CN216456661U - Examination position management system for self-contained generator room - Google Patents
Examination position management system for self-contained generator room Download PDFInfo
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- CN216456661U CN216456661U CN202122726415.5U CN202122726415U CN216456661U CN 216456661 U CN216456661 U CN 216456661U CN 202122726415 U CN202122726415 U CN 202122726415U CN 216456661 U CN216456661 U CN 216456661U
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Abstract
The application relates to a self-contained generator room examination position management system relates to the technical field of fire control examination position systems, and it includes the guard area, still includes: the gas fire extinguishing device is arranged in the protection area; the gas fire extinguishing control module is arranged in the protection area and is connected with the gas fire extinguishing device; the trigger induction module is arranged in the protection area and is connected with the gas fire extinguishing control module; wherein, trigger the response module including setting up the manual start button outside the protected area, gaseous fire extinguishing control module controls gaseous extinguishing device and starts in response to the manual start control signal that manual start button sent. This application has the effect that the fire fighter who makes the entering into self-contained generator room scene of a fire all possesses relevant condition of a fire throughput.
Description
Technical Field
The application relates to the technical field of fire-fighting examination position systems, in particular to a self-contained generator room examination position management system.
Background
When taking place the condition of a fire in the generator room of the oneself, the fireman need get into the scene of a fire, carries out the gas operation of putting out a fire to the generator of the oneself in the scene of a fire, because the particularity of generator room environment, the fireman's concrete step of putting out a fire and the normal flow of putting out a fire of this moment are different to some extent.
Therefore, if the fire fighter does not know the specific operation flow of the gas fire extinguishing operation in the self-contained generator room and just gets into the self-contained generator room fire scene, then can't carry out timely effectual processing to the condition of a fire in the self-contained generator room, however, before the fire fighter carries out the actual fire extinguishing operation to the self-contained generator room, be difficult to learn current fire fighter's relevant operation level of putting out a fire.
Disclosure of Invention
In order to enable firefighters entering a fire scene of the self-contained generator room to have related fire handling capacity, the application provides a position checking management system of the self-contained generator room.
The application provides a self-contained generator room examination position management system adopts following technical scheme:
a self-contained generator room examination management system comprises a protection area and further comprises:
the gas fire extinguishing device is arranged in the protection area;
the gas fire extinguishing control module is arranged in the protection area and is connected with the gas fire extinguishing device;
the trigger induction module is arranged in the protection area and is connected with the gas fire extinguishing control module;
the trigger induction module comprises a manual starting button arranged outside the protection area, and the gas fire extinguishing control module responds to a manual starting control signal sent by the manual starting button to control the gas fire extinguishing device to start.
Through adopting above-mentioned technical scheme, when the fire fighter carries out the fire drill, the fire fighter triggers manual start button according to the fire control demand, make manual start button generate manual start control signal and send, when gaseous fire control module that goes out receives manual start control signal, gaseous fire control module response manual start control signal that goes out, control gas extinguishing device starts, make gaseous fire extinguisher spray inert gas, put out a fire to the condition of a fire operation in protection zone, protection zone is through simulating actual fire field environment, carry out the preliminary test to the condition of a fire throughput of fire fighter, and then effectively handle the accuse to fire fighter's relevant ability, the fire fighter that makes to get into the generator room fire field of oneself all possesses relevant condition of a fire throughput.
Optionally, the plurality of protection zones jointly form a self-contained generator room examination position.
Through adopting above-mentioned technical scheme, a generator room of being equipped with examines the position and includes a plurality of protecting areas, and a plurality of protecting areas can provide test environment for the fireman simultaneously, and then improve the utilization ratio and the efficiency of software testing that the generator room of being equipped with examines the position.
Optionally, gaseous fire control module is including setting up gaseous fire control controller in the protected area, gaseous fire control controller with manual start button connects, gaseous fire control module responds to the manual start control signal that manual start button sent controls gaseous extinguishing device starts.
Through adopting above-mentioned technical scheme, the protection zone adopts gaseous fire extinguishing controller, receives the manual start control signal that manual start button sent, realizes the complete linkage step of signal reception and feedback, and the gaseous control module that goes out a fire of being convenient for makes corresponding feedback action of predetermineeing according to user's specific operation.
Optionally, the triggering sensing module further comprises a point-type smoke fire detector arranged in the protection area and connected with the gas fire extinguishing controller, a point-type temperature-sensitive fire detector arranged in the protection area and connected with the gas fire extinguishing controller, and a manual fire alarm button arranged in the protection area and connected with the gas fire extinguishing controller;
the point type smoke fire detector, the point type temperature fire detector and the manual fire alarm button are used for generating triggering sensing signals and sending the triggering sensing signals, and the gas fire extinguishing control module controls the gas fire extinguishing device to start when receiving any two triggering sensing signals.
