CN203966384U - Fire fighting monitoring training education platform - Google Patents
Fire fighting monitoring training education platform Download PDFInfo
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- CN203966384U CN203966384U CN201420339065.4U CN201420339065U CN203966384U CN 203966384 U CN203966384 U CN 203966384U CN 201420339065 U CN201420339065 U CN 201420339065U CN 203966384 U CN203966384 U CN 203966384U
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Abstract
The utility model relates to a kind of fire fighting monitoring training education platform.Its technical scheme is: comprise exhibition booth body, circuit control section and system demonstration part, the sheet material that described exhibition booth body is rectangular parallelepiped, circuit control section comprises fire remote-monitoring equipment and Fire Autoalarm, a side at exhibition booth body is installed fire remote-monitoring equipment, and fire remote-monitoring equipment is connected by data line with Fire Autoalarm; Described system demonstration part comprises gas extinguishing system demonstration district, automatic water sprinkler systme demonstration district, hydrant system demonstration district, by pilot lamp, demonstrates each fire extinguishing system.Beneficial effect is: by simulation exhibition booth, it hangs on body of wall, interaction relation between each system of demonstration fire-fighting that can be straightforward, fire-fighting principle and long-range condition of a fire transmission method, allow the operating personnel of the study grasp scene to fire-fighting system, also by the importance of Fire Training platform publicity security against fire.
Description
Technical field
The utility model relates to a kind of fire fighting monitoring training set, particularly a kind of fire fighting monitoring training education platform.
Background technology
Along with national economy high speed development, the strick precaution of fire is more and more valued by the people.NFA method has been promulgated and has been implemented relevant laws and regulations in recent years, in engineering construction, the strick precaution of fire is raised to the height of law.But due to domestic, do not have independently full-time training organization to popularize fire education, people are still very fuzzy for the concept of fire-fighting.Simultaneously along with the development of fire prevention both at home and abroad, various brand fire products increasing, the progressively renewal of function, also needs to improve constantly according to the full-time operator in charge's of laws and regulations requirement configuration professional ability, to catch up with the step of technology innovation.Through investigation, find, the concept obfuscation of the operator in charge of the most units in oil field to fire-fighting system, does not understand the flow process of each system of fire-fighting at present, and long-range condition of a fire transmission is ignorant of.In this case, once have fault or emergency condition not to process timely, very likely cause larger loss.
Chinese patent literature number is 101833883A, patent name is < < fire-fighting teaching demonstration system > >, the hydrant system that native system comprises and automatic sprinkler system share water facilities, and its fire fighting supply main separated before the alarm valve of automatic sprinkler system.Fire fighting supply main one end is communicated with fire hydrant box by hydrant feed pipe, the other end by automatic sprinkler system feed pipe respectively with drench with rain, preact, dry type, wet alarm valve group is communicated with, for automatic sprinkler system supplies water, after alarm valve water outlet, connect the distribution system of water supply of automatic sprinkler system.Native system can provide experimental demonstration platform for student's practical teaching or even fire-fighting professional and technical personnel's training, strengthens scholar and understands for the understanding of fire-fighting fire extinguishing technology and equipment, has important actual application value.
But, the problem of its existence is: because documents has adopted real equipment, for student or fire fighter provide training, can realize concrete operations function, but this has also caused this demonstration platform floor area larger, and cost of manufacture is higher, applies or exist certain obstacle, these a lot of people that just make cannot obtain this system, also just cannot realize the object of training.
Summary of the invention
The purpose of this utility model is exactly in view of the foregoing defects the prior art has, a kind of fire fighting monitoring training education platform is provided, by simulation exhibition booth, it hangs on body of wall, interaction relation between each system of demonstration fire-fighting that can be straightforward, fire-fighting principle and long-range condition of a fire transmission method, allow the operating personnel of the study grasp scene to fire-fighting system, also by the importance of Fire Training platform publicity security against fire, for contracting of next step fire-fighting market lays the first stone.
