CN2691650Y - Electron fire extinguisher - Google Patents

Abstract

An existing fire-fighting extinguisher can not quickly, safely and effectively extinguish various fire disasters, and lives and property are greatly lost. The utility model utilizes the unique flame resistant effect of a direct current high-voltage electropositive field to develop various novel fire-fighting extinguishers. All the extinguishing medium which is ejected by a novel fire-fighting extinguisher is ionized in an electropositive mode. With the combined action of electric field force and physical pressure, the extinguishing medium which is ionized in an electropositive mode is uniformly distributed along an electric power line and is spurted towards flames from various directions. The combustion of a fire is choked immediately. The temperature of the combustion of the flames is reduced. Combustible matters lose the necessary conditions for the conversion of vaporization. The fire is extinguished with maximum speed and minimum cost consumption. The aim of the utility model is to provide a plurality of electron fire extinguishers and the process of manufacture. The electron fire extinguisher provided by the utility model has the advantages of simple structure, powerful fire extinguishing functions and convenient use. The electron fire extinguisher provided by the utility model can greatly reduce the cost for extinguishing a fire, and can quickly, safely and effectively extinguish various fire disasters in a short time.

Description

The electronics fire extinguisher

Affiliated technical field;

The utility model relates to a kind of New Type Fire-fighting Device, especially can utilize the positive electric field of dc high voltage to have the fire retarding effect safe and effective electronics fire extinguisher that puts out various fire rapidly.

Background technology;

Known, present fire-fighting fire extinguishing equipment can not put out various fire rapidly safely and effectively, and tracing it to its cause is; Though now engine company is day by day huge, bicycle carrying water capacity increases, commander's communication electronization,, the apparatus hydraulic giant of main fire extinguishing but decades consistent, innovating reform is little always.In today of weapon of war coring, fire-fighting fire extinguishing continues to use still that ancient firefighters is relying on the hydraulic giant in the hand in face of big fire with water system fire conventional approach, in the face of the madness of big fire, just like trifling matter, has no deterrence and can say.Often a big fire needs a few hours even a couple of days just can put out, and therefore, causes the tremendous loss of lives and properties.Fire-fighting equipment far can not adapt to the needs of security against fires such as the city of modernization development and factory.The drawback that existing fire-fighting equipment is main, be that the firing-fighting medium utilization rate is too low, firing-fighting medium more than 90 percent is not brought into play its due effect, and being lost in vain on the contrary, often polluted the loss that has enlarged fire because of firing-fighting medium, firefighters often can not be controlled the intensity of a fire because of the fire-fighting equipment function is too poor, only take to prevent that the intensity of a fire from enlarging the conservative defensive measure of stretching, burn to the greatest extent, just obtain so-called the fire extinguishing successfully until wait for property.A fire extinguishing! Should be that speed is precious in war, extremely fire be knocked out in Duan time, desire its merit, must sharp its device, therefore, develop novel fire-fighting equipment and new fire-fighting mode, be the task of top priority.

Summary of the invention:

The utility model is found; Fire, it is the special gas of the fierce oxidation reaction of carrying out, it is the energy gas that discharges light and heat, fire, simultaneously also be the gas that discharges carbonium, flame has the characteristic of certain semiconductor impedance, electricity is applied in the flame, be certain to the burning of fire is played certain influence, based on such imagination, in order to seek the most effective means that stamp out a fire, the voltage that applies variety classes and different numerical value in a different manner experimentizes in fire, the experiment proved that, high voltage electric field has tremendous influence to the burning of fire, apply the high-tension electricity of variety classes and different numerical value voltages in a different manner, can produce different effect, find in the experiment that the positive electric field of the dc high voltage of some magnitudes of voltage has the effect of the fire burns that necessarily suffocates the burning of fire.Particularly gratifying is, find the negative electric field of the dc high voltage of some magnitudes of voltage simultaneously, have fire is produced combustion-supporting effect effect.What the people was pleasantly surprised more in addition is, it is huger to have found that some magnitudes of voltage AC high voltage produces combustion-supporting effect effect to fire.Now, the positive electricity place of high direct voltage has the discovery of this phenomenon of fire retarding effect, can think, electrochemical reaction is the more important thing is in the burning of fire, that is to say that electricity has participated in the process of whole burning.Chemical reaction has produced electricity, and electricity has promoted chemical reaction again.The release light and heat is not only in the burning of fire, main is to discharge carbonium, if, the burning carbonium of fire can not get discharging, cause oxidation reaction body DC electric field to keep, the burning of fire will continue to keep, thereby suffocates, the discovery of the fire retarding effect that the positive electricity place of high direct voltage has, meaning is huge.It has not only found the best means of fire extinguishing, the more important thing is that the mankind should re-recognize the burning of fire and all chemical reaction processes.The discovery of a fundamemtal phenomena, to cause the revolution and the innovation of a series of science and technology, the present invention is exactly the unique fire retarding effect that utilizes the positive electricity place of dc high voltage to have, pioneer and invent and develop various novel fire extinguishers, must make the whole carboniumizations of firing-fighting medium of novel fire extinguisher ejection, under electric field force and physical pressure acting in conjunction, the firing-fighting medium of carboniumization is along the even comprehensive flame that sprays to that distributes of power line, moment suffocate the fire burning, reduce the temperature of flame combustion, make combustible lose the condition of necessity of vaporization conversion, the oxidation reaction material source of blocking-up fire can't be carried out the burning of fire, thereby, reach with minimum cost consumption the effect that prestissimo stamps out a fire.The purpose of this utility model provides several electronics extinguishing device and manufacture methods thereof that stamp out a fire fast.

Following several novel electronic fire extinguisher technical schemes that its technical problem that solves the utility model adopts are:

1. portable corona electronics fire extinguisher; Be applied directly to corona discharge with positive voltage and extremely go up the generation corona discharge, it is the utensil of putting out a fire with the radiation carbonium, in the pipe of insulating material pipe one end, the inverter of electronics fire extinguisher is installed, in the pipe at insulating material pipe middle part, the capacitance voltage-multiplying rectifier is installed, the other end at insulating material pipe is installed with the corona discharge utmost point of being made by bonding jumper folder pincers carbon fiber bundle, by inverter output AC voltage u1, be electrically connected with the capacitance voltage-multiplying rectifier of installing in the insulating material pipe, the capacitance voltage-multiplying rectifier promotes into DC voltage V1 with alternating voltage u1 rectification and voltage multiplier, is electrically connected with the corona discharge utmost point that the other end carbon fiber bundle that is installed in insulation tube is made behind the DC voltage V1 cathode output end series connection current-limiting impedance device, the metal bracelet that DC voltage V1 cathode output end passes through connection electrical ground.After the energising, by inverter output AC voltage u1, through the capacitance voltage-multiplying rectifier alternating voltage u1 rectification and voltage multiplier is promoted into DC voltage V1, DC voltage V1 cathode output end by the metal bracelet that connects electrical ground, DC voltage V1 positive voltage is applied directly to corona discharge and extremely goes up, the carbon fiber bundle generation corona and the positron radiation of the corona discharge utmost point, make the air carboniumization and form electron ion wind, electron ion wind blows to burning things which may cause a fire disaster along even distribution of power line under the electric field force effect, the moment fiery burning that suffocated, reduce the temperature of fire burns rapidly, make fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire, fire can't be burnt, thereby, reach with minimum cost consumption, effectively stamp out a fire rapidly.This fire extinguisher, owing to high-tension current is limited in below the 30mA by the current-limiting impedance device, so, be safe to human body.This fire extinguisher output dc voltage height, small volume and less weight, simple to operate, have high efficiency fire-extinguishing function concurrently, closely operation of suitable individual soldier.