Through adopting above-mentioned technical scheme, when the fire fighter did not trigger manual start button, the fire fighter triggered the gas fire extinguishing controller through two arbitrary items in trigger point type smoke fire detector, point type temperature sensing fire detector and the manual fire alarm button, realized the multiple mode of triggering of gas fire extinguishing controller, made the fire fighter's relevant fire fighting ability can obtain more comprehensive test.
Optionally, an acousto-optic alarm is arranged in the protection area, the acousto-optic alarm is connected with the gas fire extinguishing controller, and the gas fire extinguishing control module controls the acousto-optic alarm to be started when receiving any one of the trigger sensing signals.
Through adopting above-mentioned technical scheme, when gaseous fire extinguishing controller received trigger point type smoke fire detector, point type temperature sensing fire detector and the arbitrary one that manual fire alarm button sent and trigger the sensing signal, gaseous fire extinguishing control module control audible-visual annunciator starts, and the personnel in the suggestion protected area are evacuated as soon as possible.
Optionally, be provided with in the protected area with the linkage extinguishing device that gaseous fire control module connects, linkage extinguishing device is including setting up door and window component on the protected area, door and window component with gaseous fire control controller is connected, gaseous fire control module that extinguishes is receiving arbitrary one when triggering the sensing signal, control the door and window component is closed.
Through adopting above-mentioned technical scheme, when gaseous fire extinguishing controller received trigger point type smoke fire detector, point type temperature sensing fire detector and the arbitrary one that manual fire alarm button sent and triggered the sensing signal, gaseous fire control module control door and window component is closed, when carrying out gaseous fire extinguishing operation, inert gas is difficult for circulating with the gas in the external environment, guarantees follow-up actual effect of putting out a fire the operation.
Optionally, a timer connected to the sound-light alarm and the gas fire extinguishing controller is arranged in the protection area, the timer starts timing in response to a start signal sent by the sound-light alarm, and when the timing duration of the timer reaches a preset time threshold, the timer sends a timing control signal; the gas fire extinguishing control module controls the gas fire extinguishing device to start in response to a timing control signal sent by the timer.
Through adopting above-mentioned technical scheme, when gaseous fire extinguishing controller received trigger point type smoke detector, point type temperature sensing fire detector and manual fire alarm button and sent arbitrary one and trigger the sensing signal, the time-recorder begins to time the activation time of audible-visual alarm, when the length of time of timing reaches the time threshold of predetermineeing, the time-recorder sent timing control signal, and the start of control gas extinguishing device reserves certain reaction execution time for personnel's evacuation.
Optionally, a manual stop button is arranged in the protection area, the manual stop button is connected with the gas fire extinguishing controller, and the gas fire extinguishing control module controls the gas fire extinguishing device to be turned off in response to a stop control signal sent by the manual stop button.
Through adopting above-mentioned technical scheme, after the test procedure was accomplished, through pressing manual stop button, generate stop control signal, gaseous fire extinguishing control module responds to stop control signal this moment, and control gaseous extinguishing device closes, accomplishes this test.
Drawings
Fig. 1 is a block diagram of modules in an embodiment of the present application.
Fig. 2 is a block diagram of modules in the second embodiment of the present application.
Fig. 3 is a block diagram of modules in the third embodiment of the present application.
Description of reference numerals: 1. a protected area; 2. a gas fire extinguishing device; 3. a gas fire extinguishing control module; 31. a gas fire suppression controller; 4. triggering the induction module; 41. a manual start button; 42. a point-type smoke fire detector; 43. a point type temperature-sensitive fire detector; 44. a manual fire alarm button; 5. an audible and visual alarm; 6. a door window member; 7. a timer; 8. a manual stop button.
Detailed Description
The present application is described in further detail below with reference to all of the figures.
The first embodiment is as follows:
the embodiment of the application discloses a self-contained generator room examination position management system, refer to fig. 1, including zone of protection 1, be provided with gaseous extinguishing device 2 in the zone of protection 1, gaseous extinguishing device 2 is used for spouting inert gas in to zone of protection 1. After in the fireman gets into zone of protection 1, the fireman triggers gaseous extinguishing device 2 through carrying out relevant step of putting out a fire, and gaseous extinguishing device 2 puts out a fire the operation through inert gas to the generator room of being equipped with oneself, is difficult for destroying the relevant equipment in the generator room of being equipped with oneself, realizes the operation of putting out a fire to specific environment in zone of protection 1.
