CN103361667A

CN103361667A - Heat radiation structure of hydrogen and oxygen generating device

Info

Publication number: CN103361667A
Application number: CN2012100991043A
Authority: CN
Inventors: 罗弘岳
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-04-06
Filing date: 2012-04-06
Publication date: 2013-10-23

Abstract

The invention relates to a heat radiation structure of a hydrogen and oxygen generating device, and in particular relates to a heat radiation structure of a hydrogen and oxygen generating device which is rapid and uniform in heat radiation. The heat radiation structure comprises an electrolysis vessel having a hydrogen and oxygen electrolysis function and a heat radiation unit having a heat radiation function, wherein the heat radiation unit comprises a stream guidance pipe and a refluxing pipe connected with the electrolysis vessel, and the heat radiation unit has a fin part through which an electrolysis solution can flow back and a blasting group, so that the electrolysis solution can be completely mixed and can directly pass through the heat radiation unit, so as to achieve heat exchange of the electrolysis solution through mixing and circular flow, thus achieving an effect of directly reducing temperature; meanwhile, the heat radiation structure has a rapid and uniform heat radiation effect, and can greatly improve electrolysis efficiency and increase hydrogen and oxygen output of the electrolysis vessel, so as to achieve a purpose of saving energy; and the heat radiation structure can protect environment through reducing fuel consumption.

Description

The radiator structure of hydrogen-oxygen generating apparatus

Technical field

The present invention relates to the technical field of hydrogen-oxygen energy-saving, relate in particular to the high hydrogen-oxygen energy-saving machine of a kind of excellent in heat dissipation effect and efficient, use the purpose that can reach the saving energy, and have the effect of environment protection.

Background technology

Press, be subject in recent years under the double influence of production technique and industrial development, the oil of the earth, coal, Sweet natural gas equal energy source are consumed fast, and the energy that uses this class more can the havoc environment, and therefore various substitute energy constantly is developed in recent years.And general engine is suitably to mix with fuel oil by air, produce power under the high temperature blast, and the mode that this power produces is used in usually on automobile or the locomotive vehicles.Because by the extreme dependence of popular institute, its quantity presents growth trend to locomotive especially, so the demand of fuel oil is very considerable already every year, and the problems such as generation oil consumption and exhaust gas emission.Therefore if allow engine use substitute energy, not only can significantly reduce the consumption of the energy, more can save unnecessary expenditure, have simultaneously the effect of protection of the environment.

Take power truck as example, it eventually fails effectively to provide the stroke of long-range because of battery, can't prolong cruise duration.As for take the hydrogen car of improvement fuel battery as example, it as the energy, is still a large problem but store hydrogen with liquid hydrogen, to consume cost expensive, also non-everybody consumable; Because at present power truck or hydrogen energy source car all are expensive, make us stepping back.Therefore there is the dealer to use the interior battery supply of automobile, produces hydrogen and oxygen with electrolytic process, additional feed automobile cylinder fuel, combustion-supporting, boost when increasing burns gasoline;

And the kind of existing oxyhydrogen energy-saving device is a lot, " a kind of auxiliary vehicle energy device " of TaiWan, China patent announcement M377347 number as shown in Figure 1, it comprises a hydrogen-oxygen generation unit 10, a filtering unit 11, a pipe-line cell 12, an indicating meter 13 and a computer control unit 14.When getting off, the car engine starting state adjusts the electric current output size of vehicle-used battery jar 16 through vehicle accelerator pedal circuit 15, described hydrogen-oxygen generation unit 10 is carried out electrolysis to be regulated, produce required hydrogen oxygen energy in good time and automatically be inhaled into engine chamber 18 to vehicle intake manifold 17, use to provide and save vehicle fuel pin consumption and reduce the environmental pollution effect.

