CN2192839Y - Energy-saving hot tube air-conditioner - Google Patents

Abstract

The utility model relates to a heat-tube air conditioner for heating in winters indoor. Similar products in the prior art has the disadvantages of high electrisity consumption, complicated structure, high cost, etc. The air inlet of the utility model is arranged at the lower end of a box body. An upper and a lower guide plates, a heat pipe, heat absorption pieces, a radiation fins, a thermostat and a heat accumulation box with electric heating elements are arranged in the box body. A heating zone heat pipe is arranged in the heat accumulation box. A cooling section heat pipe is arranged at the exterior of the heat accumulation box. An adiabatic section cover plate seals the heat accumulation box. The heat absorption pieces and the radiation fins are respectively arranged on the heating zone heat pipe and the cooling section heat pipe. The utility model has the advantages of simple and reasonable structure, low energy consumption, low electricity consumption, high thermal efficiency, etc.

Description

Energy-saving hot tube air-conditioner

The utility model relates to a kind of air-conditioning equipment, the air-conditioning equipment that the indoor warming of particularly a kind of confession is used.

Air-conditioner of the prior art all carries out heat exchange with compression pump, costs an arm and a leg, and energy charge, simultaneously, freon working medium can produce be polluted environment, is unfavorable for that people's is healthy.And the warmer that general family uses all only is applicable to local heating as quartz ampoule warmer, oily spit of fland warmer etc., closely heating, and have electrical power height, shortcoming that electrisity consumption is high equally, can not reach universalness.

The purpose of this utility model is to overcome existing above-mentioned deficiency in the prior art, and a kind of reasonable in design, power consumption is low, heating effect is good pipe of energy-saving heat air-conditioner are provided.

The purpose that the utility model proposed can be achieved through the following technical solutions: the air inlet of this this pipe air-conditioner is positioned at the lower end of casing, and in casing, being equipped with, chin spoiler, heat pipe, heat absorbing sheet, fin, temperature controller and the heat gathering box of heating is housed, on, chin spoiler is all affixed with casing, heat pipe is by the adiabatic section cover plate, bringing-up section heat pipe and cooling section heat pipe are formed, the bringing-up section heat pipe is installed in the heat gathering box, the cooling section heat pipe is outside heat gathering box, the adiabatic section cover plate then seals heat gathering box, heat absorbing sheet is located on the bringing-up section heat pipe, fin is located on the cooling section heat pipe, and temperature controller then is arranged on the fin.

Description of drawings is as follows:

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is a front elevation of the present utility model.

Fig. 3 is circuit theory diagrams of the present utility model.

Following the utility model will be described in further detail in conjunction with the accompanying drawings and by embodiment.

Referring to Fig. 1, this air-conditioner mainly is made up of upper and lower deflector 1,7, heat pipe I, heat absorbing sheet 5, fin 13, temperature controller 9 and heat gathering box 15 that heating 16 is housed, upper and lower deflector 1,7 is all affixed with casing 6, heating 16 carries out the cumulative heat supply in the heat gathering box 15 of airtight insulation, conduction heat element adopts copper heat pipe I, heat pipe I to be tubulose pack under the vacuum condition through two ends are sealed in pipe by mechanical spinning in working medium makes it become the superconduction thermal conductor; Heat exchange amount is as required formed heat exchanger by some heat pipe I, heat pipe I is by bringing-up section heat pipe 4, adiabatic section cover plate 3 and cooling section heat pipe 10 are formed, for enlarging heat absorption, area of dissipation, heat absorbing sheet 5 and fin 13 are housed respectively on bringing-up section heat pipe 4 and cooling section heat pipe 10, bringing-up section heat pipe 4 is installed in the heat gathering box 15, cooling section heat pipe 10 is outside heat gathering box 15, adiabatic section cover plate 3 then seals heat gathering box 15, when heating 16 energising heat supplies, temperature in the heat gathering box 15 constantly rises, when bringing-up section heat pipe 4 is heated when heating to uniform temperature, working medium is heated flashes to latent heat, rapidly with thermal energy transfer to cooling section heat pipe 10, installed the temperature controller 9 that fixed temperature is opened on the cooling section heat pipe 10, and with electric wire it is connected with blower fan 12, when temperature reached the temperature of setting, blower fan 12 was opened; Because air inlet 8 is arranged on the lower end of casing 6, so the utilization rate of heat (waste heat) further improves, certainly, air inlet 8 also can be located at the both sides of casing 6, and just heat utilization ratio is low slightly; Heating 16 with the case that is installed in heat gathering box 15 at the bottom of the time effect best, and can heat-insulation layer 14 be set, so that the better heat preservation of heat gathering box 15 at heat gathering box 15 walls.

