CN204752858U - It is indoor with hydrogen energy generation use integrated device - Google Patents
It is indoor with hydrogen energy generation use integrated device Download PDFInfo
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- CN204752858U CN204752858U CN201520392292.8U CN201520392292U CN204752858U CN 204752858 U CN204752858 U CN 204752858U CN 201520392292 U CN201520392292 U CN 201520392292U CN 204752858 U CN204752858 U CN 204752858U
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- hydrogen
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/30—Hydrogen technology
- Y02E60/36—Hydrogen production from non-carbon containing sources, e.g. by water electrolysis
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Abstract
The utility model discloses an it is indoor with hydrogen energy generation use integrated device, including be used for to water carry on purification treatment water purifier, be used for preparing hydrogen hydrogen generator, be used for hydrogen storage's hydrogen holding vessel and be used for burning the hydrogen burner of hydrogen in order to produce heat energy, water purifier's delivery port with hydrogen generator's water inlet is connected, hydrogen generator's hydrogen delivery outlet with the air inlet of hydrogen holding vessel is connected, the gas outlet of hydrogen holding vessel with hydrogen burner's hydrogen entry is connected, hydrogen generator is connected with the oxygen that is used for producing and directly arranges the in line pipe of indoor oxygen. This it is indoor with hydrogen energy generation use integrated device can be effectual the production and the storage of realization hydrogen, the effectual civil problem of hydrogen of having solved is fit for family's environment simultaneously and installs and use to the environmental protection of the hydrogen energy is pollution -free, convenient to popularize and use.
Description
Technical field
The utility model belongs to hydrogen as energy source and utilizes technical field, specifically relates to a kind of indoor hydrogen as energy source production and application integrated apparatus.
Background technology
Use in our daily life many be that Sweet natural gas or liquefied gas are used for warming oneself, cook, cooking, stew, have a bath, part power-driven tool propulsion source; But the above energy to be limited resources non-renewable, and very serious to the pollution of environment; Haze weather, indoor Sweet natural gas, liquefied gas are to the pollution of air.Hydrogen is the energy making raw material production of water, is reduced to water after using, the energy of renewable pollution-free absolute environmental protection; Current manufacture hydrogen is very high to the requirement of production site environment, the equipment stored and place thereof are had to special restriction, the equipment of transport is had to specific requirement (high cost transport), have higher requirement to the environment place of use; Laboratory hydrogen, due to trace, can not be used as the energy to use; Cause popularizing civilian.
Utility model content
The purpose of this utility model is to overcome above-mentioned deficiency of the prior art, provides a kind of hydrogen as energy source using appts.This indoor hydrogen as energy source production and application integrated apparatus effectively can realize production and the storage of hydrogen, effectively solves the problem that hydrogen is civilian, be applicable to home environment simultaneously and install and use, and hydrogen as energy source is environment friendly and pollution-free, is convenient to promote the use of.
For achieving the above object, the technical solution adopted in the utility model is: a kind of indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: comprise the water purifier for carrying out purifying treatment to water, for the preparation of the hydrogen generator of hydrogen, for the hydrogen storage tank of storage of hydrogen and for burning hydrogen to produce the combustion of hydrogen device of heat energy, the water outlet of described water purifier is connected with the water-in of described hydrogen generator, the hydrogen gas outlet of described hydrogen generator is connected with the inlet mouth of described hydrogen storage tank, the air outlet of described hydrogen storage tank is connected with the hydrogen inlet of described combustion of hydrogen device, described hydrogen generator is connected with for the oxygen of generation being directly discharged to indoor oxygen vertical pipe.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, is characterized in that: the hydrogen gas outlet of described hydrogen generator is connected by pneumatic tube with the inlet mouth of hydrogen storage tank, described pneumatic tube is serially connected with hydrogen gas compressor.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, is characterized in that: described hydrogen storage tank is provided with for carrying out release process to hydrogen and safety valve for cutting off hydrogen gas compressor power supply.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, is characterized in that: the quantity of described safety valve is multiple.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: described safety valve comprises valve body and pressure relay, one end of described valve body offers the air inlet port communicated with described hydrogen storage tank, the other end of described valve body offers pressure transfer hole, piston is provided with in described valve body, the first returning spring is provided with in cavity in described valve body and between described piston and described pressure transfer hole, and be loaded with transformer oil in described cavity, described body wall offers the leakage port for communicating with described air inlet port when Piston Compression the first returning spring, described pressure relay comprises housing and the conduction lever that is arranged in described housing and the fulcrum for supporting described conduction lever, one end of described conduction lever is provided with the first contact for connecting with hydrogen gas compressor power supply, the other end of described conduction lever is provided with the second contact for connecting with the power interface end of described hydrogen gas compressor, one end of described conduction lever is provided with for making under promoting at transformer oil conduction lever around described fulcrum and then the plunger that makes the second contact and described power interface end be separated, on described housing and the position corresponding with described second contact is provided with for making the second contact be reset to the second returning spring with described power interface end in contact position.