2. portable radio electronics fire extinguisher; Produce a large amount of positive electron heat emissions by radio electronics fire extinguisher discharge electrode, it is the utensil of putting out a fire with the heat emission carbonium, in an end pipe of insulating material pipe, the inverter of radio electronics fire extinguisher is installed, in the pipe at insulating material pipe middle part, the capacitance voltage-multiplying rectifier is installed, the other end at insulating material pipe is installed with the bowl-type reflection shield, good reflective inner membrance is arranged in bowl-type radio reflection shield, bottom at bowl-type radio reflection shield is provided with passage, bipolar discharger is installed in reflection shield, alternating voltage u1 by inverter output, be electrically connected with installation capacitance voltage-multiplying rectifier in the insulating material pipe, the capacitance voltage-multiplying rectifier promotes a DC voltage V1 of output and a DC voltage V2 with alternating voltage u1 rectification and voltage multiplier, DC voltage V1 cathode output end is electrically connected with one of them discharge electrode of bipolar discharger that the other end of insulation tube is installed in the reflection shield behind the DC voltage V1 cathode output end electricity series connection current-limiting impedance device by the metal bracelet that connects electrical ground.Be electrically connected with bipolar discharger another discharge electrode wherein behind the DC voltage V2 electricity series connection current-limiting impedance device.After the energising, DC voltage V2 is applied on the bipolar discharger discharge electrode, produce the electric arc of the high heat of high temperature, under direct-flow positive voltage V1 effect, discharge electrode produces a large amount of positive electron heat emissions, the heat emission positive electron makes the air carboniumization, and the carbonium air forms carbonium wind under the electric field force effect, and carbonium wind evenly distributes along power line and blows to burning things which may cause a fire disaster, the moment fiery burning that suffocated, reduce the temperature of fire burns rapidly, make fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire, fire can't be burnt, thereby, reach with minimum cost consumption, effectively stamp out a fire rapidly.This fire extinguisher, small volume and less weight, simple to operate, have high efficiency fire-extinguishing function concurrently, closely operation of suitable individual soldier.

3. large-scale radio electronics fire extinguisher; The bowl-type radio reflection shield made from metal material, good reflective inner membrance is arranged in bowl-type radio reflection shield, bottom at bowl-type radio reflection shield is provided with passage, bowl bottom at bowl-type radio reflection shield is provided with mounting interface, bowl-type radio reflection shield is fixed on insulating materials by mounting interface and makes the end that the behaviour of hollow makees bar, insulation behaviour makees bar and has been mounted high voltage source with the other end that behaviour makees bar, two one pole discharger symmetries that are mounted the graphite rod pole tip are fixed on the bowl-type radio reflection shield, leave certain discharging gap between the discharge electrode with two one pole dischargers, the insulation behaviour of the high-pressure connection line of discharger by hollow makees bar and is connected with high voltage source.High voltage source is exported a DC voltage V1 and an alternating voltage u2 respectively, DC voltage V1 cathode output end by connecting line be electrically connected, behind the DC voltage V1 cathode output end electricity series connection current-limiting impedance device with after output electricity of alternating voltage u2 is in parallel, with be fixed on bowl-type radio reflection shield in two one of them one pole dischargers of one pole discharger be electrically connected, be electrically connected with another one pole discharger of two one pole dischargers in the bowl-type radio reflection shield behind another output electricity series connection current-limiting impedance device of alternating voltage u2.After the energising, alternating voltage u2 is applied on the discharge electrode of discharger, produce the electric arc of the high heat of high power high-temperature, under direct-flow positive voltage V1 effect, discharge electrode produces a large amount of positive electron heat emissions, the positive electron of heat emission makes the air carboniumization, and the carbonium air forms carbonium wind under the electric field force effect, and carbonium wind evenly distributes along power line and blows to burning things which may cause a fire disaster, the moment fiery burning that suffocated, reduce the temperature of fire burns rapidly, make fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire, fire can't be burnt, thereby, reach with minimum cost consumption, effectively stamp out a fire rapidly.This fire extinguisher, small volume and less weight, simple to operate, have high efficiency fire-extinguishing function concurrently, be fit to vehicle-mounted closely operation.

4. spraying electronics fire extinguisher; By high voltage source output dc voltage V1, the cathode output end of DC voltage V1 electrical ground, be electrically connected with the atomization metal shower nozzle of fire fighting truck hydraulic fire extinguisher behind the cathode output end electricity series connection current-limiting impedance device of DC voltage V1, on the atomization metal shower nozzle, fixedly mounting the corona discharge utmost point that carbon fiber bundle is made, the atomization metal shower nozzle is connected with the water conduit that insulating materials is made, water conduit is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range.Water tank and water pump all are electrically connected with ground with fire fighting truck, the fire fighter wear charged all force to submit put out a fire behaviour do.After the water flowing energising, because being applied on the atomization metal shower nozzle of dc high-voltage, dc high-voltage makes carbon fiber bundle generation corona discharge make the atomized water of ejection present carboniumization, the water droplet of carboniumization, under electric field force and physical pressure acting in conjunction, spray to burning things which may cause a fire disaster along even distribution of power line, the water droplet of carboniumization is the moment fiery burning that suffocated not only, simultaneously, evaporation of water also reduces the temperature of fire burns rapidly, makes fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire, fire can't be burnt, thereby, reach with minimum cost consumption, rapidly the effect that effectively stamps out a fire.This fire extinguisher, closely operation of suitable individual soldier.

5. water spray electronics fire extinguisher; In the shower nozzle that the hydraulic pressure of fire fighting truck hydraulic fire extinguisher directly sprays, install and fix a bipolar discharger, a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 electrical ground, behind the cathode output end of the DC voltage V1 electricity series connection current-limiting impedance device with output electricity of alternating voltage u2 and after connecting, be electrically connected with one of them discharge electrode of bipolar discharger in the shower nozzle that is fixed on hydraulic fire extinguisher, be electrically connected with another discharge electrode of bipolar discharger in the shower nozzle that is fixed on hydraulic pressure behind another output electricity series connection current-limiting impedance device of alternating voltage u2, the shower nozzle that hydraulic pressure directly sprays is connected with the hydraulic pressure conduit that insulating materials is made, the hydraulic pressure conduit is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all are electrically connected with fire fighting truck and ground, the fire fighter wear charged all force to submit to put out a fire to grasp do.After the water flowing energising, alternating voltage V2 is applied on the discharge electrode of bipolar discharger, produce the electric arc of the high heat of high temperature on the discharge electrode, under the direct-flow positive voltage effect of voltage V1, the a large amount of carboniums of emission on the discharge electrode, make the water carboniumization of ejection, the carbonium water droplet is the moment fiery burning that suffocated not only, and simultaneously, evaporation of water also reduces the temperature of fire burns rapidly, make fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire can't be burnt fire, thereby, reach with minimum cost consumption, rapidly the effect that effectively stamps out a fire.This fire extinguisher, fire-extinguishing function concurrently is powerful, is fit to vehicle-mounted medium and long distance operation.

6. jetting electronics fire extinguisher; Two one pole discharger symmetries that have the graphite pole tip are fixed on the bowl-type reflection shield, leave certain clearance between the discharge electrode with two one pole dischargers, good reflective inner membrance is arranged in bowl-type radio reflection shield, bowl bottom at bowl-type radio reflection shield is provided with mounting interface, the bowl-type reflection shield is fixed on the shower nozzle that fire fighting truck fire extinguisher hydraulic pressure directly sprays, a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 electrical ground, behind the cathode output end of the DC voltage V1 electricity series connection current-limiting impedance device with output electricity of alternating voltage u2 and after connecting, two one of them one pole dischargers of one pole discharger are electrically connected on the bowl-type reflection shield outer with being fixed on shower nozzle that fire fighting truck fire extinguisher hydraulic pressure directly sprays, behind another output electricity series connection current-limiting impedance device of alternating voltage u2 be fixed on the bowl-type reflection shield on another one pole dischargers of two one pole dischargers be electrically connected, shower nozzle is connected with the water conduit that insulating materials is made, water conduit is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all are electrically connected with fire fighting truck and ground, the fire fighter wear charged all force to submit to put out a fire to grasp do.After the water flowing energising, alternating voltage V2 is applied on the discharge electrode of bipolar discharger, produce the electric arc of the high heat of high temperature on the discharge electrode, under the direct-flow positive voltage effect of voltage V1, the a large amount of carboniums of emission on the discharge electrode, make the water carboniumization of ejection, the carbonium water droplet is the moment fiery burning that suffocated not only, and simultaneously, evaporation of water also reduces the temperature of fire burns rapidly, make fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire can't be burnt fire, thereby, reach with minimum cost consumption, rapidly the effect that effectively stamps out a fire.This fire extinguisher, fire-extinguishing function concurrently is powerful, is fit to vehicle-mounted medium and long distance operation.

