CN205215991U - Fire extinguishing system and public vehicle who constitutes thereof - Google Patents
Fire extinguishing system and public vehicle who constitutes thereof Download PDFInfo
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- CN205215991U CN205215991U CN201520899113.XU CN201520899113U CN205215991U CN 205215991 U CN205215991 U CN 205215991U CN 201520899113 U CN201520899113 U CN 201520899113U CN 205215991 U CN205215991 U CN 205215991U
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Abstract
The utility model discloses a fire extinguishing system and public vehicle who constitutes thereof, the public security against fire facility of having solved current public vehicle is with high costs, implement inconvenient scheduling problem. This fire extinguishing system includes: the pressure vessel jar for storage fire extinguishing agent / water provides transport power through pressure for water / fire extinguishing agent, pipeline, through the connecting pipe with the pressure vessel jar is connected for carry fire extinguishing agent / water to reach the shower nozzle blowout, the shower nozzle sets up pipeline is last for blowout fire extinguishing agent / water, the valve, with the connecting pipe is connected, is used for control the switching of connecting pipe, the start button, through signal control wire with the valve is connected, is used for control the switching of valve. The utility model discloses simple structure, low in cost, implementation convenience can be applied to on the big public vehicle of crowd's density such as bus, passenger traffic automobile, train, high -speed railway, subway.
Description
Technical field
The utility model relates to a kind of fire-fighting system, specifically, relates to the public transport of a kind of fire-fighting system and formation thereof.
Background technology
Public transport, as the security against fire problem of the facilities such as bus, short distance/coach bus, subway, train, high ferro, is the important research direction in this area always.Traditional, the fire-fighting equipment of public transport is the vial-type fire extinguisher carried based on facility itself, when running into the condition of a fire, passenger might not expect these vial-type fire extinguishers in time, and vial-type fire extinguisher is also very inconvenient in the public transport inside use of crowd's comparatively dense.In order to overcome the defect of traditional vial-type fire extinguisher, have developed a kind of bus fire-fighting system, this system adopts fire pump as power, coordinates water tank and spray piping, is put out a fire by the shower nozzle be arranged in bus, but it exists three significant deficiency:
One, cost is high.The price of fire pump and system is very expensive, and cost will account for car load production cost about about 25%, cannot spread.
Two, take up room greatly.This complete equipment need be split independent device space placement and drive water pump and water tank in bus main cabin, and passenger space resource very finite sum preciousness, be difficult to spread.
Three, response speed is slow.This system needs longer start-up time.During breaking out of fire, driver starts fire pump, fire pump is forced into operating pressure from inactive state needs the regular hour, and in car, gasoline combustion can reach the thousands of degree of hundreds of instantaneously, and the damage of gasoline flame to human body skin and respiratory mucosa calculates with Millisecond.
Therefore, research and develop a kind of fire-fighting system implemented facility, respond quick, cheap public transport, just become the important topic of this area.
Utility model content
The purpose of this utility model is to overcome above-mentioned defect, provides the fire-fighting system that a kind of structure is simple, realize convenience, fast response time.
To achieve these goals, the utility model is by the following technical solutions:
A kind of fire-fighting system, comprising:
Pressure volume pot, for storing extinguishing chemical/water and by pressure for water/extinguishing chemical provides transmitting power; Pressure volume pot quantity is determined according to actual needs, it can be one, two, three even more;
Conveyance conduit, is connected with described pressure volume pot by tube connector, arrives shower nozzle ejection for conveying extinguishing agent/water;
Shower nozzle, is arranged on described conveyance conduit, for spraying extinguishing chemical/water;
Valve, is connected with described tube connector, for controlling the opening and closing of described tube connector;
Start button, is connected with described valve by signal control line, for controlling the opening and closing of described valve.By above-mentioned setting, when there is the condition of a fire, driver can be opened by start button by-pass valve control the very first time, pressure vessel pot liquid is delivered to conveyance conduit by tube connector under the effect of the pressure, then sprayed by each shower nozzle, on the one hand, avoid the problem that in induction fire extinguishing and background technology, the bus fire-fighting system response speed introduced is slow, on the other hand, cost is low, equipment is simple, it is little to take up room.
