CN101922768A

CN101922768A - Movable semiconductor electronic air conditioner

Info

Publication number: CN101922768A
Application number: CN2009100162128A
Authority: CN
Inventors: 宁方霞
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-06-16
Filing date: 2009-06-16
Publication date: 2010-12-22

Abstract

The invention discloses a movable semiconductor electronic air conditioner which comprises a transduction area A, a transduction area B and a liquid spraying area, wherein the transduction area A comprises a transduction passage A and a hollow area A which is positioned below the transduction passage A; the transduction area B comprises a transduction passage B, a hollow area BI, a hollow area BII and a hollow area BIII; one side of a refrigerator is connected with a transducer B, and the other side of the refrigerator is connected with a transducer A; and a liquid flow divider, a circulating pump, a container, a liquid heat radiator, a spraying flow divider and an axial flow fan are arranged in the liquid spraying area, wherein the liquid heat radiator, the spraying flow divider and the axial flow fan are arranged in the container. The invention has the characteristics of green, environmental protection, energy saving, long service life, free moving and good refrigerating and heating effects.

Description

Movable semiconductor electronic air conditioner

Technical field

The present invention relates to a kind of electronic air conditioner, relate in particular to a kind of refrigeration, heat transfer technology that adopts semiconductor cooler and fluid transducing and realize the movable semiconductor electronic air conditioner that freezes and heat.

Background technology

Existing Refrigeration Technique is to utilize related accessory operations such as compressor, cold-producing medium (R12, R134a), condenser, evaporimeter, drier, transfer conduit to reach the purpose of refrigeration, in running owing to use mechanical compress fault rate height, cold-producing medium contingency is revealed and also can be polluted environment, and the operating cost height.The vehicle compressor air-conditioning also will use the power of automobile, increase fuel oil to cause the wasting of resources when operation.No matter be that family expenses split-type air conditioner or air conditioning for automobiles must be installed in evaporimeter, condenser respectively two different environment (indoor, outdoor), in running, cannot arbitrarily move to the demand place after the installation, have only many places Duo Tai to install as required, thereby cause the disadvantage of the wasting of resources, fixed assets overlapping investment, cause unnecessary investment to the user.

Summary of the invention

For solving problems of the prior art, the invention provides a kind of refrigeration of semiconductor cooler and fluid transducing, semiconductor electronic air conditioner of heat transfer technology of adopting, its technical scheme of taking is:

This air-conditioning comprises transducing district A, transducing district B and fluid spray district, transducing district A comprises transducing passage A and is positioned at the hollow area A of transducing passage A below, transducing district B comprises the transducing channel B, hollow area BI, hollow area BII and hollow area BIII, wherein hollow area BI is positioned at transducing channel B below, transducing channel B and hollow area BI are positioned at hollow area BII, hollow area BII is positioned at hollow area BIII, be provided with transducer B in the transducing channel B, be provided with corresponding transducer A in the transducing passage A with transducer B, be provided with refrigerator in the hollow area BI, the one side of refrigerator is connected with transducer B, its another side is connected with transducer A, the fluid spray is provided with fluid diverter in the district, circulating pump, container and be located at fluid radiator in the container, spray current divider and axial flow blower, the fluid diverter lower end connects circulating pump, its upper end is communicated with transducer A by fluid inlet tube, its side is communicated with the spray current divider, axial flow blower and fluid radiator lay respectively at the upper and lower of spray current divider, the fluid inlet of fluid radiator bottom is by the other end of return duct connection transducer A, and the fluid issuing of fluid radiator bottom is positioned at container.

This air-conditioning is the semiconductor electronic air conditioner that minimum combination unit makes with basic, basic two groups, two-stage series connection, parallel connection, and also plural serial stage, combination in parallel reach enough demands according to demand.This air-conditioning transducing zone utilizes advanced hollow isolation technology to carry out the conversion efficiency that two-way, retrial, stage isolation protection effectively guarantee the transducing zone, and semiconductor cooler and external environment are isolated fully.Stage isolation is realized with 3 grades of hollow patterns respectively in cold and hot two sides.A fluid quick heat radiating of refrigerator structure adopts the dual-face fluid strong convection, and quick heat exchange is finished in the bottom-up uniform strong sprinkling heat radiation of fluid.Fluid container is divided into the compound pattern of lowering the temperature simultaneously of three grades of ladders (fluid radiator, spray current divider, axial flow blower).

The beneficial effect that the present invention had is:

1, environmental protection: utilize the semiconductor electronic refrigerator to replace compressor, do not use cold-producing medium, condenser, evaporimeter, drier, utilize air, after the semiconductor electronic refrigerator is handled transducing, directly be delivered to the field of employment as transmitting medium, improved service efficiency greatly

2, energy savings: traditional air conditioning for automobiles is to use compressor cooling, and load is big, uses engine power, takies engine power when starting operation, has influenced the normal transmission of engine to system of vehicle transmission, has caused the fuel consumption increase.And this air-conditioning can utilize vehicle to carry the direct current that generator converts to come the work refrigeration, and does not influence the power transmission of engine, thereby has saved fuel consumption, has improved the power performance of vehicle when turning on the aircondition simultaneously.