Referring to Fig. 1, Fig. 2, Fig. 3, during use, plug 17 is inserted civil power, and electromotion pilot lamp 20 is bright, opens heater switch 19 again, electromotion pilot lamp 20 closes, burner on light 21 is bright, and heating 16 begins heating, heat gathering box 15 beginning heat build-ups, open fan switch 18, blower fan 12 wouldn't turn round because of the temperature that temperature controller 9 does not reach setting.Along with heating 16 constantly generates heat, heat gathering box 15 is under the insulation of heat-insulation layer 14, temperature constantly increases, the heat absorption of heat absorbing sheet 5 heats up bringing-up section heat pipe 4, intraductal working medium is heated and flashes to latent heat, rise to cooling section heat pipe 10, cooling section heat pipe 10 conducts heat and gives fin 13, and when temperature controller 9 reached design temperature, blower fan 12 was started working automatically, indoor cold air by air inlet 8 suction through heat gathering box 15 bottoms, absorb the waste heat of bottom, then under the water conservancy diversion of chin spoiler 7, by fan blade 11, again under the water conservancy diversion of baffle upper plate 1, after fin 13 absorbs heats from air outlet 2 hot-air discharge machine outside; When cold air during through fin 13, the heat of fin 13 is absorbed by cold air, and after 10 coolings of cooling section heat pipe, gasification working medium condenses into liquid in the pipe, be back to bringing-up section heat pipe 4 again along inwall, restart heat absorption evaporation, continuous phase transistion circulation and room air by heat pipe I intraductal working medium advance from air inlet 8, and the heating back goes out from air outlet 2, so continuous alternate cycles, finish the whole process of heat exchange, make the heating that constantly circulates of indoor cold air, reach the purpose of warming by air conditioner.

The utility model compared with prior art has the following advantages: 1, structural design advantages of simple, and cost is low, utilizes the waste heat of casing that air is carried out post bake, has improved hot conduction efficiency; 2, adopt attemperating unit to strengthen suction, heat release speed, ensured the superconductor performance of heat pipe, the operating temperature of heat pipe is guaranteed, brought into play its good axial isothermal effect, it is effective namely to warm oneself; 3, power consumption is low, the energy utilization rate height, and the electric energy of general 400-1000W just can be made series of products according to user's usable floor area.

Claims (3)

1, a kind of pipe of energy-saving heat air-conditioner, comprise casing, air inlet, air outlet and blower fan, advance, air outlet all is located on the casing, it is characterized in that: air inlet (8) is positioned at the lower end of casing (6), and in casing (6), be equipped with, chin spoiler (1), (7), heat pipe (I), heat absorbing sheet (5), fin (3), temperature controller (9) and the heat gathering box (15) of heating (16) is housed, on, chin spoiler (1), (7) all affixed with casing (6), heat pipe (I) is by bringing-up section heat pipe (4), adiabatic section cover plate (3) and cooling section heat pipe (10) are formed, bringing-up section heat pipe (4) is installed in the heat gathering box (15), cooling section heat pipe (10) is outside heat gathering box (15), adiabatic section cover plate (3) then seals heat gathering box (15), heat absorbing sheet (5) is located on the bringing-up section heat pipe (4), fin (13) is located on the cooling section heat pipe (10), and temperature controller (9) then is arranged on the fin (13).

2, air-conditioner as claimed in claim 1 is characterized in that: heating (16) is installed at the bottom of the case of heat gathering box (15).

3, air-conditioner as claimed in claim 1 or 2 is characterized in that: also can heat-insulation layer (14) be set at heat gathering box (15) wall.

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