7. portable wind-power electronics fire extinguisher; Doing with light-duty engine on the blower fan of power source portable wind-power electronics fire extinguisher, the wireway that the insulating materials that is mounted with is made is mounted with bipolar discharger in the spout of wireway.A high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 by the metal bracelet that connects electrical ground, behind the cathode output end of the DC voltage V1 electricity series connection current-limiting impedance device with output electricity of alternating voltage u2 and after connecting, be electrically connected with one of them discharge electrode of bipolar discharger in the shower nozzle that is fixed on the portable wind-power fire extinguisher, be electrically connected with another discharge electrode of bipolar discharger in the shower nozzle that is fixed on wind-force extinguisher behind another output series connection current-limiting impedance device of alternating voltage u2.After the ventilation energising, alternating voltage u2 is applied on the discharge electrode of bipolar discharger, produce the electric arc of the high heat of high temperature on the discharge electrode, under direct-flow positive voltage V1 effect, the a large amount of carboniums of emission on the discharge electrode, make the air dielectric carboniumization of the shower nozzle ejection of wind-force extinguisher, the air firing-fighting medium of carboniumization, evenly distributing along power line under electric field force and physical pressure acting in conjunction sprays to burning things which may cause a fire disaster, the air firing-fighting medium of carboniumization, the moment fiery burning that suffocated, simultaneously, wind reduces the temperature of fire burns again rapidly, makes the fire combustion lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire, fire can't be burnt, thereby, reach with minimum cost consumption, effectively stamp out a fire rapidly.This fire extinguisher is done power and electric power source with light-duty engine, is fit to the portable operation of closely putting out a fire of flowing of individual soldier.

8. penetrate the sub-fire extinguisher of wind-powered electricity generation, doing with light-duty engine on the blower fan of power source fire extinguisher, the wireway that the insulating materials that is mounted with is made, on the spout of wireway, be fixed on bowl-type radio reflection shield, good reflective inner membrance is arranged in bowl-type radio reflection shield, on bowl-type radio reflection shield, be symmetrically installed with two one pole dischargers of graphite rod pole tip, leave certain clearance between the discharge electrode with two one pole dischargers, by a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 by the metal bracelet that connects electrical ground, the output electricity in the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and alternating voltage u2 and connect after, with be fixed on bowl-type radio reflection shield on two one of them one pole dischargers of one pole discharger be electrically connected, another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 be fixed on bowl-type radio reflection shield on another one pole dischargers of two one pole dischargers be electrically connected.After the ventilation energising, alternating voltage u2 is applied on the discharge electrode of bipolar discharger, produce the electric arc of the high heat of high temperature on the discharge electrode, under direct-flow positive voltage V1 effect, the a large amount of carboniums of emission on the discharge electrode, make the air dielectric carboniumization of the shower nozzle ejection of wind-force extinguisher, the air firing-fighting medium of carboniumization, evenly distributing along power line under electric field force and physical pressure acting in conjunction sprays to burning things which may cause a fire disaster, the air firing-fighting medium of carboniumization, the moment fiery burning that suffocated, simultaneously, wind reduces the temperature of fire burns again rapidly, makes the fire combustion lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire, fire can't be burnt, thereby, reach with minimum cost consumption, effectively stamp out a fire rapidly.This fire extinguisher is done power and electric power source with light-duty engine, is fit to the portable operation of closely putting out a fire of flowing of individual soldier.

9. the sub-fire extinguisher of water wind-powered electricity generation, to do the large fan of power and electric power source fire extinguisher with light-duty engine, being installed in insulation behaviour does on the platform, insulation behaviour does platform and installs onboard, large fan and car and ground insulation, on the wind-force spout that large fan is made with insulating materials, install and fix bowl-type radio reflection shield, good reflective inner membrance is arranged in bowl-type radio reflection shield, the symmetry that a plurality of bipolar discharger that is mounted the graphite rod pole tip is kept at a certain distance away is fixed on the bowl-type radio reflection shield, in the wind-force spout, installing and fixing the metal shower nozzle of hydraulic fire extinguisher, the metal shower nozzle is connected with the water pipe that insulating materials is made, the insulation water pipe is connected with the fire fighting truck water tank through water pump, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected, by a high voltage source DC voltage V1 of output and an alternating voltage u2, DC voltage V1 cathode output end by connecting line be electrically connected, behind the DC voltage V1 cathode output end electricity series connection current-limiting impedance device with after output electricity of alternating voltage u2 is in parallel, be electrically connected with each one of them discharge electrode of bipolar discharger in being fixed on bowl-type radio reflection shield, is electrically connected with another discharge electrode of each bipolar discharger in the bowl-type radio reflection shield behind another output electricity series connection current-limiting impedance device of alternating voltage u2, the fire fighter wear charged all force to submit to put out a fire to grasp do.Water flowing is ventilated after the energising, the voltage of alternating voltage u2 is applied on the discharge electrode of discharger, produce the electric arc of the high heat of high temperature on the discharge electrode, under DC voltage V1 effect, the a large amount of positive electrons of emission on the discharge electrode, make the firing-fighting medium carboniumization of the spout ejection of wind-force extinguisher, the firing-fighting medium of carboniumization, evenly distributing along power line under electric field force and physical pressure acting in conjunction sprays to burning things which may cause a fire disaster, the air firing-fighting medium of carboniumization, the moment fiery burning that suffocated, simultaneously, water wind reduces the temperature of fire burns again rapidly, makes fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire, fire can't be burnt, thereby, reach with minimum cost consumption, effectively stamp out a fire rapidly.This fire extinguisher, fire-extinguishing function concurrently is powerful, is fit to do power with light-duty motor or light duty engine, is fit to the operation of closely putting out a fire in vehicle-mounted.

10. turbine electronics fire extinguisher; Turbojet is installed in insulation behaviour to be done on the platform, insulation behaviour does platform and installs onboard, turbojet and car and ground insulation, high voltage source output dc voltage V1, the cathode output end of DC voltage V1 is electrically connected with the turbogenerator puff prot behind the cathode output end of the DC voltage V1 electricity series connection current-limiting impedance device electrical ground.The fire fighter wear charged all force to submit put out a fire behaviour do.After the energising, because after turbojet starts work, the burning of turbogenerator puff prot produces high temperature can directly substitute discharger radiation carbonium under DC voltage V1 effect, after the positive voltage of DC voltage V1 makes the puff prot ejection burning of turbojet, the air dielectric carboniumization of anaerobic, the air firing-fighting medium of carboniumization, under electric field force and physical pressure acting in conjunction, spray to burning things which may cause a fire disaster along even distribution of power line, the fiery burning that suffocated of air dielectric moment of carbonium anaerobic, simultaneously, wind reduces the temperature of fire burns rapidly, makes fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire, fire can't be burnt, thereby, reach with minimum cost consumption, effectively stamp out a fire rapidly.This fire extinguisher, fire-extinguishing function concurrently is powerful, is fit to vehicle-mounted medium and long distance operation.