A plurality of protection zones 1 jointly form a self-contained generator room examination position, and each protection zone 1 is mutually independent. A generator room of being equipped with examines the position and includes a plurality of protected areas 1, and when every fireman carried out the capability test, the relevant test procedure of execution in getting into a protected area 1, a plurality of protected areas 1 can provide test environment for a plurality of firemen simultaneously, and then improve the utilization ratio and the efficiency of software testing of being equipped with generator room of being equipped with and examining the position.
Install gaseous fire extinguishing control module 3 in the zone of protection 1, gaseous fire extinguishing control module 3 is connected with gaseous extinguishing device 2, and gaseous fire extinguishing control module 3 is including setting up the gaseous fire extinguishing controller 31 in zone of protection 1. When the fireman gets into zone 1, when carrying out the capability test, zone 1 adopts gaseous fire extinguishing controller 31, receives the fire-fighting man through the triggering signal that concrete operation generated, and then realizes the complete linkage step of signal reception and feedback, and the gaseous control module of putting out a fire 3 of being convenient for makes corresponding feedback action of predetermineeing according to user's concrete operation.
A trigger induction module 4 is installed in the protection area 1, and the trigger induction module 4 is connected with the gas fire extinguishing control module 3; wherein, trigger response module 4 including set up the manual start button 41 outside protected area 1, manual start button 41 is connected with gaseous fire extinguishing controller 31, and gaseous fire extinguishing control module 3 controls gaseous extinguishing device 2 and starts in response to the manual start control signal that manual start button 41 sent.
When the fireman carries out the fire drill, the fireman presses manual start button 41 according to the fire control demand, and then trigger manual start button 41, make manual start button 41 generate manual start control signal and send, when gaseous fire extinguishing control module 3 received manual start control signal, gaseous fire extinguishing control module 3 responds manual start control signal, control gas extinguishing device 2 starts, make gaseous fire extinguisher spray inert gas, put out a fire to the condition of a fire of protected area 1 and operate, protected area 1 is through the actual fire scene environment of simulation, carry out the preliminary test to fireman's condition of a fire throughput.
A manual stop button 8 is arranged in the protection area 1, the manual stop button 8 is connected with a gas fire extinguishing controller 31, and the gas fire extinguishing control module 3 controls the gas fire extinguishing device 2 to be closed in response to a stop control signal sent by the manual stop button 8. After the test process is completed, the fireman triggers the manual stop button 8 by pressing the manual stop button 8 to generate a stop control signal, and the gas fire extinguishing control module 3 controls the gas fire extinguishing device 2 to be closed in response to the stop control signal to complete the test.
The implementation principle of the first embodiment of the application is as follows: when a fireman carries out fire drill, the fireman presses the manual starting button 41 according to the fire demand, and then triggers the manual starting button 41, so that the manual starting button 41 generates a manual starting control signal and sends the manual starting control signal, and when the gas fire extinguishing control module 3 receives the manual starting control signal, the gas fire extinguishing device 2 is controlled to be started; after the test process is completed, the fireman triggers the manual stop button 8 by pressing the manual stop button 8 to generate a stop control signal, the gas fire extinguishing control module 3 responds to the stop control signal at the moment, the gas fire extinguishing device 2 is controlled to be closed, and the fire condition processing capacity of the fireman is tested in advance in the protection area 1 by simulating the actual fire scene environment.
Example two:
referring to fig. 2, the difference between the second embodiment and the first embodiment is that the specific structure of the trigger sensing module 4 is different, and the trigger sensing module 4 further includes a point-type smoke fire detector 42, a point-type temperature-sensitive fire detector 43, and a manual fire alarm button 44. The point-type smoke fire detector 42 detects the smoke concentration in the protected area 1, and the point-type temperature-sensitive fire detector 43 detects the abnormal fire temperature using a heat-sensitive element.
The point-type smoke fire detector 42, the point-type temperature-sensitive fire detector 43, and the manual fire alarm button 44 are all disposed in the protected area 1 and connected to the gas fire extinguishing controller 31. When the point-type smoke fire detector 42 detects smoke, the point-type temperature-sensitive fire detector 43 detects abnormal temperature, and the manual fire alarm button 44 is pressed, the point-type smoke fire detector 42, the point-type temperature-sensitive fire detector 43, and the manual fire alarm button 44 are respectively triggered, and trigger sensing signals are respectively generated and transmitted.
