means such as NB-IoT or loRa, in time obtains on-the-spot smog concentration, temperature data and alarm information, promotes fire control early warning ability.
And the fire-fighting emergency lighting and evacuation indicating system module is used for being connected with the terminal module and executing the instruction sent by the terminal module.
Specifically, the fire emergency lighting and evacuation indication system module is respectively connected with an emergency lighting lamp and an evacuation indication lamp, wherein the emergency lighting lamp and the evacuation indication lamp can receive and execute instructions sent to the fire emergency lighting and evacuation indication system module by the terminal module.
The fire emergency lighting and evacuation indication system module can transmit information, namely, an instruction sent by the terminal module is obtained, and the instruction is sent to an emergency lighting lamp and an evacuation indication lamp which are connected with the fire emergency lighting and evacuation indication system module.
In addition, under the circumstances of outage, emergency lighting and evacuation pilot lamp are automatic to light to can transmit the information transmission of outage for fire control emergency lighting and evacuation indicating system module through wireless mode, fire control emergency lighting and evacuation indicating system module are with received information, and the retransmission is given terminal module.
The fire-fighting emergency lighting and evacuation indicating system module can acquire the working states of the emergency lighting lamp and the evacuation indicating lamp and upload the working states to the terminal module.
The gas becomes an indispensable part in people's production and life, and it brings a lot of convenience for people's production and life, but also has the potential safety hazard simultaneously, such as gas explosion, poisoning scheduling problem. However, while bringing convenience, the lack of necessary gas safety accident prevention and treatment mechanisms and other problems cause great hidden dangers to gas application, and gas accidents happen frequently.
And establishing a gas fire-extinguishing control system module based on the reasons for monitoring the gas content in the area and sending the monitored data to the terminal module and the alarm equipment.
The gas fire extinguishing control system module is connected with the gas detector, and the gas detector monitors the gas content in the area, and wherein, the gas detector transmits the monitoring data of gas content to the gas fire extinguishing control system module, and the gas fire extinguishing control system module sends monitoring data to the terminal module.
Specifically, when the gas detector is installed near the gas stove, the edge of the detector should be 1.5m to 4m away from the wall surface where the gas stove is located, and 0.3m away from the ceiling.
The gas detector monitors the concentration of combustible gas in the environment in real time, once the concentration exceeds a set threshold value, a sound-light alarm prompt is sent out, a gas fire extinguishing control system module is sent out, and the gas fire extinguishing control system module transmits information to the platform (namely, the terminal module).
The platform supports labeling and display of the gas detector on a plan view. After the platform receives the alarm information, the alarm point corresponding to the gas detector flashes, and an alarm linkage video (shooting is carried out by using a camera in the area where the gas detector is located) is supported, and the linked video, picture and plane graph are checked, so that the site condition of the fire alarm position can be quickly and visually known.
The platform supports alarm information WEB and APP propelling movement, in time gives appointed fire control safety person of blazing with alarm information (time, type, place etc.) propelling movement, and the very first time of being convenient for is looked over, is handled, promotes the efficiency that fire control safety handled.
The social unit has the problems of weak fire protection consciousness, incomplete fire protection safety management system and measures, equipment existence and shortage management and the like. Due to the lack of effective supervision means, the condition that the patrol work is not in place exists in part of fire control rooms, and the condition that the fire-fighting facilities are 'bad and unknown' is easily bred.
The NFC patrol point is established based on the reasons, a fixed-point and timing patrol is achieved by means of a mechanism that an NFC tag card is matched with the NFC patrol point for card punching, a patrol APP can be established, and functions of positioning or photographing and the like of the patrol APP are utilized to achieve supervision and standardization, electronic patrol record and the like of the patrol process.
The terminal module is arranged on the master control platform; the general control station is configured to:
a storage device for storing the received data;
the client is used for calling the data and the information received by the storage equipment and sending an instruction;
the monitoring screen is used for displaying the data received by the storage equipment; wherein,
the client comprises a computer and a mobile device.
The master control platform is provided with a computer with a plurality of displays, a client is arranged in the computer, and the displays can display pictures of shooting areas of the cameras and observe the conditions of fire scenes. The storage device is a hard disk or a cloud storage space.
The client analyzes and processes the received information and issues a corresponding instruction so that the instruction is received and executed by the equipment capable of receiving the instruction.
In one embodiment, the system further comprises a video monitoring module, which is used for monitoring the area and sending the monitoring data to the terminal module; the video monitoring module includes a camera.