11. turbine water spray electronics fire extinguisher; Turbojet is installed in insulation behaviour to be done on the platform, insulation behaviour does platform and installs onboard, the hydraulic pressure metal atomization shower nozzle of fire fighting truck hydraulic fire extinguisher is installed on the turbogenerator puff prot, high voltage source output dc voltage V1, the cathode output end of DC voltage V1 is electrically connected with the turbogenerator puff prot behind the cathode output end of the DC voltage V1 electricity series connection current-limiting impedance device electrical ground.Hydraulic pressure metal atomization shower nozzle is connected with the water pipe that insulating materials is made, water pipe is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, and water tank and water pump all are electrically connected with ground with fire fighting truck.The fire fighter wear charged all force to submit put out a fire behaviour do.After the water flowing energising, after the turbogenerator work, because the burning of turbogenerator puff prot produces high temperature, can directly under the positive voltage effect of DC voltage V1, substitute the discharger electron radiation, make the air carboniumization of the puff prot ejection burning back anaerobic of turbojet, the air of carbonium anaerobic and the mixed carbonium firing-fighting medium of metal atomization shower nozzle ejection atomized water, under electric field force and physical pressure acting in conjunction, spray to burning things which may cause a fire disaster along even distribution of power line, the moment fiery burning that suffocated, reduce the temperature of fire burns rapidly, make fire lose the necessary temperature conditions of vaporization conversion, the oxidation reaction material source of blocking-up fire can't be burnt fire, thereby, reach with minimum cost consumption, effectively put out various fire rapidly.This fire extinguisher, fire-extinguishing function concurrently is powerful, is fit to vehicle-mounted medium and long distance operation.

12. the resistance value of current-limiting impedance device is determined that by circuit requirement exchanging the current-limiting impedance device is to adopt capacitive reactance or induction reactance current limliting, the direct current current-limiting impedor is to adopt the resistance current limliting.Also can not adopt the impedor current limliting,, adopt the automatic current limiting protective device that high voltage side current is controlled directly at mains side.

The present invention has invented various forms of dischargers in order to adapt to various extinguisher structure forms.

13. nozzle discharger; The atomizer head tip of being made by metal material is fixed the corona discharge utmost point that carbon fiber bundle is made is installed, the atomizer that is mounted discharge electrode is installed in the insulating material pipe, insulating material pipe is connected with the conduit that insulating materials is made, and the metal atomization shower nozzle is electrically connected with high voltage source by high-voltage line.

14. one pole discharger; Be to make discharge electrode by metal material, be fixed in the earthenware, at earthenware one end is discharge electrode, at the earthenware other end is binding post, earthenware is fixed in the band screw thread metal bolts pipe, stretch out from the metal bolts pipe at the earthenware two ends, makes the distance that certain electric insulation is arranged between discharge electrode and binding post and the metal bolts pipe, is electrically connected with high-voltage line by binding post.The one pole discharger uses in the warm cleaning ambient in being applicable to.

15. the clean one pole discharger of wind; Be to make a discharge electrode by metal material, be fixed in the earthenware, at earthenware one end is discharge electrode, the earthenware other end is a binding post, and in earthenware was fixed on band screw thread metal bolts pipe, stretched out from the metal bolts pipe at the earthenware two ends, make the distance that certain electric insulation is arranged between discharge electrode and binding post and the metallic coil, be provided with passage between earthenware and the installation metal bolts pipe, the air intake joint is connected with the blast insulated conduit, and binding post is electrically connected with high-voltage line.After energising was ventilated, wind blew out from passage, has reduced the temperature of earthenware, kept the cleaning surfaces and the insulation of earthenware.This discharger uses in the warm contaminated environment in being applicable to.

16. the clean air-cooled one pole discharger of wind; Be to make a discharge electrode by metal tube, be fixed in the earthenware, at earthenware one end is the air-out discharge electrode, at the earthenware other end is air intake joint and binding post, earthenware is fixed in the band screw thread metal bolts pipe, stretch out from the metal bolts pipe at the earthenware two ends, make the distance that certain electric insulation is arranged between discharge electrode and binding post and the metallic coil, be provided with passage between earthenware and the installation metal bolts pipe, the air intake joint is connected with the blast insulated conduit, and binding post is electrically connected with high-voltage line.After energising was ventilated, wind blew out from passage, has reduced the temperature of earthenware, kept the cleaning surfaces and the insulation of earthenware.Wind blows out from the opening of discharge electrode pipe, has reduced the temperature of discharge electrode, and discharge electrode is not melted by high temperature, and this discharger is applicable in the hot environment and uses.

17. bipolar discharger; Be two discharge electrodes that have certain discharging gap of making by metal material, be fixed in the earthenware, at earthenware one end is two discharge electrodes, at the earthenware other end is binding post, earthenware is fixed in the band screw thread metal bolts pipe, stretch out from the metal bolts pipe at the earthenware two ends, makes the distance that certain electric insulation is arranged between discharge electrode and binding post and the metallic coil, is electrically connected with high-voltage line by binding post.This discharger uses in the warm cleaning ambient in being applicable to.

18. the clean bipolar discharger of wind; Two discharge electrodes that have certain discharging gap of making by metal material, be fixed in the earthenware, at earthenware one end is two discharge electrodes, at the earthenware other end is binding post, earthenware is fixed in the band screw thread metal bolts pipe, stretch out from the metal bolts pipe at the earthenware two ends, make the distance that certain electric insulation is arranged between discharge electrode and binding post and the metallic coil, be provided with passage between earthenware and the installation metal bolts pipe, the air intake joint is connected with the blast insulated conduit, and binding post is electrically connected with high-voltage line.After energising was ventilated, wind blew out from passage, has reduced the temperature of earthenware, kept the cleaning surfaces and the insulation of earthenware.This discharger uses in the warm environment in being applicable to.

19. the clean air-cooled bipolar discharger of wind; Be to make two discharge electrodes that have certain discharging gap by metal tube, be fixed in the earthenware, at earthenware one end is the air-out discharge electrode, at the earthenware other end is air intake joint and binding post, earthenware is fixed in the band screw thread bolt tube, stretch out from bolt tube at the earthenware two ends, make the distance that certain electric insulation is arranged between discharge electrode and binding post and the helix tube, be provided with passage between earthenware and the installation metal bolts pipe, the air intake joint is connected with the blast insulated conduit, and binding post is electrically connected with high-voltage line.After energising was ventilated, wind blew out from passage, has reduced the temperature of earthenware, kept the cleaning surfaces and the insulation of earthenware.Wind blows out from the opening of discharge electrode pipe, has reduced the temperature of discharge electrode, and discharge electrode is not melted by high temperature, and this discharger is applicable in the high temperature contaminated environment and uses

20. bowl-type radio reflection shield, the bowl-type radio reflection shield made from metal material, good reflective inner membrance is arranged in the bowl-type radio reflection shield, bottom at bowl-type radio reflection shield is provided with passage, bowl bottom at bowl-type radio reflection shield is provided with mounting interface, on the reflection shield of bowl type, two one pole dischargers of graphite rod pole tip are installed, between the discharge electrode of two one pole dischargers, leave certain discharging gap.

21. graphite one pole discharger, metal material is made a discharge electrode pole tip be mounted graphite rod, discharge electrode is fixed in the earthenware, earthenware one end is the discharge electrode graphite rod, the earthenware other end is a high tension terminal, and earthenware is fixed in the band screw thread metal bolts pipe, and stretch out in the metal bolts pipe at the earthenware two ends, making has certain electric insulation distance between discharge electrode graphite rod and binding post and the metal bolts pipe, be electrically connected with high-voltage line by high tension terminal.

22. graphite bi-polar discharger, be two discharge electrode tips that have certain discharging gap of making by metal material, be mounted the graphite rod pole tip, discharge electrode is fixed in the earthenware, earthenware one end is two discharge electrodes, the earthenware other end is a high tension terminal, earthenware is fixed in the band screw thread metal bolts pipe, stretch out in the metal bolts pipe at the earthenware two ends, make the distance that certain electric insulation is arranged between discharge electrode and binding post and the metallic coil, be electrically connected with high-voltage line by high tension terminal.Make up bipolar discharger; Two common bipolar dischargers that have certain discharging gap of forming of one pole discharger.This discharger is applicable to high-power output use.