Connected mode between pressure volume pot and conveyance conduit comprises following four kinds:
One
When for single pressure volume pot, this pressure volume pot is directly connected with extinguishing chemical conveyance conduit through fire valve;
They are two years old
When for multiple pressure volume pot, each pressure volume pot joins a valve, then connects a conveyance conduit separately separately;
They are three years old
When for multiple pressure volume pot, each pressure volume pot joins a valve, converges afterwards, is then connected to a fire protection pipeline;
They are four years old
When for multiple pressure volume pot, multiple pressure volume pot was just connected by pipeline before valve, afterwards by a valve, was then connected to one or more fire protection pipeline.
Further, described valve is bottle valve, and it is tightened in the tank mouth of described pressure volume pot, and described tube connector is siphon pipe and is arranged on described bottle valve.Bottle valve is magnetic valve, and under normality, bottle valve is in normally open, and after pressing start button, bottle valve obtains electric closed.
Further, described pressure volume pot is equipped with extinguishing chemical/water and nitrogen, and extinguishing chemical/water is bottom in described pressure volume pot, and described nitrogen is on described pressure volume pot top; Described siphon pipe arrival end is immersed in extinguishing chemical/water bottom and close to described pressure volume pot bottom position.By above-mentioned setting, after bottle valve is opened, press liquid under the high pressure nitrogen on top, liquid by entering in pipe bottom siphon pipe, enters conveyance conduit more thus.
In another embodiment, described pressure volume pot is replaced with independent extinguishing chemical/water storage tank and driving gas storage tank, and be provided with the valve controlled by start button on the two pipeline be communicated with.Valve is magnetic valve, and after pressing start button, magnetic valve obtains electric, and driving gas is pressed in extinguishing chemical storage tank from gas storage tanks, and extinguishing chemical is pressed into liquid conducting pipes, then puts out a fire through shower nozzle ejection.
Further, described shower nozzle comprises the nozzle body with inner chamber, and described nozzle body top is shower nozzle import, and bottom is spray outlet, the import of described inner space shower nozzle and spray outlet; Attack the connecting thread for connecting described conveyance conduit in described nozzle body external wall of upper portion, described inner cavity is provided with eddy flow foam maker.
Further, described spray outlet is pod apertures, and the aperture of described pod apertures increases gradually along the axis of described shower nozzle, and forms in trumpet-shaped diffusion hole at described spray outlet place;
Or formation is opened in trumpet-shaped diffusion hole in the position that described pod apertures is positioned at described spray outlet place to described shower nozzle both sides.Pass through said structure, extinguishing chemical/water the semicircular in shape of shower nozzle ejection or fan-shaped distribution, its area coverage is larger than the area coverage of traditional sprinkler heads, the installation quantity of shower nozzle can be reduced thus, further, less shower nozzle installs quantity effectively can ensure hydraulic pressure, avoids the problem that hydraulic pressure deficiency causes extinguishing chemical/water normally to spray.