Its technical scheme is: comprise exhibition booth body (a), circuit control section and system demonstration part, the sheet material that described exhibition booth body (a) is rectangular parallelepiped, circuit control section comprises fire remote-monitoring equipment (3) and Fire Autoalarm (4), a side at exhibition booth body is installed fire remote-monitoring equipment (3), and fire remote-monitoring equipment (3) is connected by data line with Fire Autoalarm (4);
Described system demonstration part comprises gas extinguishing system demonstration district (6), automatic water sprinkler systme demonstration district (7), hydrant system demonstration district (8), except fire remote-monitoring equipment and Fire Autoalarm, large-scale fire fighting device adopts picture form to be presented on the body of exhibition booth, all the other facilities directly hang on panel body with physical form, and four parts of described system demonstration part are connected with Fire Autoalarm (4) by wire respectively, and on wire, be provided with pilot lamp, by pilot lamp, demonstrate each fire extinguishing system.
Above-mentioned gas extinguishing system demonstration district (6) comprises smoke detector (6.1), heat detector (6.2), gas tip (6.3), gas line (6.4), emergency start-stop press-button (6.5), gas fire-fighting controller (6.6), gas starting bottle (6.7), fire-suppressant gas storage steel bottle (6.8), the input end of described gas fire-fighting controller (6.6) is connected to Fire Autoalarm (4), output terminal is connected to a plurality of gas tips (6.3) by smoke detector (6.1) and heat detector (6.2), a plurality of gas tips (6.3) are connected to gas starting bottle (6.7) by gas line (6.4), gas starting bottle (6.7) is connected with a plurality of fire-suppressant gas storage steel bottles (6.8).
Above-mentioned automatic water sprinkler systme demonstration district (7) comprises elevated tank (7.1), spray system voltage stabilizer (7.2), spray system shower nozzle (7.3), pond (7.4), pressure switch (7.5), wet alarm valve (7.6), spray system pipeline (7.7), feeding spraying pump valve (7.8), described elevated tank (7.1) is arranged on eminence, elevated tank (7.1) is connected with a plurality of spray system shower nozzles (7.3) by spray system voltage stabilizer (7.2), spray system pipeline (7.7) is provided with pressure switch (7.5) and wet alarm valve (7.6), spray system pipeline (7.7) is connected to feeding spraying pump valve (7.8), one of them spray system shower nozzle (7.3) is communicated with pond (7.4).
Above-mentioned hydrant system demonstration district (8) comprises hydrant (8.1), hydrant system pipeline (8.2), fire-water pond (8.3), fire pump valve (8.4), liquid level monitor (8.5), hydrant system voltage stabilizer (8.6), many group hydrants (8.1) are connected to fire-water pond (8.3) by hydrant system pipeline (8.2), and between hydrant system pipeline (8.2) and fire-water pond (8.3), be connected fire pump valve (8.4), fire-water pond (8.3) connects liquid level monitor (8.5); Described hydrant (8.1) is connected to elevated tank by hydrant system voltage stabilizer (8.6) and forms alternate source.
An output terminal of above-mentioned Fire Autoalarm (4) connects fire acousto-optic alarm (4.1) by wire, second output terminal connects Fire lift (4.2), fire resisting shutter (4.3), smoke control system fire resisting damper (4.4) by wire, and the 3rd output terminal connects Signal butterfly bamper (4.5), water flow indicator (4.6); The 4th output terminal connects fire hydrant button (4.7), water pump control cabinet (4.8), Hydrant (4.9), and the 4th output terminal connects spray switch board (4.10) and spray pump (4.11).
Display platform adopts wooden structures, after brushing frie retardant coating, starts to lay exploded view, and on exploded view fixing flexible lamp band and each fire fighting equipment, after installing, control module and all kinds of pilot relay are arranged on to corresponding device position, and control end is connected to and is controlled on computer.
The beneficial effects of the utility model are: after fire remote-monitoring training platform is set up, can better serve each fire-fighting key unit of oil field, pass through analog platform, interaction relation between each system of demonstration fire-fighting that can be straightforward, fire-fighting principle and long-range condition of a fire transmission method, allow the operating personnel of the study grasp scene to fire-fighting system, also by the importance of Fire Training platform publicity security against fire, and as the development training unit of platform, virtually fired unit fire-fighting brand, for contracting of next step fire-fighting market lays the first stone.