The firefighter triggers the point-type smoke fire detector 42 by using a smoke adding device, triggers the point-type temperature fire detector 43 by using a special flame testing device, and triggers the same by pressing a manual fire alarm button 44. The trigger sensing signals generated by the point-type smoke fire detector 42, the point-type temperature-sensitive fire detector 43 and the manual fire alarm button 44 are independent from each other and do not interfere with each other.
Be provided with acousto-optic alarm 5 in the guard space 1, acousto-optic alarm 5 is connected with gaseous fire extinguishing controller 31, and gaseous fire extinguishing control module 3 is when receiving arbitrary one and triggering the sensing signal, and gaseous fire extinguishing control module 3 control acousto-optic alarm 5 starts.
When the gas fire extinguishing controller 31 receives any one of the triggering sensing signals sent by the triggering point type smoke fire detector 42, the point type temperature sensing fire detector 43 or the manual fire alarm button 44, the gas fire extinguishing control module 3 controls the sound-light alarm 5 to be started, and the sound-light alarm 5 sends out alarm sound and flashes an alarm prompting lamp to warn the irrelevant people around the protection area 1 and prompt the irrelevant people nearby the protection area 1 to evacuate as soon as possible.
Be provided with the linkage extinguishing device who is connected with gaseous fire extinguishing control module 3 in the zone of protection 1, linkage extinguishing device is including setting up door and window component 6 on zone of protection 1, and door and window component 6 is connected with gaseous fire extinguishing controller 31, and gaseous fire extinguishing control module 3 is when receiving arbitrary one and triggering the sensing signal, and control door and window component 6 is closed.
When the gas fire extinguishing controller 31 receives any one of the triggering induction signals sent by the triggering point type smoke fire detector 42, the point type temperature sensing fire detector 43 or the manual fire alarm button 44, the gas fire extinguishing control module 3 responds to the triggering induction signal to control the closing of the door and window component 6, so that the fire extinguishing environment in the protection area 1 is relatively closed, when the gas fire extinguishing operation is carried out, the inert gas is not easy to circulate with the gas in the external environment, and the actual effect of the follow-up fire extinguishing operation is ensured.
When the gas fire extinguishing control module 3 receives any two trigger sensing signals, the gas fire extinguishing control module 3 controls the gas fire extinguishing device 2 to start. When the fire fighter does not trigger the manual start button 41, the fire fighter triggers the gas fire extinguishing controller 31 through any two of the trigger point type smoke fire detector 42, the point type temperature-sensitive fire detector 43 and the manual fire alarm button 44, so that various trigger modes of the gas fire extinguishing controller 31 are realized, and the relative fire fighting capacity of the fire fighter can be tested more comprehensively.
The implementation principle of the second embodiment of the present application is as follows: when the fire fighter does not trigger the manual start button 41, the fire fighter adopts a multipoint triggering scheme to carry out the fire fighting process, and the fire fighter triggers the gas fire extinguishing controller 31 through any two of the triggering point type smoke fire detector 42, the point type temperature sensing fire detector 43 and the manual fire alarm button 44, so that multiple triggering modes of the gas fire extinguishing controller 31 are realized, and the relevant fire fighting capacity of the fire fighter can be tested more comprehensively.
Example three:
referring to fig. 3, the third embodiment is different from the second embodiment in that the gas fire extinguishing apparatus 2 is triggered in a different manner, a timer 7 is disposed in the protection area 1, the timer 7 is connected to the acousto-optic alarm 5 and the gas fire extinguishing controller 31, the timer 7 starts timing in response to a start signal sent by the acousto-optic alarm 5, and when the timing duration of the timer 7 reaches a preset time threshold, the timer 7 sends a timing control signal; the gas fire extinguishing control module 3 controls the gas fire extinguishing device 2 to be activated in response to a timing control signal sent by the timer 7.
When the acousto-optic alarm 5 starts to work, the acousto-optic alarm 5 generates a starting signal, the timer 7 starts to time the starting time of the acousto-optic alarm 5 after receiving the starting signal, when the timing duration reaches a preset time threshold, the timer 7 sends a timing control signal, the gas fire extinguishing control module 3 responds to the timing control signal sent by the timer 7 to control the gas fire extinguishing device 2 to start, the delayed starting function of the gas fire extinguishing device 2 is realized, and a certain response execution time is reserved for the evacuation of personnel.