A kind of bus, comprises bus body and be provided with above-mentioned fire-fighting system in described bus body;
Described fire-fighting system comprises the pressure volume pot storing extinguishing chemical/water and nitrogen, by tube connector and the tank connected conveyance conduit of described pressure vessel, be arranged on the shower nozzle on described conveyance conduit, be arranged on the valve on described pressure volume pot, and by start button that signal control line is connected with described valve; Described tube connector is connected with described valve;
Described pressure volume pot is arranged in the compartment of described bus;
The setting direction of conveyance conduit has multiple:
One
Described conveyance conduit is arranged on crown center in the compartment of described bus and/or side/both sides, top along the length direction of described bus; Namely this set-up mode arranges conveyance conduit in the centre of car body top, or, in the centre of car body top and the one or both sides at top, conveyance conduit is set, or, in the one or both sides of car body top, conveyance conduit is set;
They are two years old
Described conveyance conduit is arranged on crown center in the compartment of described bus and/or compartment inner bottom part side/both sides along the length direction of described bus; Namely this set-up mode arranges conveyance conduit in the centre of car body top, or conveyance conduit is set in inner bottom part one or both sides, compartment, the effect being arranged on the conveyance conduit of car bottom to make the extinguishing chemical/water of ejection aim at flare root, reaches the object of quick extinguishing;
They are three years old
Described conveyance conduit is arranged on crown center in the compartment of described bus and/or side/both sides, top and/or compartment inner bottom part side/both sides along the length direction of described bus; Change the combination that set-up mode is the first and the second set-up mode, it combines two kinds of set-up modes a little, and unfortunately, conveyance conduit is more, and shower nozzle is more, higher to hydraulic demand;
In the driving cabin that described start button is arranged on described bus and near driver; This is arranged so that, when the condition of a fire occurs, driver can press start button the very first time, and compared with putting out a fire with traditional induction, its response speed is faster;
Described shower nozzle quantity has some and along conveyance conduit length direction gap to arrange.
A kind of train/high ferro/subway/light rail, is provided with above-mentioned fire-fighting system in compartment;
Described fire-fighting system comprises the pressure volume pot storing extinguishing chemical/water and nitrogen, by tube connector and the tank connected conveyance conduit of described pressure vessel, be arranged on the shower nozzle on described conveyance conduit, be arranged on the valve on described pressure volume pot, and by start button that signal control line is connected with described valve; Described tube connector is connected with described valve;
Described pressure volume pot is arranged in compartment;
Described conveyance conduit is arranged on crown center in compartment and/or side/both sides, top along car length direction; Or described conveyance conduit is arranged on crown center in compartment and/or compartment inner bottom part side/both sides along car length direction; Or described conveyance conduit is arranged on crown center in the compartment in compartment and/or side/both sides, top and/or compartment inner bottom part side/both sides along car length direction; The set-up mode of conveyance conduit is similar to the conveyance conduit set-up mode in bus, and those skilled in the art can adjust according to actual conditions.
Described start button to be arranged in driving cabin and near driver;
Described shower nozzle quantity has some and along conveyance conduit length direction gap to arrange.
A kind of steamer, comprises steamer body, is provided with above-mentioned fire-fighting system in the cabin of described steamer;
Described fire-fighting system comprises the pressure volume pot storing extinguishing chemical/water and nitrogen, by tube connector and the tank connected conveyance conduit of described pressure vessel, be arranged on the shower nozzle on described conveyance conduit, be arranged on the valve on described pressure volume pot, and by start button that signal control line is connected with described valve; Described tube connector is connected with described valve;
Described pressure volume pot is arranged belowdecks;
Described conveyance conduit arranges crown center belowdecks and/or side/both sides, top along cabin length direction; Or described conveyance conduit arranges crown center belowdecks and/or cabin inner bottom part side/both sides along cabin length direction; Or described conveyance conduit arranges crown center in cabin belowdecks and/or side/both sides, top and/or cabin inner bottom part side/both sides along cabin length direction; The set-up mode of conveyance conduit is similar to the conveyance conduit set-up mode in bus, and those skilled in the art can adjust according to actual conditions;
Described start button to be arranged in driving cabin and near driver;
Described shower nozzle quantity has some and along conveyance conduit length direction gap to arrange.