When the smoke alarm occurs in the enterprise unit, even if the monitoring picture of the smoke alarm is found out through the video monitoring system immediately to confirm whether the fire is true, the efficiency is low. For fire-proof key areas, very early fire hazard early warning is needed. The fusion product combining the fire detector and the camera can quickly confirm the fire, give an alarm and immediately check the video image, and is suitable for fire protection management of key areas.
The platform uploads the video information, or the temperature information, or the smoke information acquired by the front end to the system platform by accessing the visual smoke detector, the intelligent camera, the thermal imaging camera and the like, so that the accuracy and the efficiency of multi-sensor alarm confirmation are improved.
In conclusion, the trigger alarm system suitable for the unit safety and fire fighting linkage provided by the invention can avoid the situation that fire automatic alarm systems of all buildings in a unit are distributed dispersedly and are independent, a centralized and unified management platform is lacked, and the fire safety states of all areas cannot be browsed in real time; the fire protection and security protection systems are independent of one another, information cannot be shared and effectively utilized, and the maximum value of each system cannot be fully exerted, so that an information island is formed. The invention constructs an integrated platform by using the comprehensive management modes of real-time monitoring, intelligent early warning, system linkage, equipment inspection and the like. The building construction is combined, various information such as fire alarm, smoke, gas, electricity, fire water, fire fighting facilities and the like are surrounded, real-time data such as the fire fighting facilities and scene environments of the building are obtained, the overall fire safety situation is comprehensively monitored in a multi-dimensional mode, the intelligent analysis on the potential safety hazard of the fire safety scene is enhanced by utilizing the artificial intelligence technology, and the management efficiency is improved; by means of multi-technology fusion, sensing, linkage rechecking and comprehensive study and judgment are carried out on the situation of fire safety, and the accuracy and the efficiency of study and judgment are improved. By means of informatization, intellectualization and the like, the fire fighting safety responsibility implementation of the networking unit is strengthened, the fire fighting safety hidden danger of the networking unit is acquired in real time, the progress and the implementation situation of the potential safety hazard rectification are timely corrected, the whole process recording of the potential safety hazard rectification is realized, and the whole potential safety hazard rectification is subjected to standard supervision. Gradually get through the information isolated island of traditional fire control, integration networking unit fire extinguishing system and security protection system fuse basic data such as geography, communication, realize the linkage of sharing, the business of data, for in time discovering the conflagration, monitoring the condition of a fire, personnel are sparse, emergent processing etc. provides effective means, promote the whole prevention and control level of conflagration.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. The utility model provides a trigger alarm system suitable for unit's ann disappears linkage which characterized in that includes: the system comprises an alarm networking module, a water monitoring module, an electrical fire monitoring module, an automatic fire alarm module, an emergency lighting and evacuation indicating system module, a gas fire extinguishing control system module and a terminal module, wherein the terminal module is respectively connected with the alarm networking module, the water monitoring module, the electrical fire monitoring module, the automatic fire alarm module, the emergency lighting and evacuation indicating system module and the gas fire extinguishing control system module; wherein,
the alarm networking module is used for being connected with alarm equipment in an area and sending alarm information to the terminal module;
the water monitoring module is used for monitoring the water pressure of a fire-fighting pipe network and the liquid level of a fire-fighting water pool in an area and sending monitoring data to the terminal module;
the electrical fire monitoring module is used for monitoring electrical lines in a region and sending monitoring data to the terminal module;
the automatic fire alarm module is used for monitoring fire detectors in a region and sending monitored data to the terminal module and the alarm equipment;
the fire-fighting emergency lighting and evacuation indicating system module is used for being connected with the terminal module and executing the instruction sent by the terminal module;
and the gas fire extinguishing control system module is used for monitoring the gas content in the area and sending the monitored data to the terminal module and the alarm equipment.
2. The trigger alarm system applicable to unit security and fire linkage according to claim 1, wherein the alarm networking module is connected to a first automatic fire alarm controller, or sequentially connected to a user information transmission device and a second automatic fire alarm controller,
the first automatic fire alarm controller sends alarm information to the alarm networking module, and the alarm networking module sends the received alarm information to the terminal module; and the second automatic fire alarm controller sends alarm information to the user information transmission device, the user information sends the received alarm information to the alarm networking module, and the alarm networking module sends the received alarm information to the terminal module.
