CN2350670Y

CN2350670Y - Refrigerating device and air conditioner

Info

Publication number: CN2350670Y
Application number: CN 97239328
Authority: CN
Inventors: 胡新德
Original assignee: Individual
Current assignee: Individual
Priority date: 1997-12-05
Filing date: 1997-12-05
Publication date: 1999-11-24
Anticipated expiration: 2007-12-05

Abstract

The utility model relates to a refrigerating device and an air conditioner, which solve the problems of big energy consumption and indoor pollution of the present air conditioners. The utility model is formed by that a heat exchange water tank and a water storage tank which are installed indoors are connected with a U-shaped pipe which is buried underground. An outdoor air compressor is connected into a heat exchange box through an air conducting pipe. The U-shaped pipe is connected with the heat exchange water tank through an upper water conducting pipe and a snake-shaped pipe. The indoor air which is pumped by a fan is sent indoors for circulation cooling through the cooling of the snake-shaped pipe. The outdoor air which is pumped by the air compressor is sent indoors through the cooling in the heat exchange box, so that fresh air is sent indoors. The utility model has the advantages of energy-saving and indoor cleanness and freshness preservation, and is suitable for indoor temperature reduction.

Description

Refrigerating plant and air-conditioning thereof

The utility model relates to a kind of refrigerating plant and air-conditioning thereof.

Along with the development of society and people's living standard improve, air-conditioning is adopted widely in people's room and workplace, and indoor air pollution causes people to suffer from " air conditioner disease " easily to badly influence the healthy of people when using air-conditioning, the energy consumption of air-conditioning is big in addition, general resident is difficult to bear the payment of the electricity charge, thereby afford air-conditioning and with not playing air-conditioning, the utilization rate of air-conditioning is low, be difficult to improve people's live and work environment.

The purpose of this utility model is to provide refrigerating plant and the air-conditioning thereof that a kind of energy consumption is low, can keep the clear aquatic foods of room air.

The utility model is finished with following mode: refrigerating plant is divided into storage tank 21 and heat exchange case 22 by dividing plate 13 is housed in the case, at heat exchange case 22 inner bottom parts the arc decompression being housed divides air sifter 16 and plane decompression to divide air sifter 17, air compressor machine 29 connects wireway 11 and stretches to arc decompression and divide in the air sifter 16, be embedded in underground heat-exchange tube 30 connects respectively water conduit 8 be connected to heat exchange case 22 interior be connected following water conduit 10 and be connected in the storage tank 21.Storage tank 21 and heat exchange case 22 are equipped with in the middle part in indoor set shell 1, between storage tank 21 and heat exchange case 22 and the shell 1 ventilating duct 20 is arranged, at heat exchange case 22 inner bottom parts spherical decompression being housed divides air sifter 16 and plane decompression to divide air sifter 17, heat extraction exchange coiled pipe 12 is equipped with in the bottom in shell 1, at shell 1 internal upper part fan 14 is housed, there are air outlet window 2 and bottom that air-inlet window 3 is arranged on the top of shell 1, the two ends that are embedded in underground U-shaped heat-exchange tube 30 connect water conduit 8 respectively and are connected in the heat exchange case 22 and are connected down water conduit 10 in heat exchange coiled pipe 12 is connected to storage tank 21, and air compressor machine 29 connects wireway 11 and stretches to the 22 interior spherical decompressions of the interior heat exchange case of indoor set and divide in the air sifter 16 in the off-premises station.It is to constitute by evenly having aperture on the spherical crown shell of metal or plastics and the flat board that spherical decompression divides the decompression of air sifter 16 and plane to divide air sifter 17.Storage tank 21 and heat exchange case 22 are that to be divided into both sides be that storage tank 21 and centre are heat exchange case 22 by two dividing plates 13 are housed in the square box, and the height of dividing plate 13 is lower than the height of casing.Off-premises station is by air compressor machine 29 being housed in the shell 24, putting into gas grid 32 on shell 24, airstrainer 26, air-filtering layer 27, waste gas filtering layer 28 being arranged behind air inlet grid 32.