A kind of aircraft, comprises aircraft body, in the cabin of described steamer, is provided with above-mentioned fire-fighting system;
Described fire-fighting system comprises the pressure volume pot storing extinguishing chemical/water and nitrogen, by tube connector and the tank connected conveyance conduit of described pressure vessel, be arranged on the shower nozzle on described conveyance conduit, be arranged on the valve on described pressure volume pot, and by start button that signal control line is connected with described valve; Described tube connector is connected with described valve;
Described pressure volume pot is arranged in cabin;
Described conveyance conduit is arranged on crown center in cabin and/or side/both sides, top along cabin length direction; Or described conveyance conduit is arranged on crown center in cabin and/or cabin inner bottom part side/both sides along cabin length direction; Or described conveyance conduit is arranged on crown center in the cabin in cabin and/or side/both sides, top and/or cabin inner bottom part side/both sides along cabin length direction; The set-up mode of conveyance conduit is similar to the conveyance conduit set-up mode in bus, and those skilled in the art can adjust according to actual conditions;
Described start button to be arranged in driving cabin and near driver;
Described shower nozzle quantity has some and along conveyance conduit length direction gap to arrange.
The method of work of above-mentioned fire-fighting system, comprises the following steps:
(1), when running into the condition of a fire, driver presses the step of start button in driving cabin;
(2) step of valve opened by start button by signal control line;
(3) extinguishing chemical/water in pressure volume pot is delivered to the step of conveyance conduit under the effect of the pressure by tube connector;
(4) on conveyance conduit, extinguishing chemical/water is sprayed to the step in compartment by each shower nozzle.
Compared with prior art, the utility model has following beneficial effect:
(1) the utility model adopts pressure volume pot as the container of extinguishing chemical/water, be connected pipe and conveyance conduit, achieve the object driving Liquid transfer without extra power device, on the one hand, the equipment that decreases is formed, and reduces cost, on the other hand, decrease the space hold to compartment, practicality is stronger.
(2) with heritage should put out a fire unlike, the utility model realizes manually starting fire extinguishing by bottle valve and start button, and driver can when the condition of a fire occurs, and the very first time starts fire extinguishing system fire extinguishing, solve in prior art, the defect that fire extinguishing system response speed is slow.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of shower nozzle in the utility model.
Title in accompanying drawing corresponding to Reference numeral is as follows: 1-pressure volume pot, 2-conveyance conduit, 3-connecting pipe, 4-shower nozzle, 5-valve, 6-start button, 7-signal control line;
41-nozzle body, 42-connecting thread, 43-inner chamber, 44-pod apertures, 45-diffusion hole, 46-eddy flow foam maker.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail, and embodiment of the present utility model includes but not limited to the following example.
Embodiment 1
As shown in Figure 1, for bus, present embodiments provide a kind of fire-fighting system, this fire-fighting system mainly comprises pressure volume pot, tube connector, conveyance conduit, start button and valve.Pressure volume pot should meet security against fire standard, can body height 10-250cm, extinguishing chemical/water quota is loaded in pressure volume pot, fire-fighting special-purpose bottle head valve is tightened air tight, fire valve is equipped with tube connector, and tube connector is preferably siphon pipe, then, in pressure volume pot, inject high pressure nitrogen to design pressure, extinguishing chemical/water and high pressure nitrogen are stored in same pressure vessel.This container is vertically placed at ordinary times, and siphon pipe arrival end is immersed in liquid bottom close to container low head bottom position, and extinguishing chemical/water the latter half in container, high pressure nitrogen is the first half in container.Usually, pressure volume pot can be placed in the medium position of bus compartment.The selection of extinguishing chemical should to avoid causing damage for principle to human body, or directly employing water is also feasible.