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: described piston is T font, described piston comprises the piston body that is slidably matched with valve interior wall and the Extension Head for stretching into described air inlet port, the bleed passage being used for matching with described leakage port is formed between described Extension Head with air inlet port hole wall, described valve interior wall is provided with boss, and described boss and described piston body are that step surface coordinates.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: the hole wall of described pressure transfer hole is provided with and is enclosed within plunger and stretches out the insulated enclosure cover of described pressure transfer hole, and cover has insulated enclosure pad on the insulated enclosure cover stretching out described pressure transfer hole, described insulated enclosure pad is clamped between described valve body and pressure relay.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, is characterized in that: described leakage port is connected with combustion of hydrogen reducing apparatus.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: also comprise storage tank, described hydrogen generator, hydrogen gas compressor and hydrogen storage tank are all arranged in described storage tank, the water filling port of described water purifier stretches out storage tank, described oxygen vertical pipe stretches out storage tank, and the air outlet of described hydrogen storage tank is connected with combustion of hydrogen device by the airway stretching out storage tank.
Above-mentioned one indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: described hydrogen generator is arranged on the bottom of described storage tank, described hydrogen gas compressor is arranged on the top of described hydrogen generator, and described hydrogen storage tank is arranged on the top of described hydrogen gas compressor.
The utility model compared with prior art has the following advantages:
1, structure of the present utility model is simple, rationally novel in design.
2, the utility model produces hydrogen and oxygen by hydrogen generator brine electrolysis, and the purified hydrogen produced directly is discharged to indoor by oxygen vertical pipe, effectively can improve indoor Air quality, for people provide the living environment of an oxygen enrichment; The hydrogen storage produced, in hydrogen storage tank, effectively achieves the storage of hydrogen, when using combustion of hydrogen device, can ready access upon use, and avoid the transport difficult of hydrogen
3, the utility model is by arranging hydrogen gas compressor, can carry out pressurized storage to hydrogen, thus improves the hydrogen store content of hydrogen storage tank.
4, the utility model is by arranging safety valve, thus improve the use safety of hydrogen storage tank, that is when the hydrogen pressure in hydrogen storage tank is too high, safety valve disconnects hydrogen gas compressor power supply automatically, thus make hydrogen gas compressor stop carrying hydrogen in hydrogen storage tank, and the hydrogen in hydrogen storage tank is carried out release process simultaneously, the hydrogen in hydrogen storage tank is within safe pressure value range.
5, the utility model is by arranging storage tank, the storage of hydrogen generator, hydrogen gas compressor and hydrogen storage tank entirety can be made like this, be convenient to carrying and place, the family oriented for this indoor hydrogen as energy source production and application integrated apparatus uses and provides very large facility.
6, of the present utility model to realize cost low, and result of use is good, is convenient to promote the use of.
In sum, the utility model can purify living environment air, simplifies hydrogen production plant, deduction and exemption hydrogen transportation cost, improve hydrogen storage safety, the harm of deduction and exemption hydrogen gas leakage, effectively can spread to family kitchen, family's heating, Household bathroom, hotel and dining room by hydrogen as energy source.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of the utility model arranged at safety valve under pressure release and hydrogen gas compressor off-position.
Fig. 3 is the structural representation of the utility model arranged at safety valve under hydrogen gas compressor power supply state.
Description of reference numerals:
1-hydrogen generator; 1-1-hydrogen gas outlet; 1-2-water-in;
2-pneumatic tube; 3-safety valve; 3-1-valve body;
3-2-air inlet port; 3-3-piston; 3-3-1-piston body;
3-3-2-Extension Head; 3-4-bleed passage; 3-5-leakage port;
3-6-pressure transfer hole; 3-7-the first returning spring; 3-8-cavity;
3-9-insulated enclosure cover; 3-10-boss; 3-11-pressure relay;
3-11-1-housing; 3-11-2-conduction lever; 3-11-3-fulcrum;
3-11-4-the second contact; 3-11-5-the second returning spring; 3-11-6-the first contact;
3-11-7-plunger; 3-12-insulated enclosure pad; 4-gas outlet;
5-water purifier; 5-1-water outlet; 5-2-water filling port;
6-combustion of hydrogen reducing apparatus; 7-combustion of hydrogen device; 7-1-hydrogen inlet;
8-airway; 9-hydrogen storage tank; 9-1-inlet mouth;
9-2-air outlet; 10-hydraulic pipe; 11-hydrogen gas compressor;
11-1-power interface end; 12-oxygen vertical pipe; 13-storage tank.