The beneficial effects of the utility model are; This electronics fire extinguisher, simple in structure, fire-extinguishing function concurrently is powerful, and is simple to operate, reduces the fire extinguishing cost significantly, at short notice, can stamp out a fire safely and effectively rapidly.

Description of drawings:

Below comprehensive drawings and Examples the utility model is further specified;

Fig. 1. electronics fire extinguisher circuit theory diagrams of the present utility model

Fig. 2. DC bipolar electronics fire extinguisher circuit diagram

Fig. 3. the bipolar electronics fire extinguisher of pulse circuit diagram

Fig. 4. portable corona electronics fire extinguisher circuit diagram

Fig. 5. portable corona electronics fire extinguisher scheme of installation,

Fig. 6. portable radio electronics fire extinguisher circuit diagram

Fig. 7. portable radio electronics fire extinguisher scheme of installation

Fig. 8. large-scale radio electronics fire extinguisher scheme of installation

Fig. 9. spraying electronics fire extinguisher shower nozzle longitudinal sectional drawing,

Figure 10. water spray electronics fire extinguisher shower nozzle longitudinal sectional drawing

Figure 11. jetting electronics fire extinguisher shower nozzle longitudinal sectional drawing

Figure 12. portable wind-power electronics fire extinguisher scheme of installation

Figure 13. the portable sub-fire extinguisher shower nozzle of the wind-powered electricity generation longitudinal sectional drawing of penetrating

Figure 14. the sub-fire extinguisher shower nozzle of water wind-powered electricity generation longitudinal sectional drawing

Figure 15. turbine electronics fire extinguisher scheme of installation

Figure 16. turbine water spray electronics fire extinguisher

Figure 17. armoring electronics fire fighting truck schematic diagram

Figure 18. electronics fire extinguisher operating desk crane scheme of installation

Figure 19. one pole discharger longitudinal profile

Figure 20. graphite one pole discharger longitudinal profile

Figure 21. graphite bi-polar discharger longitudinal sectional drawing

Figure 22. bipolar discharger longitudinal sectional drawing

Figure 22. the clean one pole discharger of wind longitudinal sectional drawing

Figure 22. the clean air-cooled one pole discharger longitudinal sectional drawing of wind

Z. high voltage source rectifier among the figure, R. current-limiting impedance device, 1. discharger, 2. shower nozzle, 3. ignition point, 4. insulating material pipe 5. carbon fiber bundle discharge electrodes, 6. discharge electrode, 7. binding post, 8. metal bolts pipe, 9. insulating ceramics pipe, 10. graphic discharge utmost point pole tip, 11. bowl-type radio reflection shields, 12. passage, 13. blower fans, 14. turbojets, 15, air intake interface, 16, waterpipe jointing, 17. insulation telescopic arms

The specific embodiment

In Fig. 1, electronics fire extinguisher circuit theory diagrams of the present utility model, by DC voltage V1 of high voltage source output, the cathode output end of DC voltage V1 electrical ground, cathode output end electricity series connection current-limiting impedance device [R] back of DC voltage V1 is electrically connected with the discharger [1] of fire extinguisher, after the energising work, bipolar discharger [1] is gone up a large amount of carboniums of emission be applied on the flame [3].

In Fig. 2, DC electronic fire extinguisher circuit diagram, be to export two DC voltage V1 and direct current V2 respectively by high voltage source, the cathode output end of DC voltage V1 electrical ground, be electrically connected with a discharge electrode [6] of the bipolar discharger of fire extinguisher [1] after cathode output end electricity series connection current-limiting impedance device [R] back of DC voltage V1 and the output parallel connection of DC voltage V2, another output series connection current-limiting impedance device of DC voltage V2 is electrically connected with another discharge electrode [6] of the bipolar discharger of fire extinguisher [1], after the energising work, bipolar discharger [1] is gone up a large amount of carboniums of emission be applied on the flame [3].

In Fig. 3, the bipolar electronics fire extinguisher of pulse circuit diagram, high voltage source is exported a DC voltage V1 and an alternating voltage u2 respectively, the cathode output end of DC voltage V1 electrical ground, the voltage one end electricity back in parallel of the cathode output end electricity series connection current-limiting impedance device [R] of DC voltage V1 and alternating voltage u2 is electrically connected with a discharge electrode [6] of the bipolar discharger of fire extinguisher [1], the other end series connection current-limiting impedance device [R] of alternating voltage u2 is electrically connected with another discharge electrode [6] of the bipolar discharger of fire extinguisher [1], after the energising work, bipolar discharger [1] is gone up a large amount of carboniums of emission be applied on the flame [3].

In Fig. 4, portable corona electronics fire extinguisher circuit diagram, power supply output AC voltage u1 by electronic emitter, be electrically connected with the capacitance voltage-multiplying rectifier, the capacitance voltage-multiplying rectifier promotes into DC voltage V1 with alternating voltage u1 rectification and voltage multiplier, DC voltage V1 cathode output end series connection current-limiting impedance device [R] back is electrically connected with the corona discharge utmost point [5], and DC voltage V1 cathode output end by connecting line electrical ground.

In Fig. 5, portable corona electronics fire extinguisher scheme of installation, in an end pipe of insulating material pipe, inverter is installed, in the pipe at insulating material pipe middle part, the capacitance voltage-multiplying rectifier is installed, the other end at insulating material pipe is installed with the corona discharge utmost point of being made by bonding jumper folder pincers carbon fiber bundle [5], by power supply output AC voltage u1, be electrically connected with the capacitance voltage-multiplying rectifier of installing in the insulating material pipe, the capacitance voltage-multiplying rectifier promotes into DC voltage V1 with alternating voltage u1 rectification and voltage multiplier, DC voltage V1 cathode output end series connection current-limiting impedance device [R] back is electrically connected with the corona discharge utmost point [5] that the other end carbon fiber bundle that is installed in insulation tube is made, and the metal bracelet that DC voltage V1 cathode output end passes through connection electrical ground.After the energising work, DC voltage V1 positive pole is gone up a large amount of carboniums of emission with the corona discharge utmost point [5] and is applied on the flame in the corona discharge utmost point [5] discharge.

In Fig. 6, portable radio fire extinguisher circuit diagram, alternating voltage u1 by power supply output, be electrically connected with the capacitance voltage-multiplying rectifier, the capacitance voltage-multiplying rectifier promotes a DC voltage V1 of output and a DC voltage V2 with alternating voltage u1 rectification and voltage multiplier, and DC voltage V1 cathode output end is electrically connected with one of them discharge electrode of bipolar discharger [1] [6].DC voltage V2 electricity series connection current-limiting impedance device [R] back is electrically connected with bipolar discharger [1] another discharge electrode [6] wherein.DC voltage V1 cathode output end by connecting line electrical ground.

In Fig. 7, portable radio fire extinguisher scheme of installation, in the bowl-type radio reflection shield made from metal material good reflective inner membrance is arranged, be provided with passage [12] in the bottom of bowl-type radio reflection shield, reflection shield [11] bottom in the bowl type, bipolar discharger [1] is installed, bowl bottom at bowl-type radio reflection shield is provided with mounting interface, bowl-type radio reflection shield is fixedly mounted on an end of insulating material pipe by mounting interface, in the pipe of the insulating material pipe other end, inverter is installed, in the pipe at insulating material pipe middle part, the capacitance voltage-multiplying rectifier is installed, by inverter output AC voltage u1, be electrically connected with the capacitance voltage-multiplying rectifier of installing in the insulating material pipe, the capacitance voltage-multiplying rectifier promotes a DC voltage V1 of output and a DC voltage V2 with alternating voltage u1 rectification and voltage multiplier, and DC voltage V1 cathode output end is electrically connected with one of them discharge electrode of bipolar discharger [1] [6].DC voltage V2 electricity series connection current-limiting impedance device [R] back is electrically connected with bipolar discharger [1] another discharge electrode [6] wherein.DC voltage V1 cathode output end by the metal bracelet that connects electrical ground.After the energising work, bipolar discharger [1] is gone up a large amount of carboniums of emission be applied on the flame.