Conveyance conduit is arranged on the crown center position in compartment, and conveyance conduit is connected with pressure volume pot by tube connector (siphon pipe), and under normality, bottle valve is often opened and is not communicated with.Shower nozzle has multiple, and arrange along conveyance conduit length direction (axis) gap, when spraying to make all shower nozzles, extinguishing chemical/water can cover compartment comprehensively.The material of conveyance conduit can be selected according to actual conditions, is not particularly limited, and conveyance conduit entrance is connected with tube connector, outlet is shower nozzle, when shower nozzle is more, although can guarantee to spray area coverage, there is considerable influence to pressure, consider that the present embodiment is the power using pressure as extinguishing chemical/water, shower nozzle on conveyance conduit should not be arranged too much, and therefore, the present embodiment improves shower nozzle, as shown in Figure 2, specific as follows:
Shower nozzle comprises the nozzle body with inner chamber, and nozzle body top is shower nozzle import, and bottom is spray outlet, the import of inner space shower nozzle and spray outlet; Attack the connecting thread for connecting conveying pipe road in nozzle body external wall of upper portion, inner cavity is provided with eddy flow foam maker.Further, spray outlet is pod apertures, and the aperture of pod apertures increases gradually along the axis of shower nozzle, and forms at spray outlet place in trumpet-shaped diffusion hole; Or formation is opened in trumpet-shaped diffusion hole in the position that pod apertures is positioned at spray outlet place to shower nozzle both sides.Pass through said structure, extinguishing chemical/water the semicircular in shape of shower nozzle ejection or fan-shaped distribution, its area coverage is larger than the area coverage of traditional sprinkler heads, the installation quantity of shower nozzle can be reduced thus, further, less shower nozzle installs quantity effectively can ensure hydraulic pressure, avoids the problem that hydraulic pressure deficiency causes extinguishing chemical/water normally to spray.Same, the material of shower nozzle is not particularly limited, and can select arbitrarily according to actual needs.
In the present embodiment, bottle valve is magnetic valve, and driving freight space is provided with start button, corresponding, start button is connected with bottle valve by signal control line, and when running into the condition of a fire, driver opens start button, bottle valve (magnetic valve) on fire fighting bottle head electric after open instantaneously, due to pressure vessel inside and outside differential pressure, extinguishing chemical extrudes by the high pressure nitrogen in container in siphon pipe, by fire fighting bottle head valve, conveyance conduit, spray finally by by shower nozzle, thus realize fire extinguishing.
Embodiment 2
The difference of the present embodiment and embodiment 1 is, the arrangement of conveyance conduit is different, in the present embodiment, conveyance conduit is arranged on car body top and its both sides, this set-up mode, when can avoid that people is more in car to a certain extent, extinguishing chemical/water that top falls cannot contact flare root, reduces the problem of fire-fighting efficiency and effect.
Embodiment 3
The difference of the present embodiment and embodiment 1 is, the arrangement of conveyance conduit is different, and in the present embodiment, conveyance conduit is arranged on the both sides of car body top and bottom, this set-up mode can be put out a fire to car bottom flare root effectively, improves fire-fighting efficiency and extinguishing effect.
The embodiment that above-described embodiment is not single, those skilled in the art can according to actual needs, be combined above-described embodiment.
Test case one
This test case is attack time test, establish five groups of contrast experiments altogether, wherein, 1-2 group adopts fire-fighting system provided by the utility model, the bus fire-fighting system that 3-4 group adopts background technology to introduce, test bus used by actual size one to construction, in compartment, passenger is played the part of by the plastic model of wearing the clothes, passengers quantity is 1.5-2 times of numbers of seats, evaluation index mainly comprises: fire extinguishing opening time (the generation condition of a fire starts the time to starting fire-fighting system), completely attack time (extinguishing flare completely), passenger's extent of damage, specifically see the following form:
As seen from the above table, the utility model compared with prior art, fire extinguishing opening time of the present utility model and complete attack time all want short many, fire-fighting efficiency is high, and passenger's extent of damage, the utility model is the area percentage of 10-15, and prior art is then the area percentage of about 40, it can thus be appreciated that extinguishing effect of the present utility model is better.
Test case two
This test case is Cost comparisons, specifically sees the following form:
As seen from the above table, compared with prior art, the public transport fire-fighting system that price is introduced well below background technology, a little more than traditional vial-type fire extinguisher for the utility model.
According to above-described embodiment, just the utility model can be realized well.What deserves to be explained is; under prerequisite based on above-mentioned design principle; for solving same technical problem; even if some making on architecture basics disclosed in the utility model are without substantial change or polishing; the essence of the technical scheme adopted is still the same with the utility model, therefore it also should in protection domain of the present utility model.