The third embodiment of the present application has the following implementation principle: when the gas fire extinguishing controller 31 receives any one of the trigger sensing signals sent by the trigger point type smoke fire detector 42, the point type temperature sensing fire detector 43 or the manual fire alarm button 44, the timer 7 starts to time, when the timing duration reaches a preset time threshold, the timer 7 sends a timing control signal, the gas fire extinguishing control module 3 responds to the timing control signal sent by the timer 7, the gas fire extinguishing device 2 can be controlled to start without receiving a second trigger sensing signal, and the automatic delay starting function of the gas fire extinguishing device 2 is realized.
The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.
Claims (8)
1. The utility model provides a self-contained generator room examination position management system, includes guard block (1), its characterized in that still includes:
the gas fire extinguishing device (2), the gas fire extinguishing device (2) is arranged in the protection area (1);
the gas fire extinguishing control module (3) is arranged in the protective area (1) and is connected with the gas fire extinguishing device (2);
the trigger induction module (4) is arranged in the protective area (1) and is connected with the gas fire extinguishing control module (3);
the trigger induction module (4) comprises a manual starting button (41) arranged outside the protection area (1), and the gas fire extinguishing control module (3) controls the gas fire extinguishing device (2) to be started in response to a manual starting control signal sent by the manual starting button (41).
2. The self-contained generator room examination management system according to claim 1, wherein: the plurality of protection zones (1) jointly form a self-contained generator room examination position.
3. The self-contained generator room examination position management system according to claim 1, characterized in that: gaseous fire extinguishing control module (3) are including setting up gaseous fire extinguishing controller (31) in protected area (1), gaseous fire extinguishing controller (31) with manual start button (41) are connected, gaseous fire extinguishing control module (3) respond to the manual start control signal that manual start button (41) sent and control gaseous extinguishing device (2) start.
4. The self-contained generator room examination management system according to claim 3, wherein: the trigger sensing module (4) further comprises a point-type smoke fire detector (42) which is arranged in the protection area (1) and connected with the gas fire extinguishing controller (31), a point-type temperature-sensitive fire detector (43) which is arranged in the protection area (1) and connected with the gas fire extinguishing controller (31), and a manual fire alarm button (44) which is arranged in the protection area (1) and connected with the gas fire extinguishing controller (31);
the point type smoke fire detector (42), the point type temperature fire detector (43) and the manual fire alarm button (44) are used for generating triggering sensing signals and sending the triggering sensing signals, and the gas fire extinguishing control module (3) controls the gas fire extinguishing device (2) to be started when receiving any two triggering sensing signals.
5. The self-contained generator room examination management system according to claim 4, wherein: be provided with reputation siren (5) in guard space (1), reputation siren (5) with gaseous fire control ware (31) are connected, gaseous fire control module (3) are receiving arbitrary one when triggering the sensing signal, control reputation siren (5) start.
6. The self-contained generator room examination management system according to claim 4, wherein: be provided with in protection area (1) with the linkage extinguishing device that gaseous fire extinguishing control module (3) are connected, linkage extinguishing device is including setting up door and window component (6) on protection area (1), door and window component (6) with gaseous fire extinguishing controller (31) are connected, gaseous fire extinguishing control module (3) are receiving arbitrary one when triggering induction signal, control door and window component (6) are closed.
7. The self-contained generator room examination management system according to claim 5, wherein: a timer (7) connected with the acousto-optic alarm (5) and the gas fire-extinguishing controller (31) is arranged in the protection area (1), the timer (7) starts to time in response to a starting signal sent by the acousto-optic alarm (5), and when the timing duration of the timer (7) reaches a preset time threshold, the timer (7) sends a timing control signal; the gas fire extinguishing control module (3) controls the gas fire extinguishing device (2) to start in response to a timing control signal sent by the timer (7).
8. The self-contained generator room examination management system according to claim 6, wherein: be provided with manual stop button (8) in guard space (1), manual stop button (8) with gas fire extinguishing controller (31) are connected, gas fire extinguishing control module (3) respond to the stop control signal that manual stop button (8) sent and control gas extinguishing device (2) are closed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122726415.5U CN216456661U (en) | 2021-11-09 | 2021-11-09 | Examination position management system for self-contained generator room |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122726415.5U CN216456661U (en) | 2021-11-09 | 2021-11-09 | Examination position management system for self-contained generator room |
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| Publication Number | Publication Date |
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| CN216456661U true CN216456661U (en) | 2022-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202122726415.5U Active CN216456661U (en) | 2021-11-09 | 2021-11-09 | Examination position management system for self-contained generator room |
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| CN (1) | CN216456661U (en) |
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2021
- 2021-11-09 CN CN202122726415.5U patent/CN216456661U/en active Active
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