Accompanying drawing explanation
Accompanying drawing 1 is structural representation of the present utility model;
In upper figure: exhibition booth body a, remote monitoring center 1, transmission network 2, fire remote-monitoring equipment 3, Fire Autoalarm 4, water pump control cabinet 5, gas extinguishing system demonstration district 6, automatic water sprinkler systme demonstration district 7, hydrant system demonstration district 8,
Fire acousto-optic alarm 4.1, Fire lift 4.2, fire resisting shutter 4.3, smoke control system fire resisting damper 4.4, Signal butterfly bamper 4.5, water flow indicator 4.6, fire hydrant button 4.7, water pump control cabinet 4.8, Hydrant 4.9, spray switch board 4.10, spray pump 4.11
Smoke detector 6.1, heat detector 6.2, gas tip 6.3, gas line 6.4, emergency start-stop press-button 6.5, gas fire-fighting controller 6.6, gas starting bottle 6.7, fire-suppressant gas storage steel bottle 6.8,
Elevated tank 7.1, spray system voltage stabilizer 7.2, spray system shower nozzle 7.3, pond 7.4, pressure switch 7.5, wet alarm valve 7.6, spray system pipeline 7.7, feeding spraying pump valve 7.8
Hydrant 8.1, hydrant system pipeline 8.2, fire-water pond 8.3, fire pump valve 8.4, liquid level monitor 8.5, hydrant system voltage stabilizer 8.6.
Embodiment
By reference to the accompanying drawings 1, the utility model will be further described:
The utility model comprises exhibition booth body a, circuit control section and system demonstration part, the sheet material that described exhibition booth body a is rectangular parallelepiped, circuit control section comprises fire remote-monitoring equipment 3 and Fire Autoalarm 4, a side at exhibition booth body is installed fire remote-monitoring equipment 3, and fire remote-monitoring equipment 3 is connected by data line with Fire Autoalarm 4;
Described system demonstration part comprises gas extinguishing system demonstration district 6, automatic water sprinkler systme demonstration district 7, hydrant system demonstration district 8, except fire remote-monitoring equipment and Fire Autoalarm, large-scale fire fighting device adopts picture form to be presented on the body of exhibition booth, all the other facilities directly hang on panel body with physical form, and four parts of described system demonstration part are connected with Fire Autoalarm 4 by wire respectively, and on wire, be provided with pilot lamp, by pilot lamp, demonstrate each fire extinguishing system.
Above-mentioned gas extinguishing system demonstration district 6 comprises smoke detector 6.1, heat detector 6.2, gas tip 6.3, gas line 6.4, emergency start-stop press-button 6.5, gas fire-fighting controller 6.6, gas starting bottle 6.7, fire-suppressant gas storage steel bottle 6.8, the input end of described gas fire-fighting controller 6.6 is connected to Fire Autoalarm 4, output terminal is connected to a plurality of gas tips 6.3 by smoke detector 6.1 and heat detector 6.2, a plurality of gas tips 6.3 are connected to gas starting bottle 6.7 by gas line 6.4, gas starting bottle 6.7 is connected with a plurality of fire-suppressant gas storage steel bottles 6.8.
Above-mentioned automatic water sprinkler systme demonstration district 7 comprises elevated tank 7.1, spray system voltage stabilizer 7.2, spray system shower nozzle 7.3, pond 7.4, pressure switch 7.5, wet alarm valve 7.6, spray system pipeline 7.7, feeding spraying pump valve 7.8, described elevated tank 7.1 is arranged on eminence, elevated tank 7.1 is connected with a plurality of spray system shower nozzles 7.3 by spray system voltage stabilizer 7.2, spray system pipeline 7.7 is provided with pressure switch 7.5 and wet alarm valve 7.6, and spray system pipeline 7.7 is connected to feeding spraying pump valve 7.8; One of them spray system shower nozzle 7.3 is communicated with pond 7.4.
Above-mentioned hydrant system demonstration district 8 comprises hydrant 8.1, hydrant system pipeline 8.2, fire-water pond 8.3, fire pump valve 8.4, liquid level monitor 8.5, hydrant system voltage stabilizer 8.6, many group hydrants 8.1 are connected to fire-water pond 8.3 by hydrant system pipeline 8.2, and between hydrant system pipeline 8.2 and fire-water pond 8.3, be connected fire pump valve 8.4, fire-water pond 8.3 connects liquid level monitors 8.5; Described hydrant 8.1 is connected to elevated tank by hydrant system voltage stabilizer 8.6 and forms alternate source.