Claims (8)
1. a fire-fighting system, is characterized in that, comprising:
Pressure volume pot (1), for storing extinguishing chemical/water and by pressure for water/extinguishing chemical provides transmitting power;
Conveyance conduit (2), is connected with described pressure volume pot (1) by tube connector (3), arrives shower nozzle ejection for conveying extinguishing agent/water;
Shower nozzle (4), is arranged on described conveyance conduit (2), for spraying extinguishing chemical/water;
Valve (5), is connected with described tube connector (3), for controlling the opening and closing of described tube connector (3);
Start button (6), is connected with described valve (5) by signal control line (7), for controlling the opening and closing of described valve (5).
2. fire-fighting system according to claim 1, is characterized in that, described valve (5) is bottle valve, and it is tightened in the tank mouth of described pressure volume pot (1), and described tube connector (3) is for siphon pipe and be arranged on described bottle valve.
3. fire-fighting system according to claim 2, is characterized in that, described pressure volume pot (1) is equipped with extinguishing chemical/water and nitrogen, and extinguishing chemical/water is bottom in described pressure volume pot (1), and described nitrogen is on described pressure volume pot (1) top; Described siphon pipe arrival end is immersed in extinguishing chemical/water bottom and close to described pressure volume pot (1) bottom position.
4. the fire-fighting system according to any one of claim 1-3, it is characterized in that, described pressure volume pot (1) is replaced with independent extinguishing chemical/water storage tank and driving gas storage tank, and be provided with the valve controlled by start button (6) on the two pipeline be communicated with.
5. a bus, comprises bus body, it is characterized in that, is provided with the fire-fighting system as described in any one of claim 1-4 in described bus body;
Described fire-fighting system comprises the pressure volume pot (1) storing extinguishing chemical/water and nitrogen, by the conveyance conduit (2) that tube connector (3) is connected with described pressure volume pot (1), be arranged on the shower nozzle (4) on described conveyance conduit (2), be arranged on the valve (5) on described pressure volume pot (1), and the start button (6) be connected with described valve (5) by signal control line (7); Described tube connector (3) is connected with described valve (5);
Described pressure volume pot (1) is arranged in the compartment of described bus;
Described conveyance conduit (2) is arranged on crown center in the compartment of described bus and/or side/both sides, top along the length direction of described bus; Or described conveyance conduit (2) is arranged on crown center in the compartment of described bus and/or compartment inner bottom part side/both sides along the length direction of described bus; Or described conveyance conduit (2) is arranged on crown center in the compartment of described bus and/or side/both sides, top and/or compartment inner bottom part side/both sides along the length direction of described bus;
In the driving cabin that described start button (6) is arranged on described bus and near driver;
Described shower nozzle (4) quantity has some and along conveyance conduit (2) length direction gap to arrange.
6. a train, comprises compartment, it is characterized in that, is provided with the fire-fighting system as described in any one of claim 1-4 in compartment;
Described fire-fighting system comprises the pressure volume pot (1) storing extinguishing chemical/water and nitrogen, by the conveyance conduit (2) that tube connector (3) is connected with described pressure volume pot (1), be arranged on the shower nozzle (4) on described conveyance conduit (2), be arranged on the valve (5) on described pressure volume pot (1), and the start button (6) be connected with described valve (5) by signal control line (7); Described tube connector (3) is connected with described valve (5);
Described pressure volume pot (1) is arranged in compartment;
Described conveyance conduit (2) is arranged on crown center in compartment and/or side/both sides, top along car length direction; Or described conveyance conduit (2) is arranged on crown center in compartment and/or compartment inner bottom part side/both sides along car length direction; Or described conveyance conduit (2) is arranged on crown center in the compartment in compartment and/or side/both sides, top and/or compartment inner bottom part side/both sides along car length direction;
Described start button (6) to be arranged in driving cabin and near driver;
Described shower nozzle (4) quantity has some and along conveyance conduit (2) length direction gap to arrange.
