CN102434912A

CN102434912A - Water-leakage-free air conditioner

Info

Publication number: CN102434912A
Application number: CN201010295475XA
Authority: CN
Inventors: 路野
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-09-29
Filing date: 2010-09-29
Publication date: 2012-05-02

Abstract

The invention discloses a water-leakage-free air conditioner and relates to the innovation of air conditioner structures. The air conditioner is an environment-friendly air conditioner which has the advantages of saving electric energy, reducing heat discharge capacity, improving refrigerating capacity and prolonging the service life of the air conditioner and does not leak water. The air conditioner comprises an indoor unit and an outdoor unit, wherein the indoor unit is provided with an evaporator, a fan, a water collecting disk and a water guide pipe; the outdoor unit is provided with a fan, a condenser and a compressor; and the compressor is connected with the evaporator, a capillary pipe and a condenser through pipelines respectively and is filled with a refrigerant. The air conditioner has structural features that the water collecting disk is arranged below the evaporator and is connected with an evaporation water tank in the indoor unit through the water guide pipe; a high-pressure exhaust pipe of the compressor is partially arranged in the evaporation water tank; and a front wind shield and a rear wind shield are arranged at the edge of the evaporation water tank.

Description

Do not drop down the air conditioner of water

Technical field:

The present invention relates to the innovation of air conditioner structure.

Background technology:

At present domestic and international air conditioner is mainly used in indoor or large-scale indoor public places, and lathe electric cabinet electrical control cubicles etc., be used to regulate temperature.Air conditioner is the problem that is difficult to solution to the outflow condensed water, generally is to import outdoor letting things run their course with aqueduct, and both having influenced environment also wastes resource.Condenser is discharged big calorimetric meeting aggravation greenhouse effects when air conditioner is worked, and the Nature temperature is raise.

Summary of the invention:

The present invention is exactly a kind of environmental protection according to the problems referred to above design, does not drop down water, makes full use of the condensed water resource, few heat exhaust, and saves energy improves refrigerating capacity, improves air conditioner a kind of air conditioner that does not drop down water in service life.

The present invention adopts following technical scheme: the present invention includes air conditioner, indoor machine of air conditioner has: evaporimeter, aqueduct, drip tray, blower fan, off-premises station have: condenser, compressor, blower fan.Compressor links to each other with pipeline with evaporimeter, capillary, condenser respectively, in fill cold-producing medium.Its structural feature is that the evaporimeter below is provided with drip tray, and drip tray links to each other with the evaporation tank in the off-premises station with aqueduct, and the part copper pipe of compressor HTHP blast pipe is arranged in the evaporation tank, the evaporation tank

Top edge is provided with the front and back crosspiece aerofoil.

Beneficial effect of the present invention:

1, do not drop down water:

Because the below of evaporimeter of the present invention is provided with drip tray; Drip tray links to each other with the evaporation tank in the off-premises station through aqueduct; Condensed water is imported in the evaporation tank, and the part of compressor HTHP blast pipe is placed in the evaporation tank, and the part copper pipe of compressor HTHP blast pipe is evaporated the condensed water water-bath cooling in the tank; The gasified refrigerant temperature that gets into condenser is reduced; The copper pipe heating condensate water that is arranged on the part compressor HTHP blast pipe of evaporation in the tank simultaneously is until the part evaporation, walks water vapour generation of top in the evaporation tank again in the time of the cooling of blower fan blast-cold condenser, therefore; Under the situation that new condensed water constantly flows to, blower fan constantly blows away the condensate evaporation vaporization in the evaporation tank.So just do not have the condensed water outer-flowing phenomenon.

2, improve the air conditioner refrigeration effect:

Owing to lowered the temperature by water-bath from the HTHP blast pipe that compressor comes out; The refrigerant gas temperature that gets in the condenser can be lower, and after condenser was blown by blower fan, the refrigerant gas temperature can be lower; The refrigerant gas temperature is low more, and the temperature that then behind shutoff valve, gets into evaporimeter will be lower.Evaporator surface temperature in the indoor air conditioner is low more, and the wind of after blower fan blows, discharging is cooler, that is to say that the evaporator surface temperature is low more, and refrigeration is good more.Thereby improved the refrigeration of air conditioner.

3, electricity saving and energy saving prolongs air conditioner service life:

Because the condenser surface temperature is low more, refrigerants vaporize pressure is more little, and running pressure is just more little in the compressor; Reduced the compressor operation load; The corresponding minimizing of operating current, i.e. electricity saving and energy saving has prolonged service life of compressor again; Because of compressor is the critical component of air conditioner, in fact just prolonged the service life of air conditioner.

4, environmental protection, few heat exhaust;

The water water-bath because the HTHP blast pipe that comes out from compressor is condensed discharges water vapour simultaneously, has reduced the relative humidity of air; The cold-producing medium gas temperature that gets in the condenser can be lower, and the condenser surface temperature is low more, also just arranged heat relatively less; Be environmental protection, few heat exhaust.