An output terminal of above-mentioned Fire Autoalarm 4 connects fire acousto-optic alarm 4.1 by wire, second output terminal connects Fire lift 4.2, fire resisting shutter 4.3,4.4, the three output terminals connection Signal butterfly bampers 4.5 of smoke control system fire resisting damper, water flow indicator 4.6 by wire; The 4th output terminal connects fire hydrant button 4.7, water pump control cabinet 4.8,4.9, the four output terminals connection spray switch boards 4.10 of Hydrant and spray pump 4.11.
Display platform adopts wooden structures, after brushing frie retardant coating, starts to lay exploded view, and on exploded view fixing flexible lamp band and each fire fighting equipment, after installing, control module and all kinds of pilot relay are arranged on to corresponding device position, and control end is connected to and is controlled on computer.
System demonstration of the present utility model adopts bay alarm controller and bay GST5000 watch-dog, to realize generalization and the transmission of video function of data acquisition; In order more intuitively each system demo function to be displayed, research and development group determines to adopt the light and shade control of flexible light band and principle of work and the flow process that each system is shown in each simple operations in kind of fire-fighting.Be below the presentation process of each flow process:
1, automatic fire alarm demo function.This system can be demonstrated detector alarm process, manual pull station alarm procedure, the rear linkage function of reporting to the police (cutting not sum interlock air port);
2, automatic water sprinkler systme demo function.This system can be demonstrated the workflow (mainly showing with the form of bright light) of each facility after end test water or shower nozzle explosion, as water flow indicator action, wet alarm valve, reports to the police and spreads out of alerting signal, and spray pump starts;
3, hydrant system demo function.Flow process when hydrant fire extinguishing is used in this system demonstration.Press fire hydrant button, start fire pump;
4, gas extinguishing system demo function.The workflow of this system demonstration gas extinguishing system.In display platform guard plot, cigarette sense and warming are reported to the police after the start key of emergency start-stop press-button (or manually press), signal reaches gas alarm main frame, gas alarm main frame Time Delay Opening when starting audible-visual annunciator starts steel cylinder, the gas that starts steel cylinder is opened flask for medicinal preparations again, and then gas alarm main frame is received the feedback signal of spraying agent and opened venting pilot lamp.
Claims (5)
1. a fire fighting monitoring training education platform, it is characterized in that: comprise exhibition booth body (a), circuit control section and system demonstration part, the sheet material that described exhibition booth body (a) is rectangular parallelepiped, circuit control section comprises fire remote-monitoring equipment (3) and Fire Autoalarm (4), a side at exhibition booth body is installed fire remote-monitoring equipment (3), and fire remote-monitoring equipment (3) is connected by data line with Fire Autoalarm (4);
Described system demonstration part comprises gas extinguishing system demonstration district (6), automatic water sprinkler systme demonstration district (7), hydrant system demonstration district (8), except fire remote-monitoring equipment and Fire Autoalarm, large-scale fire fighting device adopts picture form to be presented on the body of exhibition booth, all the other facilities directly hang on panel body with physical form, and four parts of described system demonstration part are connected with Fire Autoalarm (4) by wire respectively, and on wire, be provided with pilot lamp, by pilot lamp, demonstrate each fire extinguishing system.
2. fire fighting monitoring training education platform according to claim 1, it is characterized in that: described gas extinguishing system demonstration district (6) comprises smoke detector (6.1), heat detector (6.2), gas tip (6.3), gas line (6.4), emergency start-stop press-button (6.5), gas fire-fighting controller (6.6), gas starting bottle (6.7), fire-suppressant gas storage steel bottle (6.8), the input end of described gas fire-fighting controller (6.6) is connected to Fire Autoalarm (4), output terminal is connected to a plurality of gas tips (6.3) by smoke detector (6.1) and heat detector (6.2), a plurality of gas tips (6.3) are connected to gas starting bottle (6.7) by gas line (6.4), gas starting bottle (6.7) is connected with a plurality of fire-suppressant gas storage steel bottles (6.8).
3. fire fighting monitoring training education platform according to claim 1, it is characterized in that: described automatic water sprinkler systme demonstration district (7) comprises elevated tank (7.1), spray system voltage stabilizer (7.2), spray system shower nozzle (7.3), pond (7.4), pressure switch (7.5), wet alarm valve (7.6), spray system pipeline (7.7), feeding spraying pump valve (7.8), described elevated tank (7.1) is arranged on eminence, elevated tank (7.1) is connected with a plurality of spray system shower nozzles (7.3) by spray system voltage stabilizer (7.2), spray system pipeline (7.7) is provided with pressure switch (7.5) and wet alarm valve (7.6), spray system pipeline (7.7) is connected to feeding spraying pump valve (7.8), one of them spray system shower nozzle (7.3) is communicated with pond (7.4).