In Fig. 8, large-scale radio fire extinguisher scheme of installation, the bowl-type radio reflection shield made from metal material [11], good reflective inner membrance is arranged in bowl-type radio reflection shield [11], be provided with passage [12] in the bottom of bowl-type radio reflection shield [11], bowl bottom at bowl-type radio reflection shield [11] is provided with mounting interface, bowl-type radio reflection shield [11] is fixed on insulating materials by mounting interface and makes the end that the behaviour of hollow makees bar, grasp in the other end pipe of making bar high voltage source is installed, two one pole dischargers [1] symmetry that will be mounted graphite rod [10] pole tip is fixed on the bowl-type radio reflection shield [11], leave certain discharging gap between the discharge electrode [10] with two one pole dischargers [1], high voltage source is exported a DC voltage V1 and an alternating voltage u2 respectively, DC voltage V1 cathode output end by connecting line be electrically connected, after the output electricity in DC voltage V1 cathode output end electricity series connection current-limiting impedance device [R] back and alternating voltage u2 is in parallel, be electrically connected with one of them one pole discharger [1] of interior two the one pole dischargers of bowl-type radio reflection shield [11] [1] that are fixed on the insulating material pipe other end, another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 is electrically connected with another one pole discharger [1] of interior two the one pole dischargers of bowl-type radio reflection shield [11] [1], after the energising work, discharger [1] is gone up a large amount of carboniums of emission be applied on the flame.

In Fig. 9, spraying electronics fire extinguisher scheme of installation, on the atomization metal shower nozzle [2] of hydraulic fire extinguisher, fixedly mounting the discharge electrode [5] that the fine bundle of carbon is made, by DC voltage V1 of high voltage source output, the cathode output end of DC voltage V1 electrical ground, fixedly mounting the fine discharge electrode of making [5] of restrainting of carbon on the atomization metal shower nozzle [2] of the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and hydraulic fire extinguisher is electrically connected, atomization metal shower nozzle [2] is connected with the water pipe that insulating materials is made, the insulation water pipe is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected, after the energising work, atomization metal shower nozzle [2] ejection ionization water is applied on the flame.

In Figure 10, water spray electronics fire extinguisher scheme of installation, in the shower nozzle [2] that hydraulic fire extinguisher is directly sprayed, install and fix a bipolar discharger [1], by a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 electrical ground, the output electricity in the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and alternating voltage u2 and connect after, be electrically connected with one of them discharge electrode of bipolar discharger [1] [6] in the shower nozzle that is fixed on hydraulic fire extinguisher [2], another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 is electrically connected with another discharge electrode [6] of bipolar discharger in the shower nozzle that is fixed on hydraulic pressure [2], shower nozzle is connected with the hydraulic pressure conduit that insulating materials is made, the hydraulic pressure conduit is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected, after the energising work, shower nozzle [2] the ejection ionization water that directly sprays at hydraulic pressure that bipolar discharger [1] will be installed is applied on the flame.

In Figure 11, jetting electronics fire extinguisher shower nozzle scheme of installation, two one pole discharger symmetries that will be mounted graphite rod [10] pole tip are fixed on the bowl-type radio reflection shield [11], leave certain clearance between the discharge electrode [10] with two one pole dischargers [1], bowl-type radio reflection shield [11] is fixed on the shower nozzle [2] that hydraulic fire extinguisher directly sprays, a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 electrical ground, the output electricity in the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and alternating voltage u2 and connect after, be electrically connected with one of them the one pole discharger [1] of last two the one pole dischargers of bowl-type radio reflection shield [11] [1] on being fixed on the shower nozzle [2] that hydraulic pressure directly sprays, another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 be fixed on the shower nozzle [2] that hydraulic pressure directly sprays on bowl-type radio reflection shield on another one pole discharger [1] be electrically connected, the shower nozzle that hydraulic pressure directly sprays [2] is connected with the water conduit that insulating materials is made, water conduit is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected, after the energising work, shower nozzle [2] the ejection ionization water that bowl-type radio reflection shield [11] hydraulic pressure directly sprays will be installed be applied on the flame.

In Figure 12, portable wind-power electronics fire extinguisher scheme of installation, doing with light-duty engine on the blower fan of power source, be mounted with the wireway that insulating materials is made, in the spout [2] of wireway, be mounted with bipolar discharger [1], by a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 by the metal bracelet that connects electrical ground, the output electricity in the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and alternating voltage u2 and connect after, be electrically connected with one of them discharge electrode of bipolar discharger [1] [6] in the spout that is fixed on wind-force extinguisher, another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 is electrically connected with another discharge electrode [6] of bipolar discharger [1] in the spout that is fixed on wind-force extinguisher, after the energising work, wind-force extinguisher is sprayed the electron ion wind transmission be applied on the flame.

In Figure 13, the portable sub-fire extinguisher scheme of installation of wind-powered electricity generation of penetrating, doing with light-duty engine on the blower fan of power source, be mounted with the wireway that insulating materials is made, on the spout [2] of wireway, be fixed on bowl-type radio reflection shield [11], go up two one pole dischargers that are symmetrically installed with graphite rod [10] pole tip at bowl-type radio reflection shield [11], leave certain clearance between the discharge electrode [10] with two one pole dischargers [1], by a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 by the metal bracelet that connects electrical ground, the output electricity in the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and alternating voltage u2 and connect after, with be fixed on one of them one pole discharger [1] of last two the one pole dischargers of bowl-type radio reflection shield [11] [1] and be electrically connected, another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 is electrically connected with another one pole discharger that is fixed on last two the one pole dischargers of bowl-type radio reflection shield [11] [1], after the energising work, wind-force extinguisher is sprayed the electron ion wind transmission be applied on the flame.

In Figure 14, the sub-fire extinguisher scheme of installation of water wind-powered electricity generation, large fan is installed and fixed onboard, on the wind-force spout that large fan is made with insulating materials, install and fix bowl-type radio reflection shield [11], two one pole dischargers [1] symmetry that will be mounted graphite rod [1] pole tip is fixed on the bowl-type radio reflection shield [11], leave certain clearance between the discharge electrode [6] with two one pole dischargers [1], in the wind-force spout, installing and fixing the metal shower nozzle [2] of hydraulic fire extinguisher, metal shower nozzle [2] is connected with the insulation water pipe that insulating materials is made, the insulation water pipe is connected with the fire fighting truck water tank through water pump, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected.By a high voltage source DC voltage V1 of output and an alternating voltage u2, DC voltage V1 cathode output end by connecting line be electrically connected, after the output electricity in DC voltage V1 cathode output end electricity series connection current-limiting impedance device [R] back and alternating voltage u2 is in parallel, with be fixed on one of them one pole discharger [1] of interior two the one pole dischargers of bowl-type radio reflection shield [11] [1] and be electrically connected, another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 is electrically connected with another one pole discharger [1] of interior two the one pole dischargers of bowl-type radio reflection shield [11] [1], after the energising work, the discharger [1] of radio reflection shield is gone up a large amount of carbonium water wind of emission be applied on the flame.

In Figure 15, turbine electronics fire extinguisher scheme of installation, turbojet is installed in fire extinguishing insulation behaviour to be done on the platform, the insulation behaviour that will put out a fire does platform and installs onboard, and turbojet and ground insulation are by DC voltage V1 of high voltage source output, the cathode output end of DC voltage V1 electrical ground, the cathode output end of DC voltage V1 is electrically connected with the turbogenerator puff prot, and after the energising work, the electron ion wind transmission that the turbogenerator puff prot is sprayed is applied on the flame.