3. The trigger alarm system for unit fire fighting linkage according to claim 1, wherein said water usage monitoring module has a pressure sensor disposed within said fire hose network and a liquid level sensor disposed within said fire pool, wherein,
the pressure sensor monitors the pressure in the fire fighting pipe network and sends the monitored pressure data to the water consumption monitoring module, the liquid level sensor can monitor the liquid level height in the fire fighting water tank and sends the monitored liquid level data to the water consumption monitoring module, and the water consumption monitoring module sends the received pressure data and/or liquid level data to the terminal module.
4. The trigger alarm system for unit fire fighting linkage according to claim 1, wherein the electrical fire monitoring module is connected to a combined electrical fire detector and/or a circuit breaker provided on a main circuit and a sub circuit, wherein,
and the combined type electric fire detector and/or the breaker of the main circuit and the branch circuit transmits monitoring data to the electric fire monitoring module, and the electric fire monitoring module transmits the received monitoring data to the terminal module.
5. The system of claim 4, wherein the combined electrical fire detector comprises a line-passing current sensor, a residual current sensor and a temperature sensor which are arranged on the main circuit and the branch circuit, and the line-passing current sensor, the residual current sensor and the temperature sensor monitor the main circuit and the branch circuit and form monitoring data to be sent to the electrical fire monitoring module.
6. The trigger alarm system applicable to unit safety and fire fighting linkage according to claim 1, wherein the automatic fire alarm module comprises a smoke detector, a temperature detector and a manual alarm button; the signals collected by the smoke detector, the temperature detector and the manual alarm button are sent to the automatic fire alarm module, wherein,
the smoke detector and the temperature detector respectively send monitored monitoring data to the automatic fire alarm module, after the manual alarm button is triggered, trigger data are formed and sent to the automatic fire alarm module, and the automatic fire alarm module sends the received monitoring data and/or the received trigger data to the terminal module.
7. The trigger alarm system applicable to unit security and fire extinction linkage according to claim 1, wherein the fire emergency lighting and evacuation indication system module is connected with an emergency lighting lamp and an evacuation indication lamp, respectively,
the emergency illuminating lamp and the evacuation indicating lamp can receive and execute instructions sent by the terminal module to the fire-fighting emergency illuminating and evacuation indicating system module.
8. The trigger alarm system applicable to unit safety and fire linkage according to claim 1, wherein the gas fire extinguishing control system module is connected with a gas detector which monitors the gas content in the area, wherein,
the gas detector transmits monitoring data of the gas content to the gas fire extinguishing control system module, and the gas fire extinguishing control system module sends the monitoring data to the terminal module.
9. The trigger alarm system applicable to unit safety and elimination linkage according to claim 1, further comprising a video monitoring module for monitoring an area and sending monitoring data to the terminal module; the video monitoring module includes a camera.
10. The triggering alarm system applicable to unit safety and elimination linkage according to any one of claims 1-9, wherein the terminal module is arranged on a master console; the console is configured to:
a storage device for storing the received data;
the client is used for calling the data and the information received by the storage equipment and sending an instruction;
the monitoring screen is used for displaying the data received by the storage equipment; wherein,
the client comprises a computer and a mobile device.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211214437.6A CN115641681A (en) | 2022-09-30 | 2022-09-30 | Trigger alarm system suitable for unit safety and elimination linkage |
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| CN202211214437.6A CN115641681A (en) | 2022-09-30 | 2022-09-30 | Trigger alarm system suitable for unit safety and elimination linkage |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116110184A (en) * | 2023-04-11 | 2023-05-12 | 深圳泛和科技有限公司 | Building fire early warning circuit, method, equipment and computer storage medium |
| CN116943087A (en) * | 2023-09-20 | 2023-10-27 | 伊发控股集团有限公司 | Control method of 5G circuit breaker and related equipment |
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2022
- 2022-09-30 CN CN202211214437.6A patent/CN115641681A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116110184A (en) * | 2023-04-11 | 2023-05-12 | 深圳泛和科技有限公司 | Building fire early warning circuit, method, equipment and computer storage medium |
| CN116110184B (en) * | 2023-04-11 | 2023-08-22 | 深圳泛和科技有限公司 | Building fire early warning circuit, method, equipment and computer storage medium |
| CN116943087A (en) * | 2023-09-20 | 2023-10-27 | 伊发控股集团有限公司 | Control method of 5G circuit breaker and related equipment |
| CN116943087B (en) * | 2023-09-20 | 2023-12-19 | 伊发控股集团有限公司 | Control method of 5G circuit breaker and related equipment |
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