CN102022792A - Dual-compression integral rotary air conditioner - Google Patents
Dual-compression integral rotary air conditioner Download PDFInfo
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- CN102022792A CN102022792A CN2010105016436A CN201010501643A CN102022792A CN 102022792 A CN102022792 A CN 102022792A CN 2010105016436 A CN2010105016436 A CN 2010105016436A CN 201010501643 A CN201010501643 A CN 201010501643A CN 102022792 A CN102022792 A CN 102022792A
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Abstract
The invention provides a dual-compression integral rotary air conditioner, wherein an air conditioner body consists of an evaporation chamber, a condensing chamber, spiral blades, a spiral blade compression chamber, a filter, a throttling device, a main shaft, radiating fins, heat absorbing sheets, blades and a heat insulating plate. The air conditioner integrally rotates under the driving of a power machine; the circulation of a working substance is realized by performing primary compression to the working substance by the spiral blades and a dual-compression structure for centrifugally compressing the working substance by the blades; the isolation of heat and cold air is realized by matching a round heat insulating plate with a heat insulating groove on the shell; the flow exchange heat of the air is realized by gathering the working substance by a liquid collecting groove and adopting an air inlet on the shell. By adopting the technical scheme, the compression efficiency of the dual-compression integral rotary air conditioner is improved, and the insulating effect of the heat and cool air is good. Compared with the existing air conditioner, the air conditioner is simple in structure, low in cost, high in reliability, small in volume, high in radiating efficiency and free of working substance leakage, and can be applied to many fields such as heating, cooling, air energy water heater and the like.
Description
Affiliated technical field
The present invention relates to a kind of air conditioner, especially adopt the combination of helical blade and blade to realize a kind of whole rotary air adjustment machine of dual compression structure.
Background technology
At present, air conditioner is as humidity control system, be widely used in the every field in industrial and agricultural production and the daily life, and technology reaches its maturity, classification is various, air-conditioning generally is divided into the window formula by version, wall-hanging, cabinet-type, portable, one drags formula, ceiling mounting type etc., what usage quantity was maximum in the world is the compressed air conditioner device, the compressed air conditioner device is mainly by compressor, condenser, throttling arrangement, evaporimeter four most of compositions, it utilizes the working medium in the driven compressor pipeline to circulate, constantly evaporation, condensation, after heating by working medium temperature difference heat absorption and compressor compresses, energy in the outside air is gathered on the condenser endlessly, through passing through fan the heat on the condenser is spilt in the room air again, the hot air-conditioning that Here it is it has often been said; If with airborne heat in the evaporimeter absorption chamber, with condenser heat is put into outdoorly again, make indoor temperature drop low, the cold air-conditioning that Here it is it has often been said.The critical component of compressed air conditioner is a compressor, it is of a great variety, generally be divided into two big classes, be positive displacement refrigeration compressor and centrifugal refigerating compressor, the positive displacement refrigeration compressor can be divided into reciprocating-piston type refrigerating compressor, Rotary Refrigerate Compressor again, and which classification tube compressor is not, adopt any mode, its purpose is compressed working medium exactly, finishes a working cycles, absorbs heat or emits the purpose that heat reaches refrigeration or heats; Condenser, evaporimeter generally bend to definite shape by several meters copper pipes or iron pipe to be formed, and by fan air is flowed and takes away the heat of condenser or heat is sent into evaporimeter, reach the purpose of regulating air themperature.The present air conditioner that uses, its complex structure, volume huger (split-type air conditioner is all the more so), the fan efficiency that the heat radiation cold scattering is used is poor, fault rate is big, leak many shortcomings such as working medium easily, thereby necessity of technological innovation arranged very, the patent No. of my application is 200920207407.6 " whole rotation air conditioner " and the patent No. is that 200920207476.7 " a kind of centrifugal compress air conditioner machine " is though overcome numerous shortcomings of traditional air-conditioning, but these two patents all have a lot of weak points, mainly showing has relatively high expectations to the rotating speed of engine just good effect, and lack thermal insulation board separately with cold and hot air, no collecting tank converges working medium, when the worker quality liquid amount is little, just need collecting tank to converge working medium.
Summary of the invention
In order to overcome the patent No. of my application and be 200920207407.6 " whole rotation air conditioner " and the patent No. and be 200920207476.7 " a kind of centrifugal compress air conditioner machine " just to the rotating speed of the engine good effect of having relatively high expectations, and lack thermal insulation board separately with cold and hot air, no collecting tank converges the shortcoming of working medium, the invention provides the whole rotation of a kind of two compressions air conditioner.