And wherein the electrolytic reaction of hydrogen-oxygen generation unit directly has influence on the usefulness that its hydrogen-oxygen produces, because the hydrogen-oxygen generation unit can produce high temperature when electrolysis, such high temperature is not as distributing in real time, then can cause the reduction of hydrogen-oxygen generation unit electrolysis usefulness, therefore different dealers can provide different heat dissipation design, in the hope of improving whole usefulness, be illustrated in figure 2 as " water-splitting subtracts the energy-saving appliance of carbon " of TaiWan, China patent announcement M409972 number, wherein hydrogen-oxygen generation unit 20 is arranged in a hollow electrolysis bottle 21 on the dish seat 22, be provided with again the battery lead plate 23 of at least one electrolysis reaction in the electrolysis bottle 21, and be covered with a lid 24 on the electrolysis bottle 21, simultaneously electrolysis bottle 21 is formed with a radiating flow passage that is communicated with 25 with lid 24 around the reaction compartment periphery, and electrolysis bottle 21 1 sides are provided with a pair of scatterer 28 that should radiating flow passage 25, so hydrogen-oxygen generation unit 20 can be taken away because of the thermal source that electrolytic reaction produces, to reduce the temperature of hydrogen-oxygen generation unit 20, phase energy Effective Raise hydrogen-oxygen electrolytic efficiency;

But its radiating mode progressively is passed in the radiating flow passage 25 by seeing through medium (electrolytic solution and air) in the electrolysis bottle 21, agitate air-flow to reach the purpose of heat radiation by scatterer 28 again, its radiating mode belongs to the heat exchange convection current heat radiation, therefore its radiating effect is slow, and can't radiating effect extremely inhomogeneous, therefore in order effectively to promote its electrolytic efficiency, be necessary to do further improvement.

Summary of the invention

In view of this, main purpose of the present invention is to provide a kind of radiator structure of hydrogen-oxygen generating apparatus, existing because of the not good inconvenience that is caused of radiating effect and puzzlement to overcome, can be fast and dispel the heat uniformly, and reason temperatures involved electrolytic action not, thereby the lifting electrolytic efficiency reaching energy-conservation purpose, and can reduce environmental disruption.

For achieving the above object, technical scheme of the present invention is achieved in that

A kind of radiator structure of hydrogen-oxygen generating apparatus, it includes at least:

One electrolysis bottle be provided with the battery lead plate of at least one tool electrolytic action in this electrolysis bottle, and electrolysis bottle top has a pneumatic tube;

One heat-sink unit, this heat-sink unit and electrolysis bottle internal communication, heat-sink unit has a circulatory flow, and circulatory flow one end of heat-sink unit has the thrust-augmenting nozzle of a connection electrolysis bottle bottom, has again a pumping on the thrust-augmenting nozzle, moreover the another end of the circulatory flow of heat-sink unit has a return line that connects electrolysis bottle top, and heat-sink unit one side is provided with an air blast group, and this air blast group can be blown off the hot gas of circulatory flow rapidly.

By this, see through the specific implementation of above-mentioned technique means, so that the high and low temperature electrolytic solution of hydrogen-oxygen energy-saving machine of the present invention can mix fully, and allow the electrolytic solution heat-sink unit of directly flowing through, to utilize the mode of mixing and circulating directly to reduce, reach fast uniform radiating effect and can have simultaneously, significantly promote its electrolytic efficiency, increase the hydrogen-oxygen generation, to reach energy-conservation purpose, and can reduce the pollution problem that consume fuel causes, with the value added of increase product, and improve its economic benefit.

Description of drawings

Fig. 1 is the concise and to the point configuration schematic diagram of existing oxyhydrogen energy-saving device.

Fig. 2 is the concise and to the point configuration diagram of existing hydrogen-oxygen generation unit.

Fig. 3 is the concise and to the point configuration schematic diagram of the radiator structure of hydrogen-oxygen generating apparatus of the present invention.

Fig. 4 is the schematic appearance of the radiator structure of hydrogen-oxygen generating apparatus of the present invention, for aspect and the relativeness thereof of each assembly of explanation.

[primary clustering nomenclature]

10	The hydrogen-oxygen generation unit	11	Filtering unit
				12	Pipe-line cell	13	Indicating meter
14	Computer control unit	15	The gas pedal circuit
				16	Storage battery	17	Intake manifold
18	Engine chamber	20	The hydrogen-oxygen generation unit
				21	The electrolysis bottle	22	The dish seat
23	Battery lead plate	24	Lid
				25	Radiating flow passage	28	Scatterer
50	The electrolysis bottle	51	Battery lead plate
				55	Pneumatic tube	60	Heat-sink unit
61	Fin section	610	Circulatory flow
				62	Thrust-augmenting nozzle	63	Pumping
64	Return line	65	The air blast group.
				?	?	?	?

Embodiment

Below in conjunction with the further detailed explanation of radiator structure to hydrogen-oxygen generating apparatus of the present invention of accompanying drawing and embodiments of the invention.