Embodiment
The indoor hydrogen as energy source production and application of one as shown in Figure 1 integrated apparatus, comprise the water purifier 5 for carrying out purifying treatment to water, for the preparation of the hydrogen generator 1 of hydrogen, for the hydrogen storage tank 9 of storage of hydrogen and for burning hydrogen to produce the combustion of hydrogen device 7 of heat energy, the water outlet 5-1 of described water purifier 5 is connected with the water-in 1-2 of described hydrogen generator 1, the hydrogen gas outlet 1-1 of described hydrogen generator 1 is connected with the inlet mouth 9-1 of described hydrogen storage tank 9, the air outlet 9-2 of described hydrogen storage tank 9 is connected with the hydrogen inlet 7-1 of described combustion of hydrogen device 7, described hydrogen generator 1 is connected with for the oxygen of generation being directly discharged to indoor oxygen vertical pipe 12.
In the present embodiment, this indoor hydrogen as energy source production and application integrated apparatus in use, by water purifier 5 pairs of Water warfare, water after purification enters in hydrogen generator 1 by hydraulic pipe 10, water electrolysis is made to produce hydrogen and oxygen by hydrogen generator 1, the purified hydrogen produced directly is discharged to indoor by oxygen vertical pipe 12, effectively can improve indoor Air quality, for people provide the living environment of an oxygen enrichment, the hydrogen storage produced is in hydrogen storage tank 9, effectively achieve the storage of hydrogen, when using combustion of hydrogen device 7, can ready access upon use, avoid the transport difficult of hydrogen, and the hydrogen after combustion of hydrogen device 7 burns is reduced to water again, a kind of energy of renewable pollution-free absolute environmental protection, this indoor hydrogen as energy source production and application integrated apparatus effectively can achieve production and the storage of hydrogen, effectively solve the problem that hydrogen is civilian, be applicable to home environment to install and use simultaneously, and hydrogen as energy source is environment friendly and pollution-free, be convenient to promote the use of.
As shown in Figure 1, the hydrogen gas outlet 1-1 of described hydrogen generator 1 is connected by pneumatic tube 2 with the inlet mouth 9-1 of hydrogen storage tank 9, and described pneumatic tube 2 is serially connected with hydrogen gas compressor 11.
In the present embodiment, by arranging hydrogen gas compressor 11, pressurized storage can be carried out to hydrogen, thus improve the hydrogen store content of hydrogen storage tank 9.
As shown in Figure 1, described hydrogen storage tank 9 is provided with at least one for carrying out release process to hydrogen and safety valve 3 for cutting off hydrogen gas compressor 11 power supply.
In the present embodiment, by arranging safety valve 3, thus improve the use safety of hydrogen storage tank 9, that is when the hydrogen pressure in hydrogen storage tank 9 is too high, safety valve 3 disconnects hydrogen gas compressor 11 power supply automatically, thus make hydrogen gas compressor 11 stop carrying hydrogen in hydrogen storage tank 9, and the hydrogen in hydrogen storage tank 9 is carried out release process simultaneously, the hydrogen in hydrogen storage tank 9 is within safe pressure value range.