In Figure 16, turbine water spray electronics fire extinguisher, turbojet is installed in fire extinguishing insulation behaviour to be done on the platform, with fire extinguishing insulation behaviour do platform be installed in car on, with turbojet and car and ground insulation, the atomization metal shower nozzle [2] of a plurality of hydraulic fire extinguisher is installed on the turbogenerator puff prot, by DC voltage V1 of high voltage source output, the cathode output end of DC voltage V1 electrical ground, the cathode output end of DC voltage V1 is electrically connected with the turbogenerator puff prot, atomization metal shower nozzle [2] is connected with the insulation water pipe that insulating materials is made, the insulation water pipe is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all are electrically connected with fire fighting truck and ground, and after the energising work, the ionization water wind that the turbogenerator puff prot is sprayed is applied on the flame.

In Figure 17; armoring electronics fire fighting truck schematic diagram is installed in the insulation behaviour that insulating materials makes with the electronics fire extinguisher and does on the platform, and insulation behaviour does and high temperature resistant protective cover is installed on flat; the behaviour of will insulating does platform and is installed on the fire extinguishing panzer, electronics fire extinguisher and car and ground insulation.

In Figure 18; electronics fire extinguisher operating desk crane scheme of installation; the electronics fire extinguisher is installed in the fire extinguishing insulation behaviour that insulating materials makes to be done on the platform; fire extinguishing insulation behaviour does high temperature resistant protective cover is installed on the platform; fire extinguishing insulation behaviour does on the telescopic arm that insulating materials that platform is installed in the fire-fighting crane makes [17], and electronics fire extinguisher and car and ground insulate.

In Figure 19, the one pole discharger, metal material is made a discharge electrode [6], be fixed in the earthenware [9], earthenware [9] one ends are discharge electrode [6], and earthenware [9] other end is high tension terminal [7], earthenware [9] is fixed in the band screw thread metal bolts pipe [8], stretch out in metal bolts pipe [8] at earthenware [9] two ends, and making between discharge electrode [6] and binding post [7] and the metal bolts pipe [8] has certain electric insulation distance, is electrically connected with high-voltage line by high tension terminal [7].

In Figure 20, graphite one pole discharger, metal material is made a discharge electrode pole tip be mounted graphite rod [10], discharge electrode is fixed in the earthenware [9], earthenware [9] one ends are discharge electrode graphite rod [10], earthenware [9] other end is high tension terminal [7], earthenware [9] is fixed in the band screw thread metal bolts pipe [8], stretch out in metal bolts pipe [8] at earthenware [9] two ends, making between discharge electrode graphite rod [10] and binding post [7] and the metal bolts pipe [8] has certain electric insulation distance, is electrically connected with high-voltage line by high tension terminal [7].

In Figure 21, the graphite bi-polar discharger, be two discharge electrode tips that have certain discharging gap of making by metal material, be mounted graphite rod [10] pole tip, discharge electrode is fixed in the earthenware [9], earthenware [9] one ends are two discharge electrodes [6], earthenware [9] other end is high tension terminal [7], earthenware [9] is fixed in the band screw thread metal bolts pipe [8], stretch out in metal bolts pipe [8] at earthenware [9] two ends, make the distance that certain electric insulation is arranged between discharge electrode [6] and binding post [7] and the metallic coil [8], be electrically connected with high-voltage line by high tension terminal [7].

In Figure 22, bipolar discharger, be two discharge electrodes of making by metal material [6] that have certain discharging gap, be fixed in the earthenware [9], earthenware [9] one ends are two discharge electrodes [6], earthenware [9] other end is high tension terminal [7], earthenware [9] is fixed in the band screw thread metal bolts pipe [8], stretch out in metal bolts pipe [8] at earthenware [9] two ends, make the distance that certain electric insulation is arranged between discharge electrode [6] and binding post [7] and the metallic coil [8], be electrically connected with high-voltage line by high tension terminal [7].

In Figure 23, the clean one pole discharger of wind, be to make a discharge electrode [6] by metal material, be fixed in the earthenware [9], earthenware [9] one ends are discharge electrode [6], earthenware [9] other end is high tension terminal [7], earthenware [9] is fixed in the band screw thread metal bolts pipe [8], stretch out in metal bolts pipe [8] at earthenware [9] two ends, make between discharge electrode [6] and binding post [7] and the metallic coil [8] certain electric insulation distance is arranged, be provided with passage [12] between earthenware [9] and the installation metal bolts pipe [8], air intake joint [15] is connected with the blast insulated conduit, and high tension terminal [7] is electrically connected with high-voltage line.

In Figure 24, the clean air-cooled one pole discharger of wind, be to make a discharge electrode [6] by metal tube, be fixed in the earthenware [9], earthenware [9] one ends are air-out discharge electrode [6], earthenware [9] other end is air intake joint [5] and high tension terminal [7], earthenware [9] is fixed in the band screw thread metal bolts pipe [8], stretch out in metal bolts pipe [8] at earthenware [9] two ends, make between discharge electrode [6] and binding post [7] and the metallic coil [8] certain electric insulation distance is arranged, be provided with passage [12] between earthenware [9] and the installation metal bolts pipe [8], air intake joint [15] is connected with the blast insulated conduit, and high tension terminal [7] is electrically connected with high-voltage line.

Claims (10)

1. electronics fire extinguisher circuit, it is characterized in that: by DC voltage V1 of high voltage source output, the cathode output end of DC voltage V1 electrical ground, the cathode output end of DC voltage V1 is electrically connected with the discharger of fire extinguisher [1], after the energising work, discharger [1] is gone up a large amount of carboniums of emission be applied on the flame [3].

2. portable corona electronics fire extinguisher, it is characterized in that: the insulation behaviour who makes hollow at insulating materials does in bar [4] the one end pipes, corona fire extinguisher inverter is installed, in the pipe in the middle part of insulation behaviour makees bar [4] the capacitance voltage-multiplying rectifier is installed, the other end of making bar [4] insulation behaviour is installed with the corona discharge utmost point of being made by bonding jumper folder pincers carbon fiber bundle [5], by inverter output AC voltage u1, be electrically connected with the capacitance voltage-multiplying rectifier of installing in the insulating material pipe, the capacitance voltage-multiplying rectifier promotes into DC voltage V1 with alternating voltage u1 rectification and voltage multiplier, DC voltage V1 cathode output end series connection current-limiting impedance device [R] back is electrically connected with the corona discharge utmost point [5] that an end carbon fiber bundle that is installed in insulation tube is made, DC voltage V1 cathode output end by the metal bracelet that connects electrical ground, after the energising work, a large amount of carboniums of the last emission of the corona discharge utmost point [5] that carbon fiber bundle is made are applied on the flame.

3. portable radio electronics fire extinguisher, it is characterized in that: bipolar discharger [1] is installed in bowl-type radio reflection shield [11], good reflective inner membrance is arranged in bowl-type radio reflection shield [11], be provided with passage [12] in the bottom of bowl-type radio reflection shield [11], bowl bottom at bowl-type radio reflection shield [11] is provided with mounting interface, bowl-type radio reflection shield [11] is fixed on the end that insulating materials is made pipe [4] by mounting interface, in the pipe of insulating material pipe [4] other end, the inverter of radio fire extinguisher is installed, in the pipe at insulating material pipe [4] middle part, the capacitance voltage-multiplying rectifier is installed, alternating voltage u1 by power supply output, alternating voltage u1 is electrically connected with installation capacitance voltage-multiplying rectifier in the insulating material pipe [4], the capacitance voltage-multiplying rectifier promotes into DC voltage V1 and DC voltage V2 with alternating voltage u1 rectification and voltage multiplier, DC voltage V1 cathode output end by the metal bracelet that connects electrical ground, DC voltage V1 cathode output end is electrically connected with one of them discharge electrode of bipolar discharger [1] [6] of installation in the bowl-type radio reflection shield [11], output electricity series connection current-limiting impedance device [R] back of DC voltage V2 is electrically connected with another discharge electrode [6] of bipolar discharger [1] in the bowl-type radio reflection shield [11], after the energising work, the discharger [1] of radio reflection shield is gone up a large amount of carboniums of emission be applied on the flame.