The utility model refrigerating plant and air-conditioning thereof be adopt underground bury underground heat exchange U type Guan Jing up and down this pipe be connected to heat exchange case and storage tank, in heat exchange case and storage tank and U type pipe, water is housed, with air compressor machine in wireway is connected to heat exchange case, be blown in the water in the heat exchange case with air, through U type pipe be communicated with heat exchange case owing to storage tank this moment, so water in the storage tank and the water in the heat exchange case form through U type pipe and circulate, because U type pipe is embedded in underground, so the water in the U type pipe just can cool off, and compressor is blown into air in the water in the heat exchange case and carries out heat exchange, just can cool off air, in addition, the upper hose wall also can cool off air and carry out heat exchange, and it has refrigeration preferably, and energy consumption is low, can keep room air bright clearly.Be a kind of comparatively ideal refrigeration dress spring and air-conditioning.

Fig. 1 is the utility model refrigerating plant structural representation

Fig. 2 is the front view of the utility model indoor apparatus of air conditioner

Fig. 3 is the left view of Fig. 2

Fig. 4 is the internal structure schematic diagram of indoor apparatus of air conditioner.

Fig. 5 is the internal structure side view of indoor apparatus of air conditioner

Fig. 6 is the internal structure vertical view of indoor apparatus of air conditioner

Fig. 7 is the air-conditioner outdoor unit front view

Fig. 8 is an air-conditioner outdoor unit structure vertical view

Fig. 9 is an air-conditioner outdoor unit structure side view

Figure 10 is Fig. 7 left view

Below in conjunction with accompanying drawing the utility model is described in further detail:

As shown in Figure 1, the utility model refrigerating plant is to be divided into heat exchange case 22 and storage tank 21 by dividing plate 13 is housed in the water tank, at heat exchange case 22 inner bottom parts spherical decompression being housed divides air sifter 16 and plane decompression to divide air sifter 17, it is by evenly have aperture on spherical and dull and stereotyped plastics or metal that this decompression divides air sifter, air compressor machine 29 stretches to spherical decompression through wireway 11 and divides in the air sifter 16, the air that air compressor machine blows out forms a lot of minute bubbles and upwards gushes out after spherical decompression divides air sifter 16 and plane decompression to divide air sifter 17 decompressions, U type heat-exchange tube 30 is embedded in underground, connect water conduit 8 respectively stretches in the heat exchange case 22 and is connected time water conduit 10 and stretch in the storage tank 21 from the two ends of U type heat-exchange tube 30, because storage tank 21 and U type heat-exchange tube 30 and heat exchange case 22 are communicated with, the air that air compressor machine 29 extrudes enters and forms a lot of minute bubbles in the heat exchange case 22, so the water in the storage tank 21 will be pressed in the heat exchange case 22 through U type pipe, form recurrent state, and that water is embedded in U type heat-exchange tube is underground, cooling will be cooled, be cooled in heat exchange case 21 back and effusion heat exchange case 21 of the air that air compressor machine extrudes forms cold wind and blows out, go up water conduit 8 in addition and also can cool off ambient air, the refrigerating plant of Gou Chenging has and is blown into clearly bright air and also can saves a large amount of energy like this, air compressor machine generally can adopt 100-200W, promptly have only 10% of present used air-conditioning power, and also can reach refrigeration.