Composition graphs 2 and Fig. 3, described safety valve 3 comprises valve body 3-1 and pressure relay 3-11, one end of described valve body 3-1 offers the air inlet port 3-2 communicated with described hydrogen storage tank 9, the other end of described valve body 3-1 offers pressure transfer hole 3-6, piston 3-3 is provided with in described valve body 3-1, the first returning spring 3-7 is provided with in cavity 3-8 in described valve body 3-1 and between described piston 3-3 and described pressure transfer hole 3-6, and be loaded with transformer oil in described cavity 3-8, described valve body 3-1 sidewall offers the leakage port 3-5 for communicating with described air inlet port 3-2 when piston 3-3 compresses the first returning spring 3-7, described pressure relay 3-11 comprises housing 3-11-1 and the conduction lever 3-11-2 that is arranged in described housing 3-11-1 and the fulcrum 3-11-3 for supporting described conduction lever 3-11-2, one end of described conduction lever 3-11-2 is provided with the first contact 3-11-6 for connecting with hydrogen gas compressor 11 power supply, the other end of described conduction lever 3-11-2 is provided with the second contact 3-11-4 for connecting with the power interface end 11-1 of described hydrogen gas compressor 11, one end of described conduction lever 3-11-2 is provided with the plunger 3-11-7 for making conduction lever 3-11-2 rotate around described fulcrum 3-11-3 and then make the second contact 3-11-4 be separated with the power interface end 11-1 of hydrogen gas compressor 11 under transformer oil promotion, on described housing 3-11-1 and the position corresponding with described second contact 3-11-4 is provided with for making the second contact 3-11-4 be reset to the second returning spring 3-11-5 with the power interface end 11-1 contact position of described hydrogen gas compressor 11.
As shown in Figures 2 and 3, described piston 3-3 is T font, described T font piston comprises the piston body 3-3-1 that is slidably matched with valve body 3-1 inwall and the Extension Head 3-3-2 for stretching into described air inlet port 3-2, the bleed passage 3-4 being used for matching with described leakage port 3-5 is formed between described Extension Head 3-3-2 with air inlet port 3-2 hole wall, described valve body 3-1 inwall is provided with boss 3-12, and described boss 3-12 is that step surface coordinates with described piston body 3-3-1.
In the present embodiment, when in hydrogen storage tank 9, hydrogen pressure is too high, hydrogen in hydrogen storage tank 9 can enter the air inlet port 3-2 of safety valve 3 and then promote piston 3-3, compression the first returning spring 3-7 after described piston 3-3 is promoted by hydrogen, simultaneously piston 3-3 can promote between described piston 3-3 and described pressure transfer hole 3-6 cavity 3-8 in transformer oil, described transformer oil can enter pressure transfer hole 3-6 and promote the plunger 3-11-7 on pressure relay 3-11, conduction lever 3-11-2 can be promoted after described plunger 3-11-7 is subject to the thrust of transformer oil, described conduction lever 3-11-2 overcomes the thrust of the second returning spring 3-11-5 and rotates around fulcrum 3-11-3, thus make power interface end 11-1 port (as shown in Figure 2) of the second contact 3-11-4 and hydrogen gas compressor 11, first contact 3-11-6 slides on housing 3-11-1 simultaneously, thus the power supply cut off hydrogen gas compressor 11, stop carrying hydrogen in hydrogen storage tank 9, simultaneously, when piston 3-3 compresses the first returning spring 3-7, while piston 3-3 movement, its piston body 3-3-1 removes closing leakage port 3-5, hydrogen now in hydrogen storage tank 9 is discharged by leakage port 3-5 after the bleed passage 3-4 between described Extension Head 3-3-2 and air inlet port 3-2 hole wall, thus effectively achieves the pressure release of hydrogen, when making the hydrogen in hydrogen storage tank 9 return back in safe pressure value range after hydrogen pressure release, hydrogen now in hydrogen storage tank 9 loses impellent to piston 3-3, under the effect of the first returning spring 3-7 restoring force, piston 3-3 returns back to starting position, anoxybiotic oil simultaneously in described cavity 3-8 also loses the impellent to plunger 3-11-7, described conduction lever 3-11-2 resets rapidly under the effect of the second returning spring 3-11-5 restoring force, namely the second contact 3-11-4 fits with the power interface end 11-1 of hydrogen gas compressor 11 and connects, reply the power supply (as shown in Figure 3) to hydrogen gas compressor 11.
In the present embodiment, by the T font structure of described piston 3-3 is designed, and by coordinating with the step surface of valve body 3-1 inwall boss 3-12, effectively can realize the closedown of pressure relief opening 3-5 and opening.
In the present embodiment, the safety valve 3 of this particular design can realize the break-make of hydrogen pressure release and hydrogen gas compressor 11 power supply automatically, and it is fast very easy to use, the effective guarantee use safety of hydrogen storage tank 9.And in actual use, can safety valve 3 be set to multiple, can multiple-protection be increased like this, namely when a safety valve 3 breaks down, also can be realized the break-make object of hydrogen pressure release and hydrogen gas compressor 11 power supply by other safety valve 3.