3, long service life: the semiconductor electronic refrigerator is a solid state device, movement-less part, so crash rate is low.During artificial the damage, also be convenient to maintenance.

Noiseless when 4, working: different with mechanical refrigeration system, no moving parts do not have wearing and tearing, and are shockproof during work, noiselessness.

5, can freeze and also can heat: the conventional compression air conditioner can only freeze and can not heat, and this air-conditioning is a direct current because of power supply mode, changes power supply polarity and can realize the changes in temperature exchange, not only can freeze, and can also heat.

6, twin-stage transducing: this air-conditioning is to utilize semiconductor cooler and two kinds of patterns of fluid to move simultaneously, freezes, heats twin-stage simultaneously and move the transducing of handling requisite space simultaneously, has improved transducing more than 60%, has saved electric energy, kinetic energy.

7, random moving need do not installed: this air-conditioning just is mounted to all-in-one according to environmental demand when dispatching from the factory, can arbitrarily move to the field of employment according to the user environment demand, inserts power supply and gets final product work, does not need professional's installation telephone-moving just can use.

8, save investment: the arbitrarily mobility of this air-conditioning provides users with the convenient, and the user only needs according to the maximum use amount in own field of employment, selects a removable air-conditioning just can arbitrarily move according to the different of field of employment, has saved investment in fixed assets.

9, special-purpose thermal insulation isolating and protecting air channel: the air channel of traditional air-conditioning is to utilize insulation material to realize insulation, because the selection of insulation material is very important, select the high insulation material of thermal conductivity factor also can have a strong impact on the air-conditioning result of use, as select the low insulation material of thermal conductivity factor also can increase very high production cost and install very inconvenient.This special-purpose air channel utilizes advanced hollow isolating and protecting technology to carry out two-way, retrial, stage isolation protection, can improve the service efficiency of air-conditioning heat exchange zone more than 40%, has saved the energy of air-conditioning greatly.

10, regulate control conveniently: the mechanical compressor refrigeration often is subjected to device-restrictive, and impossible regulated at will load is to operating current, voltage request strictness.Under underload, want discontinuous operation.This air-conditioning then adapts to current/voltage to be adjusted on a large scale, and the size of control voltage, electric current can realize linear regulation, uses the closed loop temperature control circuit, and precision can reach positive and negative 1 degree.

This air-conditioning adopts refrigeration, the heat transfer technology of semiconductor cooler and fluid transducing, utilize the thermoelectric effect of thermoelectric cooling to realize freezing and heating, the refrigeration, the heat exchange that utilize the fluid transducing again and produce are made, and solved the air conditioner cold-heat wind of the cold and hot two ends of semiconductor cooler branch behind isolation and fluid transducing and exported and the special-purpose air channel structure technology of use, thoroughly solved air-conditioning and can not arbitrarily move the predicament of using.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is the left view in transducing district among Fig. 1.

The specific embodiment

The present invention will be further described below in conjunction with accompanying drawing:

As shown in Figure 1, transducing district A8 comprises transducing passage A34 and is positioned at the hollow area A1 of transducing passage A34 below that transducing district A8 adopts the isolating and protecting insulation measure of hollow area A1 to prevent the intrusion of outer atmospheric temperature, automobile engine temperature.Transducing district B32 comprises transducing channel B 35, hollow area BI4, hollow area BII5 and hollow area BIII2, wherein hollow area BI4 is positioned at transducing channel B 35 belows, transducing channel B 35 and hollow area BI4 are positioned at hollow area BII5, hollow area BII5 is positioned at hollow area BIII2, transducing district B32 adopts 3 grades of hollow isolating and protecting insulation measures, hollow area BI4 isolating and protecting insulation measure is in order to prevent in the refrigerator that cooling piece and cool guiding block when the work, cause the antagonism loss of cooling piece two sides because of the direct surface contact is passed to the refrigerator housing.Thereby hollow area BII5 does not contact the measure that isolating and protecting is incubated in order to solve transducing district B32 with outer atmospheric temperature, automobile engine temperature when moving.Hollow area BIII2 is passing through the hollow area BI4 quarantine measures that hollow area BII5 isolating and protecting rear casing and outer atmospheric temperature, automobile engine temperature can not directly be invaded hollow area BII5 and transducing district B32 in order to guarantee transducing district B32.

Be provided with transducer B3 in the transducing channel B 35, be provided with the corresponding transducer A 6 with transducer B3 in the transducing passage A34, be provided with refrigerator 9 in the hollow area BI4, the one side of refrigerator 9 is connected with transducer B3, and its another side is connected with transducer A 6.