The technical solution adopted for the present invention to solve the technical problems is:
1, adopt the dual compression structure of helical blade compression and blade compresses, under the drive of engine, by vaporization chamber, condensation chamber, helical blade, the helical blade discharge chambe, filter, throttling arrangement, main shaft, fin, heat absorbing sheet, blade, the air conditioner main body unitary rotation that thermal insulation board constitutes, part working medium molecule also rotates together, adopt helical blade to rotate at the helical blade discharge chambe, working medium is tentatively compressed, adopt the rotation of blade to the centrifugal compression of working medium at condensation chamber, adopted dual compression, make compression efficiency higher, the rotating speed of engine is required and can suitably reduce.
2, adopt helical blade discharge chambe outer wall that the structure that heat dam fixing on circular thermal insulation board and the shell cooperates is installed, the cold and hot air between vaporization chamber, the condensation chamber is completely cut off, take what one needs the guarantee cooling or heating effect.
3, condensation chamber adopts the collecting tank of circular projection or only does collecting tank with an outstanding block space, makes worker quality liquid can collect in collecting tank, and the high-pressure working medium outlet is connected with collecting tank.
4, on shell, have the hole of a plurality of condensation chamber air intakes, vaporization chamber air intake, make air can conveniently enter vaporization chamber, condensation chamber heat-shift.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is a principle of the invention schematic diagram.
1. vaporization chambers among the figure, 2. condensation chamber, 3. helical blade, 4. helical blade discharge chambe, 5. engine, 6. bearing, 7. filter, 8. throttling arrangement, 9. main shaft, 10. fin, 11. helical blade discharge chambe working medium inlet, 12. condensation chamber working medium inlet, 13. heat absorbing sheet, 14. blades, the outlet of 15. high-pressure working medium, 16. the low pressure working fluid inlet, 17. helical blade discharge chambe outer walls, 18. thermal insulation boards, 19. working medium molecule, 20. heat dam, 21. shells, 22. condensation chamber air intakes, 23. vaporization chamber air intake, 24. the condensation chamber air outlet slit, 25. vaporization chamber air outlet slits, 26. collecting tanks.
Fig. 2 is that condensation chamber of the present invention and component locations concern schematic diagram.
2. condensation chambers among the figure, 9. main shaft, 12. condensation chamber working medium inlet, 14. blades, the outlet of 15. high-pressure working medium, 19. working medium molecules, 26. collecting tanks.
Fig. 3 is that a kind of hydrops groove of condensation chamber of the present invention and component locations concern schematic diagram.
2. condensation chambers among the figure, 9. main shaft, 12. condensation chamber working medium inlet, 14. blades, the outlet of 15. high-pressure working medium, 19. working medium molecules, 26. collecting tanks.
The specific embodiment
In the embodiment of Fig. 1, Fig. 2, Fig. 3, we are that the present invention is further described for example to implement the whole rotation of a two compressions air conditioner:
In Fig. 1, under the drive that engine 5 rotates, by vaporization chamber 1, condensation chamber 2, helical blade 3, helical blade discharge chambe 4, filter 7, throttling arrangement 8, main shaft 9, fin 10, heat absorbing sheet 13, blade 14, the air conditioner main body unitary rotation that thermal insulation board 18 constitutes, part working medium molecule 19 also rotates together, the rotation of helical blade 3, make by helical blade discharge chambe working medium inlet 11 Working medium gas that constitute by working medium molecule 19 that enter and under the effect of helical blade 3, tentatively compressed, the working medium of tentatively being compressed enters condensation chamber 2 by condensation chamber working medium inlet 12, the rotation of the blade 14 in condensation chamber 2, make working medium molecule 19 passive rotation, under action of centrifugal force, the Working medium gas of being made up of working medium 19 is by further centrifugal compression and liquefaction, emit a large amount of heat, this heat spreads out of condensation chamber 2, fin 10 through rotating is dissipated in condensation chamber 2 ambient airs, the shape of blade 10 can make hot-air blow out from condensation chamber air outlet slit 24 owing to loose, air enters additional by condensation chamber air intake 22, reach the purpose that heats, meanwhile, after in condensation chamber 2, being compressed into the working medium heat release of liquid, by high-pressure working medium outlet 15, filter 7, throttling arrangement 8, low pressure working fluid inlet 16 enters vaporization chamber 1, because working medium is through throttling arrangement 8, become low pressure, in vaporization chamber 1, absorb heat of vaporization, because although working medium molecule 19 has the rotating speed that obtains because