As shown in Figures 2 and 3, the hole wall of described pressure transfer hole 3-6 be provided be enclosed within plunger 3-11-7 and stretch out described pressure transfer hole 3-6 insulated enclosure cover 3-9, and cover has insulated enclosure pad 3-12 on the insulated enclosure cover 3-9 stretching out described pressure transfer hole 3-6, described insulated enclosure pad 3-12 is clamped between described valve body 3-1 and pressure relay 3-11.
In the present embodiment, by arranging insulated enclosure cover 3-9, transformer oil can be avoided to enter in the housing 3-11-1 of pressure relay 3-11 on the one hand, can also prevent the conducting material such as extraneous steam from entering described pressure transfer hole 3-6 on the other hand, 3-9 can be overlapped to insulated enclosure effectively locate by arranging insulated enclosure pad 3-12, effectively add the intensity of insulated enclosure cover 3-9, avoid insulated enclosure to overlap 3-9 and cause distortion because of the rubbing effect with plunger 3-11-7.
As shown in Figure 1, described leakage port 3-5 is connected with combustion of hydrogen reducing apparatus 6.In the present embodiment, the hydrogen of being discharged by the leakage port 3-5 of described safety valve 3 is delivered to combustion of hydrogen reducing apparatus 6 through gas outlet 4, is discharged by the mode of burning, can effectively avoid hydrogen to arrange outward like this and the atmospheric pollution that causes.
In the present embodiment, described combustion of hydrogen device 7 adopts common electronic ignition device, such as household gas range and gas heater etc.Described water purifier 5 adopts normal domestic use water purifier.Described hydrogen gas compressor 11 adopts existing high pressure hydrogen compressor.Described combustion of hydrogen reducing apparatus 6 is also adopt common electronic ignition device, such as household gas range and gas heater etc., during actual use, described combustion of hydrogen reducing apparatus 6 can install one is discharged hydrogen interim gas-holder for collecting described leakage port 3-5, regularly carries out burn processing by combustion of hydrogen reducing apparatus 6 to the hydrogen in described interim gas-holder.
As shown in Figure 1, this indoor hydrogen as energy source production and application integrated apparatus also comprises storage tank 13, described hydrogen generator 1, hydrogen gas compressor 11 and hydrogen storage tank 9 are all arranged in described storage tank 13, the water filling port 5-2 of described water purifier 5 stretches out storage tank 13, described oxygen vertical pipe 12 stretches out storage tank 13, and the air outlet 9-2 of described hydrogen storage tank 9 is connected with combustion of hydrogen device 7 by the airway 8 stretching out storage tank 13.Can make the storage of hydrogen generator 1, hydrogen gas compressor 11 and hydrogen storage tank 9 entirety like this, be convenient to carrying and place, the family oriented for this indoor hydrogen as energy source production and application integrated apparatus uses and provides very large facility.
As shown in Figure 1, described hydrogen generator 1 is arranged on the bottom of described storage tank 13, and described hydrogen gas compressor 11 is arranged on the top of described hydrogen generator 1, and described hydrogen storage tank 9 is arranged on the top of described hydrogen gas compressor 11.This laying mode can make full use of the internal space of storage tank 13.
The above; it is only preferred embodiment of the present utility model; not the utility model is imposed any restrictions; every above embodiment is done according to the utility model technical spirit any simple modification, change and equivalent structure transformation, all still belong in the protection domain of technical solutions of the utility model.
Claims (10)
1. an indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: comprise the water purifier (5) for carrying out purifying treatment to water, for the preparation of the hydrogen generator (1) of hydrogen, for the hydrogen storage tank (9) of storage of hydrogen and for burning hydrogen to produce the combustion of hydrogen device (7) of heat energy, the water outlet (5-1) of described water purifier (5) is connected with the water-in (1-2) of described hydrogen generator (1), the hydrogen gas outlet (1-1) of described hydrogen generator (1) is connected with the inlet mouth (9-1) of described hydrogen storage tank (9), the air outlet (9-2) of described hydrogen storage tank (9) is connected with the hydrogen inlet (7-1) of described combustion of hydrogen device (7), described hydrogen generator (1) is connected with for the oxygen of generation being directly discharged to indoor oxygen vertical pipe (12).
2. one according to claim 1 indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: the hydrogen gas outlet (1-1) of described hydrogen generator (1) is connected by pneumatic tube (2) with the inlet mouth (9-1) of hydrogen storage tank (9), described pneumatic tube (2) is serially connected with hydrogen gas compressor (11).
3. one according to claim 2 indoor hydrogen as energy source production and application integrated apparatus, is characterized in that: described hydrogen storage tank (9) is provided with for carrying out release process to hydrogen and safety valve (3) for cutting off hydrogen gas compressor (11) power supply.