Be provided with fluid diverter 19 in the fluid spray district 33, circulating pump 20, container 36 and be located at fluid radiator 23 in the container 36, spray current divider 24 and axial flow blower 29, fluid diverter 19 lower ends connect circulating pump 20, its upper end is communicated with the end of transducer A 6 by fluid inlet tube 7, its side is communicated with spray current divider 24, the other end of circulating pump 20 connects filter 21, axial flow blower 29 and fluid radiator 23 lay respectively at the upper and lower of spray current divider 24, axial flow blower 29 upper fixed air intake filters 30, the bottom of spray current divider 24 evenly has spray spout 25, the fluid inlet 26 of fluid radiator 23 bottoms is communicated with the other end of transducer A 6 by return duct 28, the fluid issuing 22 of fluid radiator 23 bottoms is positioned at container 36, and the bottom of container 36 is provided with blowoff valve 27.

As shown in Figure 2, transducing passage A34 and transducing channel B 35 are isolated mutually, be provided with in the transducing channel B 35 along tandem transducer BI10 of channel direction and transducer BII12, be provided with transducer AI17 and transducer AII15 in the transducing passage A34, their position is corresponding with transducer BI10 and transducer BII12 respectively.The front end of transducing channel B 35 is provided with air inlet 31, its rear end is provided with air outlet 14, be provided with refrigerator I11 and refrigerator II13 in the hollow area BI4, the one side of refrigerator I11 is connected with transducer BI10 by cool guiding block I18, its another side is connected with transducer AI17, the one side of refrigerator II13 is connected with transducer BII12 by cool guiding block II16, and its another side is connected with transducer AII15.

When this operation of air conditioner, at first start circulating pump 20, fluid filters the back through filter 21 and sucks circulating pump 20, after circulating pump 20 pressurizations, enter fluid diverter 19, after fluid diverter 19 is distinguished and admirable, enter spray current divider 24, after 24 shuntings of spray current divider, enter spray spout 25, form the high-pressure atomization fluid this moment, the high-pressure atomization fluid sprays to fluid radiator 23 surfaces and produces quick heat radiating, this moment, aerofoil fan 29 began to start, wind is inhaled into aerofoil fan 29 after air intake filter 30 filters, produce the spiral blast behind aerofoil fan 29, the spiral wind band the high-pressure atomization fluid formation high-pressure atomization fluid wind that spray spout 25 produces, and high-pressure atomization fluid wind is sprayed onto fluid radiator 23 by force, make the fluid fast cooling in the fluid radiator 23, this moment, the fluid through fluid reflux tube 28 constantly entered fluid radiator 23 by radiator fluid import 26, realized quick heat radiating, and the fluid that heat radiation is finished flows out through heat radiation fluid issuing 22 and falls into container 36.

Fluid must use blowoff valve 27 periodical blowdowns at the appointed time, in order to avoid the dirt blocking pipeline.The fluid that tell through fluid diverter 19 this moment enters heat exchanger A6 through fluid inlet tube 7, and transducing is finished after return duct 28 enters fluid radiator 23, finishes transducing district A8 transducing.Transducing district A8 ensures the transducing that this is regional by the protection of hollow area A1.The wind of transducing district B32 enters the transducing zone through air inlet 31, wind begins transducing through transducer BI10, refrigerator I11 is by the heat of cool guiding block I18 fast Absorption transducer BI10, finish refrigeration for the first time, after wind begins transducing for the second time through transducer BII12 through lowering the temperature for the first time, refrigerator II13 finishes refrigeration for the second time by the heat of cool guiding block II16 fast Absorption transducer BII12.Cold wind behind reducing temperature twice enters the field of employment by air outlet 14, begins to regulate temperature to environment.

Claims

1. movable semiconductor electronic air conditioner, comprise transducing district A (8), transducing district B (32) and fluid spray district (33), it is characterized in that: transducing district A (8) comprises transducing passage A (34) and is positioned at the hollow area A (1) of transducing passage A (34) below, transducing district B (32) comprises transducing channel B (35), hollow area BI (4), hollow area BII (5) and hollow area BIII (2), wherein hollow area BI (4) is positioned at transducing channel B (35) below, transducing channel B (35) and hollow area BI (4) are positioned at hollow area BII (5), hollow area BII (5) is positioned at hollow area BIII (2), be provided with transducer B (3) in the transducing channel B (35), be provided with in the transducing passage A (34) and the corresponding transducer A of transducer B (3) (6), be provided with refrigerator (9) in the hollow area BI (4), the one side of refrigerator (9) is connected with transducer B (3), its another side is connected with transducer A (6), be provided with fluid diverter (19) in the fluid spray district (33), circulating pump (20), container (36) and be located at fluid radiator (23) in the container (36), spray current divider (24) and axial flow blower (29), fluid diverter (19) lower end connects circulating pump (20), its upper end is communicated with transducer A (6) by fluid inlet tube (7), its side is communicated with spray current divider (24), axial flow blower (29) and fluid radiator (23) lay respectively at the upper and lower of spray current divider (24), the fluid inlet (26) of fluid radiator (23) bottom is by the other end of return duct (28) connection transducer A (6), and the fluid issuing (22) of fluid radiator (23) bottom is positioned at container (36).