Air-conditioning such as Fig. 2 with above-mentioned refrigerating plant manufacturing, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, shown in Figure 10, this air-conditioning is divided into indoor set, off-premises station, be embedded in underground U type heat-exchange tube 30 totally three parts, indoor set such as Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Figure 6, it is by the installing of the middle part in the shell 1 water tank, two dividing plates 13 are housed in water tank are divided into heat exchange case 22 and storage tank 21, as Fig. 4, shown in Figure 6, the height of dividing plate 13 is lower than the height of water tank sidewall, and the water tank downside in shell 1 is equipped with heat extraction exchange coiled pipe 12, and coiled pipe has condensed water take-up reel 23 12 times, through water pipe 9, draw shell 1.At heat exchange case 22 inner bottom parts spherical decompression is housed and divides air sifter 16 and plane decompression to divide air sifter 17, off-premises station air compressor machine 29 connects wireway 11, and wireway 11 stretches to spherical decompression and divides in the air sifter 16.In indoor set shell 1, leave between water tank and the shell 1 about ventilating duct 20 is communicated with, as shown in Figure 5, on shell 1 front, there are air outlet window 2 and air-inlet window 3 to be in upper-lower position respectively facing to fan 14 and heat exchange coiled pipe 12.Overflow pipe 7 and water injection pipe 6 are arranged on shell 1, level scale table 5 and operation panel 4 are arranged on shell 1 front.Off-premises station such as Fig. 7, Fig. 8, Fig. 9, shown in Figure 10, it is an installing air compressor machine 29 in shell 24, air inlet grid 32 is housed on the front of shell 24, behind air inlet grid 32, be aligned in sequence with airstrainer 26, air-filtering layer 27, industrial waste gas filter course 28 is bright clearly to reach the air that air compressor machine 29 is drawn, and decontaminates.Rainy cupboard 25 on off-premises station.The spherical crowns decompression that air compressor machine 29 connection wireways 11 are connected in the heat exchange water tank 22 divides in the air sifter 16.U type heat-exchange tube 30 is embedded in underground, its two ends connect water conduit 11 and following water conduit 10 respectively, last water conduit 11 is connected to and passes spherical crown decompression branch air sifter 16 and plane decompression branch air sifter 17 in the indoor set in the heat exchange case 21, in the outlet 19 of last this conduit 8, hold-doun nut 18 is housed, fixed decompression divides air sifter, following water conduit 10 is connected to heat exchange coiled pipe 12, and the outlet 15 of coiled pipe 12 is connected in the storage tank 21.In storage tank 21 and heat exchange case 22, fill water, after opening air compressor machine 29 and fan 14, water in storage tank 21 and the heat exchange case 22 promptly circulates, water is cooled in underground U type heat-exchange tube 30, the air that air compressor machine extrudes is cooled in heat exchange case 22, send into indoor through air outlet window 2, this is the clear bright air that a part is cooled, can improve indoor air environment, in addition because the cooling that the effect of fan 14 sucks room air through heat exchange coiled pipe 12 from air-inlet window 3, send into indoorly through ventilating duct 20 and air outlet window 2, this is a part of room air circulation cooling, reaching the purpose that refrigeration reduces indoor temperature.This air-conditioning has energy-conservation and keeps the clear bright advantage of room air.

Claims

1. refrigerating plant, it is characterized in that being divided into storage tank [21] and heat exchange case [22] by dividing plate [13] is housed in the case, at heat exchange case [22] inner bottom part the arc decompression being housed divides air sifter [16] and plane decompression to divide air sifter [17], air compressor machine [29] connects wireway [11] and stretches in the arc decompression branch air sifter [16], an end that is embedded in underground heat-exchange tube [30] is in last water conduit [8] is connected to heat exchange case [22], and its other end warp water conduit [10] down is connected in the storage tank [21].

2. the air-conditioning of making according to the described refrigerating plant of claim 1, it is characterized in that storage tank [21] and heat exchange case [22] are equipped with in the middle part in indoor set shell [1], between storage tank [21] and heat exchange case [22] and the shell [1] ventilating duct [20] is arranged, at heat exchange case [22] inner bottom part spherical decompression being housed divides air sifter [16] and plane decompression to divide air sifter [17], one heat extraction exchange coiled pipe [12] is arranged, at shell [1] internal upper part fan [14] is housed, there are air outlet window [2] and bottom that air-inlet window [3] is arranged on the top of shell [1], the two ends that are embedded in underground U-shaped heat-exchange tube [30] connect water conduit [8] respectively and are connected in the heat exchange case [22] and are connected down water conduit [10] in heat exchange coiled pipe [12] is connected to storage tank [21], and air compressor machine [29] connects wireway [11] and stretches to the interior spherical decompression of the interior heat exchange case [22] of indoor set and divide in the air sifter [16] in the off-premises station.

3. air-conditioning according to claim 2 is characterized in that it is to constitute by evenly having aperture on the spherical crown shell of metal or plastics and the flat board that spherical decompression divides the decompression of air sifter [16] and plane to divide air sifter [17].

4. air-conditioning according to claim 2, it is characterized in that storage tank [21] and heat exchange case [22] are that to be divided into both sides be storage tank [21] and middle be heat exchange case [22] by two dividing plates [13] are housed in the square box, the height of dividing plate [13] is lower than the height of casing.

5. air-conditioning according to claim 2, it is characterized in that off-premises station is by air compressor machine [29] is housed in the shell [24], go up threading gas grid [32] at shell [24], airstrainer [26], air-filtering layer [27], waste gas filtering layer [28] are arranged behind air inlet grid [32].