7. a steamer, comprises steamer body, it is characterized in that, is provided with the fire-fighting system as described in any one of claim 1-4 in the cabin of described steamer;
Described fire-fighting system comprises the pressure volume pot (1) storing extinguishing chemical/water and nitrogen, by the conveyance conduit (2) that tube connector (3) is connected with described pressure volume pot (1), be arranged on the shower nozzle (4) on described conveyance conduit (2), be arranged on the valve (5) on described pressure volume pot (1), and the start button (6) be connected with described valve (5) by signal control line (7); Described tube connector (3) is connected with described valve (5);
Described pressure volume pot (1) is arranged belowdecks;
Described conveyance conduit (2) arranges crown center belowdecks and/or side/both sides, top along cabin length direction; Or described conveyance conduit (2) arranges crown center belowdecks and/or cabin inner bottom part side/both sides along cabin length direction; Or described conveyance conduit (2) arranges crown center in cabin belowdecks and/or side/both sides, top and/or cabin inner bottom part side/both sides along cabin length direction;
Described start button (6) to be arranged in driving cabin and near driver;
Described shower nozzle (4) quantity has some and along conveyance conduit (2) length direction gap to arrange.
8. an aircraft, comprises aircraft body, it is characterized in that, is provided with the fire-fighting system as described in any one of claim 1-4 in the cabin of described aircraft body;
Described fire-fighting system comprises the pressure volume pot (1) storing extinguishing chemical/water and nitrogen, by the conveyance conduit (2) that tube connector (3) is connected with described pressure volume pot (1), be arranged on the shower nozzle (4) on described conveyance conduit (2), be arranged on the valve (5) on described pressure volume pot (1), and the start button (6) be connected with described valve (5) by signal control line (7); Described tube connector (3) is connected with described valve (5);
Described pressure volume pot (1) is arranged in cabin;
Described conveyance conduit (2) is arranged on crown center in cabin and/or side/both sides, top along cabin length direction; Or described conveyance conduit (2) is arranged on crown center in cabin and/or cabin inner bottom part side/both sides along cabin length direction; Or described conveyance conduit (2) is arranged on crown center in the cabin in cabin and/or side/both sides, top and/or cabin inner bottom part side/both sides along cabin length direction;
Described start button (6) to be arranged in driving cabin and near driver;
Described shower nozzle (4) quantity has some and along conveyance conduit (2) length direction gap to arrange.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520899113.XU CN205215991U (en) | 2015-11-12 | 2015-11-12 | Fire extinguishing system and public vehicle who constitutes thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520899113.XU CN205215991U (en) | 2015-11-12 | 2015-11-12 | Fire extinguishing system and public vehicle who constitutes thereof |
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| Publication Number | Publication Date |
|---|---|
| CN205215991U true CN205215991U (en) | 2016-05-11 |
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| CN201520899113.XU Active CN205215991U (en) | 2015-11-12 | 2015-11-12 | Fire extinguishing system and public vehicle who constitutes thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105251156A (en) * | 2015-11-12 | 2016-01-20 | 四川安产投资有限公司 | Fire extinguishing system and public transport means formed by fire extinguishing system |
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2015
- 2015-11-12 CN CN201520899113.XU patent/CN205215991U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105251156A (en) * | 2015-11-12 | 2016-01-20 | 四川安产投资有限公司 | Fire extinguishing system and public transport means formed by fire extinguishing system |
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Inventor after: Yang Rui Inventor after: Mao Sen Inventor after: Zhou Genyang Inventor after: Li Xiyi Inventor after: Wu Jiang Inventor before: Yang Rui Inventor before: Mao Sen Inventor before: Zhou Genyang Inventor before: Li Xiyi Inventor before: Wu Jiang Inventor before: Zhou Yangbo |
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