4. one according to claim 3 indoor hydrogen as energy source production and application integrated apparatus, is characterized in that: the quantity of described safety valve (3) is multiple.
5. one according to claim 3 indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: described safety valve (3) comprises valve body (3-1) and pressure relay (3-11), one end of described valve body (3-1) offers the air inlet port (3-2) communicated with described hydrogen storage tank (9), the other end of described valve body (3-1) offers pressure transfer hole (3-6), piston (3-3) is provided with in described valve body (3-1), described valve body (3-1) is interior and the cavity (3-8) be positioned between described piston (3-3) and described pressure transfer hole (3-6) is provided with the first returning spring (3-7), and be loaded with transformer oil in described cavity (3-8), described valve body (3-1) sidewall offers the leakage port (3-5) for communicating with described air inlet port (3-2) when piston (3-3) compresses the first returning spring (3-7), described pressure relay (3-11) comprises housing (3-11-1) and the conduction lever (3-11-2) that is arranged in described housing (3-11-1) and the fulcrum (3-11-3) for supporting described conduction lever (3-11-2), one end of described conduction lever (3-11-2) is provided with the first contact (3-11-6) for connecting with hydrogen gas compressor (11) power supply, the other end of described conduction lever (3-11-2) is provided with the second contact (3-11-4) for connecting with the power interface end (11-1) of described hydrogen gas compressor (11), one end of described conduction lever (3-11-2) is provided with the plunger (3-11-7) for making conduction lever (3-11-2) rotate and then make the second contact (3-11-4) and described power interface end (11-1) to be separated around described fulcrum (3-11-3) under transformer oil promotion, on described housing (3-11-1) and the position corresponding with described second contact (3-11-4) is provided with for making the second contact (3-11-4) be reset to the second returning spring (3-11-5) with described power interface end (11-1) contact position.
6. one according to claim 5 indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: described piston (3-3) is in T font, described piston (3-3) comprises the piston body (3-3-1) that is slidably matched with valve body (3-1) inwall and the Extension Head (3-3-2) for stretching into described air inlet port (3-2), the bleed passage (3-4) being used for matching with described leakage port (3-5) is formed between described Extension Head (3-3-2) with air inlet port (3-2) hole wall, described valve body (3-1) inwall is provided with boss (3-10), described boss (3-10) coordinates in step surface with described piston body (3-3-1).
7. one according to claim 5 indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: the hole wall of described pressure transfer hole (3-6) is provided with that to be enclosed within plunger (3-11-7) upper and stretch out the insulated enclosure cover (3-9) of described pressure transfer hole (3-6), and having insulated enclosure pad (3-12) at the upper cover of the insulated enclosure cover (3-9) stretching out described pressure transfer hole (3-6), described insulated enclosure pad (3-12) is clamped between described valve body (3-1) and pressure relay (3-11).
8. one according to claim 5 indoor hydrogen as energy source production and application integrated apparatus, is characterized in that: described leakage port (3-5) is connected with combustion of hydrogen reducing apparatus (6).
9. one according to claim 2 indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: also comprise storage tank (13), described hydrogen generator (1), hydrogen gas compressor (11) and hydrogen storage tank (9) are all arranged in described storage tank (13), the water filling port (5-2) of described water purifier (5) stretches out storage tank (13), described oxygen vertical pipe (12) stretches out storage tank (13), the air outlet (9-2) of described hydrogen storage tank (9) is connected with combustion of hydrogen device (7) by the airway (8) stretching out storage tank (13).
10. one according to claim 9 indoor hydrogen as energy source production and application integrated apparatus, it is characterized in that: described hydrogen generator (1) is arranged on the bottom of described storage tank (13), described hydrogen gas compressor (11) is arranged on the top of described hydrogen generator (1), and described hydrogen storage tank (9) is arranged on the top of described hydrogen gas compressor (11).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520392292.8U CN204752858U (en) | 2015-06-07 | 2015-06-07 | It is indoor with hydrogen energy generation use integrated device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520392292.8U CN204752858U (en) | 2015-06-07 | 2015-06-07 | It is indoor with hydrogen energy generation use integrated device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104862731A (en) * | 2015-06-07 | 2015-08-26 | 韩建农 | Indoor integrated device for hydrogen energy production |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104862731A (en) * | 2015-06-07 | 2015-08-26 | 韩建农 | Indoor integrated device for hydrogen energy production |
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