4. fire fighting monitoring training education platform according to claim 1, it is characterized in that: described hydrant system demonstration district (8) comprises hydrant (8.1), hydrant system pipeline (8.2), fire-water pond (8.3), fire pump valve (8.4), liquid level monitor (8.5), hydrant system voltage stabilizer (8.6), many group hydrants (8.1) are connected to fire-water pond (8.3) by hydrant system pipeline (8.2), and be connected fire pump valve (8.4) between hydrant system pipeline (8.2) and fire-water pond (8.3), fire-water pond (8.3) connects liquid level monitor (8.5), described hydrant (8.1) is connected to elevated tank by hydrant system voltage stabilizer (8.6) and forms alternate source.
5. fire fighting monitoring training education platform according to claim 1, it is characterized in that: an output terminal of described Fire Autoalarm (4) connects fire acousto-optic alarm (4.1) by wire, second output terminal connects Fire lift (4.2), fire resisting shutter (4.3), smoke control system fire resisting damper (4.4) by wire, and the 3rd output terminal connects Signal butterfly bamper (4.5), water flow indicator (4.6); The 4th output terminal connects fire hydrant button (4.7), water pump control cabinet (4.8), Hydrant (4.9), and the 4th output terminal connects spray switch board (4.10) and spray pump (4.11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420339065.4U CN203966384U (en) | 2014-06-24 | 2014-06-24 | Fire fighting monitoring training education platform |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420339065.4U CN203966384U (en) | 2014-06-24 | 2014-06-24 | Fire fighting monitoring training education platform |
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| CN203966384U true CN203966384U (en) | 2014-11-26 |
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| CN201420339065.4U Expired - Fee Related CN203966384U (en) | 2014-06-24 | 2014-06-24 | Fire fighting monitoring training education platform |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107393440A (en) * | 2017-06-22 | 2017-11-24 | 霍九春 | Environmentally friendly panel and preparation method thereof |
| CN109035957A (en) * | 2018-10-16 | 2018-12-18 | 广东群创建设科技有限公司 | A kind of intelligent fire operation training system |
| CN109091788A (en) * | 2018-08-22 | 2018-12-28 | 甘肃第七建设集团股份有限公司 | A kind of fire-fighting experimental rig that remotely can be detected and be safeguarded and method |
| CN110533993A (en) * | 2019-09-06 | 2019-12-03 | 北京汽车博物馆(丰台区规划展览馆) | A kind of fire-fighting panel |
| CN113053192A (en) * | 2019-12-28 | 2021-06-29 | 南京精诚微控信息科技有限公司 | Fire-fighting linkage demonstration equipment |
-
2014
- 2014-06-24 CN CN201420339065.4U patent/CN203966384U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107393440A (en) * | 2017-06-22 | 2017-11-24 | 霍九春 | Environmentally friendly panel and preparation method thereof |
| CN109091788A (en) * | 2018-08-22 | 2018-12-28 | 甘肃第七建设集团股份有限公司 | A kind of fire-fighting experimental rig that remotely can be detected and be safeguarded and method |
| CN109091788B (en) * | 2018-08-22 | 2023-03-28 | 甘肃第七建设集团股份有限公司 | Fire-fighting test device and method capable of remotely detecting and maintaining |
| CN109035957A (en) * | 2018-10-16 | 2018-12-18 | 广东群创建设科技有限公司 | A kind of intelligent fire operation training system |
| CN109035957B (en) * | 2018-10-16 | 2024-01-23 | 广东群创建设科技有限公司 | Intelligent fire-fighting real-operation training system |
| CN110533993A (en) * | 2019-09-06 | 2019-12-03 | 北京汽车博物馆(丰台区规划展览馆) | A kind of fire-fighting panel |
| CN113053192A (en) * | 2019-12-28 | 2021-06-29 | 南京精诚微控信息科技有限公司 | Fire-fighting linkage demonstration equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141126 Termination date: 20150624 |
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| EXPY | Termination of patent right or utility model |