Description of drawings:

Fig. 1 is a structural representation of the present invention

Fig. 2 is evaporimeter and the drip tray dependency structure left view in the indoor set:

Fig. 3 is the condenser of off-premises station and the dependency structure left view of evaporation tank:

Fig. 4 is evaporimeter and drip tray dependency structure sketch map:

Fig. 5 is evaporimeter and drip tray dependency structure left view:

Fig. 6 is that the HTHP part blast pipe of compressor is arranged on the dependency structure sketch map in the evaporation tank:

Fig. 7 is that the HTHP part blast pipe of compressor is arranged on the dependency structure left view in the evaporation tank:

The specific embodiment:

The present invention includes

air conditioner

1,13, air conditioner 1 is an indoor set, in evaporimeter 2 is arranged, blower fan 3; Drip tray 4, air conditioner 13 is an off-premises station, in establish condenser 17; Compressor 9, blower fan 12, fan 20; Evaporation tank 11, built-in blast pipe 14, compressor 9 are with evaporimeter 2, copper pipe 7, capillary 6, condenser 17, link to each other with pipeline.Drip tray 4 and water nozzle 5, aqueduct 8, evaporation tank water nozzle 19, evaporation tank 11 link to each other with pipeline.The part blast pipe 14 that evaporation tank 11 top edges are provided with the HTHP blast pipe 10 of front wind shield 15, back barge board 16, compressor 9 is arranged in the evaporation tank 11, and evaporimeter 2 condensers 17 inside are copper tube.

Existing accompanying drawings course of action of the present invention:

Air conditioner

1,13, when normally moving, the condensation flow of condensing on the evaporimeter 2 is in the drip tray 4 of evaporimeter 2 belows, and the condensed water in the drip tray 4 flows in the evaporation tank 11 along conduit 8 through water nozzle 5.Because the part copper pipe 14 of the HTHP blast pipe 10 of compressor 9 is placed in the evaporation tank 11; And copper pipe 14 temperature are higher, are arranged in the evaporation tank 11, the condensed water water-bath cooling that is flowed into; Condensed water is heated evaporation simultaneously; Water vapour after the evaporation is taken away by blower fan 12, fan 20 blowings, and the gasified refrigerant temperature that gets into condenser 17 can be lower, and condenser 17 is again simultaneously by blower fan 12, fan 20 blowing coolings.So condenser 17 surface temperatures can be lower; Be evaporated the water vapour that blows away because condensed water constantly flows into to replenish,, be used to reduce the surface temperature of copper pipe 14 so condensed water can remain certain height of water level in evaporation tank 11; So circulation is gone down, and evaporated condensation water outwards trickles.Evaporation tank 11 top edges are provided with front wind shield 15; Back barge board 16 is invaded in the evaporation tank 11 to prevent external dust, evaporate in the tank 11 because the part copper pipe 14 of the HTHP blast pipe 10 of compressor 9 is placed in, and copper pipe 14 temperature is higher; Be placed in the evaporation tank 11; The condensed water water-bath cooling that is flowed into, air conditioner pipeline 7 inner refrigerant pressures for vaporization can reduce simultaneously, so compressor 9 can easily turn round; And then reduced the power consumption of compressor 9, prolonged the service life of compressor 9.Because of the crucial consumable accessory of

air conditioner

1,13 is compressors 9, also just improved the service life of air conditioner, saves energy is not outwards dripped, and outwards lacks heat exhaust, improves refrigerating capacity, i.e. energy-conserving and environment-protective.

Claims

1. the air conditioner that does not drop down water comprises indoor apparatus of air conditioner (1), air-conditioner outdoor unit (13), and indoor set (1) is provided with evaporimeter (2); Blower fan (3), drip tray (4), aqueduct (8); Off-premises station (13) is provided with condenser (17), compressor (9), blower fan (12); Fan (20), compressor (9) link to each other with pipeline with evaporimeter (2) condenser (17), capillary (6), copper pipe (7) respectively, it is characterized in that evaporimeter (2) below is provided with drip tray (4); Drip tray (4) links to each other with off-premises station (13) interior evaporation tank (11) through aqueduct (8), and the condensed water that evaporimeter (2) flows down flows in the evaporation tank (11) through conduit (8); The part copper pipe (14) of the HTHP blast pipe (10) of compressor (9) is arranged in the evaporation tank (1J), and evaporation tank (1J) top edge is provided with front wind shield (15), back barge board (16).

2. according to the said air conditioner that does not drop down water of claim 1, it is characterized in that the part copper pipe (14) of the HTHP blast pipe (10) of compressor (9) is arranged in the evaporation tank (11).

3. according to the said air conditioner that does not drop down water of claim l, it is characterized in that evaporating the tank top edge front wind shield (15) is set, back barge board (16).

4. according to the said air conditioner that does not drop down water of claim l, it is characterized in that the condensed water that evaporimeter (2) flows down evaporates in the tank (11) through drip tray (4) aqueduct (8) inflow.