A kind of radiator structure of hydrogen-oxygen generating apparatus, in the illustrative specific embodiment of the invention of the figure that encloses and the member thereof, all about front and rear, left and right, top and bottom, top and bottom and level and vertical reference, only be used for conveniently being described, and unrestricted the present invention, also non-its member is limited to any position or direction in space.Specified size in graphic and the specification sheets, when can be in not leaving claim of the present invention, design according to a particular embodiment of the invention and demand and change.

And about the detailed formation of the radiator structure of the present invention's hydrogen-oxygen generating apparatus, seeing also Fig. 1, Fig. 2 and Fig. 3, it mainly is made of an electrolysis bottle 50 and a heat-sink unit 60, wherein:

Be provided with at least one battery lead plate 51 in the described electrolysis bottle 50, this battery lead plate 51 has the electrolytic action that produces hydrogen or oxygen gas, and electrolysis bottle 50 tops have the pneumatic tube 55 of a connection engine chamber intake manifold (not shown in the figures, such as Fig. 1), the aforesaid hydrogen or oxygen gas of confession conveying;

Described heat-sink unit 60 can with electrolysis bottle 50 internal communication, this heat-sink unit 60 has the fin section 61 of an inner tool circulatory flow 610, can be shed rapidly by fin section 61 when making high-temp liquid flow through circulatory flow 610, and circulatory flow 610 1 ends of heat-sink unit 60 fin sections 61 have the thrust-augmenting nozzle 62 of a connection electrolysis bottle 50 bottoms, has again a pumping 63 on the thrust-augmenting nozzle 62, for the liquid in the electrolysis bottle 50 is extracted out, moreover the another end of the circulatory flow 610 of heat-sink unit 60 fin sections 61 has the return line 64 at a connection electrolysis bottle 50 tops, make liquid behind the circulatory flow 610 of heat-sink unit 60 fin sections 61 of flowing through, can be back in the electrolysis bottle 50, and heat-sink unit 60 is provided with an air blast group 65 in fin section 61 1 sides, and this air blast group 65 can be blown off the hot gas in the fin section 61 rapidly;

By this, group consists of a heat radiation fast and the radiator structure of uniform hydrogen-oxygen generating apparatus.

See through aforesaid structure design and operating principle, hydrogen-oxygen energy-saving machine of the present invention is when actually operating, then as shown in Figures 3 and 4, when electrolysis bottle 50 of the present invention is applied on the hydrogen-oxygen energy-saving machine, and after the battery lead plate 51 of electrolysis bottle 50 begins to carry out electrolytic action, can produce hydrogen or oxygen gas, and enter the engine chamber (not shown) by the pneumatic tube 55 of electrolysis bottle 50 through intake manifold, and the liquid in the electrolysis bottle 50 can constantly heat up after electrolytic action, this moment, heat-sink unit 60 utilized pumping 63 effects on the thrust-augmenting nozzle 62, in the circulatory flow 610 with the liquid suction heat-sink unit 60 fin sections 61 in the electrolysis bottle 50, and after the blowing of the heat exchange of fin section 61 and air blast group 65, can reach rapidly the purpose of cooling, and the liquid after the cooling can be got back to electrolysis bottle 50 inside via return line 64 again, and mixes fully with liquid in the electrolysis bottle 50;

So, can fast and reach uniformly radiating effect, significantly promote its electrolytic efficiency simultaneously, increase the hydrogen-oxygen generation, reaching energy-conservation purpose, and can reduce the pollution problem that consume fuel causes, with the value added of increase product, and improve its economic benefit.

The above is preferred embodiment of the present invention only, is not for limiting protection scope of the present invention.

Claims

1. the radiator structure of a hydrogen-oxygen generating apparatus is characterized in that, it includes at least:

One heat-sink unit, this heat-sink unit and electrolysis bottle internal communication, heat-sink unit has a circulatory flow, and circulatory flow one end of heat-sink unit has the thrust-augmenting nozzle of a connection electrolysis bottle bottom, has again a pumping on the thrust-augmenting nozzle, moreover the another end of the circulatory flow of heat-sink unit has a return line that connects electrolysis bottle top, and heat-sink unit one side is provided with an air blast group, and this air blast group can be blown off the hot gas of circulatory flow rapidly

2. the radiator structure of hydrogen-oxygen generating apparatus according to claim 1 is characterized in that, wherein this heat-sink unit has a fin section, and circulatory flow is formed in the fin section.