4. large-scale radio electronics fire extinguisher, it is characterized in that: the end that the behaviour who makes hollow at insulating materials makees bar is mounted with bowl-type radio reflection shield, good reflective inner membrance is arranged in bowl-type radio reflection shield [11], a plurality of bipolar dischargers [1] symmetry is fixed on the bowl-type radio reflection shield [11], high voltage source is exported a DC voltage V1 and an alternating voltage u2 respectively, DC voltage V1 cathode output end by connecting line be electrically connected, after the output electricity in DC voltage V1 cathode output end electricity series connection current-limiting impedance device [R] back and alternating voltage u2 is in parallel, be electrically connected with each one of them discharge electrode of bipolar discharger [1] [6] in the bowl-type radio reflection shield [11], another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 is electrically connected with each another discharge electrode [6] of each bipolar discharger [1] in the bowl-type radio reflection shield [11], after the energising work, the discharger [1] of radio reflection shield is gone up a large amount of carboniums of emission be applied on the flame.

5. spraying electronics fire extinguisher, it is characterized in that: on the atomization metal shower nozzle [2] of hydraulic fire extinguisher, installing and fixing the discharge electrode [5] that the fine bundle of carbon is made, atomization metal shower nozzle [2] is made bar [4] with the behaviour that insulating materials is made and is connected, behaviour does the water conduit that the bar insulating materials makes and is connected, the insulation water conduit is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected, by DC voltage V1 of high voltage source output, the cathode output end of DC voltage V1 electrical ground, fixedly mounting the fine discharge electrode of making [5] of restrainting of carbon on the atomization metal shower nozzle [2] of the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and hydraulic fire extinguisher is electrically connected, the fire fighter wear charged all force to submit put out a fire behaviour do, after the energising work, atomization metal shower nozzle [2] ejection electron ion water is applied on the flame.

6. jetting electronics fire extinguisher, it is characterized in that: on the shower nozzle [2] that hydraulic fire extinguisher is directly sprayed, be mounted bowl-type radio reflection shield [11], good reflective inner membrance is arranged in bowl-type radio reflection shield [11], a plurality of bipolar dischargers [1] symmetry is fixed on the bowl-type radio reflection shield [11], a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 electrical ground, the output electricity in the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and alternating voltage u2 and connect after, go up each one of them discharge electrode of bipolar discharger [1] [6] and be electrically connected with the bowl-type radio reflection shield [11] on being fixed on the shower nozzle [2] that hydraulic pressure directly sprays, another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 be fixed on the shower nozzle [2] that hydraulic pressure directly sprays on bowl-type radio reflection shield on each another discharge electrode of bipolar discharger [1] [6] be electrically connected, the shower nozzle that hydraulic pressure directly sprays [2] is made bar with the behaviour that insulating materials is made and is connected, behaviour makees bar and is connected with the water conduit that the insulating materials that disappears is made, water conduit is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected, the fire fighter wear charged all force to submit put out a fire behaviour do, after the energising work, shower nozzle [2] the ejection electron ion water that bowl-type radio reflection shield [11] hydraulic pressure directly sprays will be installed be applied on the flame.

7. portable wind-power electronics fire extinguisher, it is characterized in that: doing with light-duty engine on the blower fan of power source, the guide duct that the insulating materials that is mounted with is made, in the spout [2] of guide duct, be mounted with bipolar discharger [1], by a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 by the metal bracelet that connects electrical ground, the output electricity in the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and alternating voltage u2 and connect after, be electrically connected with one of them discharge electrode of bipolar discharger [1] [6] in the spout that is fixed on wind-force extinguisher, another output electricity series connection current-limiting impedance device [R] back of alternating voltage u2 is electrically connected with another discharge electrode [6] of bipolar discharger [1] in the spout that is fixed on wind-force extinguisher, after the energising work, wind-force extinguisher is sprayed electron ion wind be applied on the flame.

8. penetrate the sub-fire extinguisher of wind-powered electricity generation, it is characterized in that: on the blower fan in dynamic source, the guide duct that the insulating materials that is mounted with is made, on the spout [2] of guide duct, be fixed on bowl-type radio reflection shield [11], good reflective inner membrance is arranged in bowl-type radio reflection shield [11], go up quilt at bowl-type radio reflection shield [11] and be symmetrically installed with a plurality of bipolar dischargers [1], by a high voltage source DC voltage V1 of output and an alternating voltage u2, the cathode output end of DC voltage V1 by the metal bracelet that connects electrical ground, the output electricity in the cathode output end of DC voltage V1 electricity series connection current-limiting impedance device [R] back and alternating voltage u2 and connect after, with be fixed on bowl-type radio reflection shield [11] and go up each one of them discharge electrode of bipolar discharger [1] [6] and be electrically connected, another output electricity series connection current-limiting impedance device [R] of alternating voltage u2 is back to be electrically connected with another discharge electrode [6] that is fixed on last each the bipolar discharger [1] of bowl-type radio reflection shield [11], after the energising work, wind-force extinguisher is sprayed electron ion wind be applied on the flame.

9. the sub-fire extinguisher of water wind-powered electricity generation, it is characterized in that: with the large fan of dynamic source fire extinguisher, be installed on the insulated platform, insulated platform is installed onboard, with large fan and car and ground insulation, on the wind-force spout that large fan is made with insulating materials, install and fix bowl-type radio reflection shield [11], to be mounted the symmetry that a plurality of bipolar dischargers [1] keep at a certain distance away is fixed on the bowl-type radio reflection shield [11], in the wind-force spout, installing and fixing the metal shower nozzle [2] of hydraulic fire extinguisher, metal shower nozzle [2] is connected with the water pipe that insulating materials is made, the insulation water pipe is connected with the fire fighting truck water tank through water pump, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected, by a high voltage source DC voltage V1 of output and an alternating voltage u2, DC voltage V1 cathode output end by connecting line be electrically connected, after the output electricity in DC voltage V1 cathode output end electricity series connection current-limiting impedance device [R] back and alternating voltage u2 is in parallel, be electrically connected with each one of them discharge electrode of bipolar discharger [1] [6] in being fixed on bowl-type radio reflection shield [11], another output electricity series connection current-limiting impedance device [R] of alternating voltage u2 is back and another discharge electrode [6] of each bipolar discharger [1] that bowl-type radio reflection shield [11] is interior is electrically connected, the fire fighter wear charged all force to submit put out a fire behaviour do, after the energising work, the sub-fire extinguisher of water wind-powered electricity generation is launched a large amount of carbonium water wind be applied on the flame.

10. turbine water spray electronics fire extinguisher, it is characterized in that: turbojet is installed on the insulated platform, with insulated platform be installed in car on, with turbojet and car and ground insulation, be symmetrically installed with the atomization metal shower nozzle [2] of a plurality of hydraulic fire extinguisher on the turbogenerator puff prot, by DC voltage V1 of high voltage source output, the cathode output end of DC voltage V1 electrical ground, the cathode output end of DC voltage V1 is electrically connected with the turbogenerator puff prot, atomization metal shower nozzle [2] is connected with the insulation water pipe that insulating materials is made, the insulation water pipe is connected with the fire fighting truck water tank through water pump, splendid attire pure water in the water tank, the ratio resistance of pure water should be strict controlled in certain number range, water tank and water pump all with fire fighting truck and be electrically connected, the fire fighter wears and chargedly all forces the behaviour that puts out a fire to submit and do, and after the energising work, the ionization water wind of turbogenerator puff prot ejection is applied on the flame.

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