of rotation, but the heat absorption back is because molecule is done rambling warm-up movement, part working medium molecule 19 enters helical blade discharge chambe 4 by helical blade discharge chambe working medium inlet 11, under the drive of helical blade 3, the wage gas of being made up of working medium molecule 19 is tentatively compressed, enter condensation chamber 2 by condensation chamber working medium inlet 12, working medium molecule 19 is being done the shuttling movement that goes round and begins again like this; Because the temperature of vaporization chamber 1 is low, the heat that is absorbed in the vaporization chamber surrounding air by heat absorbing sheet 13 reduces air themperature, and Cryogenic air is sent by vaporization chamber air outlet slit 25 under the driving of fin 13, hot-air enters additional by vaporization chamber air intake 23, reached the purpose of refrigeration; Because vaporization chamber 1, condensation chamber 2 is coaxial, one heats, a refrigeration, the centre just needs thermal insulation board 18 to come air-isolation to flow, thermal insulation board 18 links to each other with helical blade discharge chambe outer wall 17, and thermal insulation board 18 also rotates, so heat dam 20 is arranged on shell 21, thermal insulation board 18 can freely be rotated in heat dam 20, heat dam 20 is smaller as far as possible with the gap of thermal insulation board 18, makes vaporization chamber 1, the exchange of condensation chamber 2 ambient airs is few, heats refrigerating efficiency with raising, a plurality of condensation chamber air intakes 22 are arranged above the shell 21, the hole of vaporization chamber air intake 23, shell 21 does not rotate; When condensation chamber 2 is big, compile for ease of liquid refrigerant, high-pressure working medium can be exported 15 places and do a circular collecting tank 26, make the outer radius ratio condensation chamber 2 main body radiuses of collecting tank 26 big, liquid working substance just converges in the collecting tank 26, is convenient to working medium and enters vaporization chamber 1 from high-pressure working medium outlet 15 by filter 7, throttling arrangement 8.
In Fig. 2, blade 14 is welded on the main shaft 9, and the sheet number of blade can be according to the intensity decision of blade.In condensation chamber 2 outers circular collecting tank 26 is arranged, so that liquid refrigerant converges in the collecting tank 26, radius ratio condensation chamber 2 main parts of circular collecting tank 26 are big, certainly blade 14 also can be welded on the other two sides of condensation chamber fully, to increase the structural strength of condensation chamber, make working medium be forcibly rotated complete centrifugal compression.
In Fig. 3, be that with the difference of Fig. 2 collecting tank 26 is not around the condensation chamber circular trough in 2 one weeks, but export the outstanding block space in 15 places in high-pressure working medium, the space is removed condensation chamber 2 inside and is communicated with high-pressure working medium outlet 15, and all the other sealings also can reach the effect of compiling working medium.
The selection of critical piece and manufacturing:
Vaporization chamber 1: the metal material that selection intensity is higher, thickness 3-5 millimeter, be processed into circle, middle porose, the size in hole is consistent with the external diameter of main shaft, and that round plate adjacent with helical blade discharge chambe 4 has a plurality of helical blade discharge chambe working medium 11 holes that enter the mouth, and is welded then, owing to need to adapt to the needs that rotate, require welding firm.
Condensation chamber 2: the metal material that selection intensity is higher, thickness 3-5 millimeter, be processed into circle, middle porose, the size in hole is consistent with the external diameter of main shaft, and that garden steel plate adjacent with helical blade discharge chambe 4 has a plurality of condensation chamber working medium inlets 12, and the essence of collecting tank 26 is circular troughs, just diameter is than condensation chamber 2 slightly larger in diameter, so that working medium converges, collecting tank 26 also can not be around the condensation chamber circular trough in 2 one weeks, but exports the outstanding block space in 15 places in high-pressure working medium, the space is removed condensation chamber 2 inside and is communicated with high-pressure working medium outlet 15, all the other sealings after material is chosen, are welded, owing to need to adapt to the needs that rotate, require welding firm.
Engine 5: can drive the air conditioner agent structure that vaporization chambers 1, condensation chamber 2, screw rod blade 3, helical blade discharge chambe 4, filter 7, throttling arrangement 8, main shaft 9, fin 10, heat absorbing sheet 13, thermal insulation board 18 form with engine independently 5 and rotate together, engine can use motor, gasoline engine, diesel engine etc., also need engine 5 that the ability of regulating rotating speed is arranged simultaneously, with adjusting heat, refrigerating capacity, these have been the technology of comparative maturity, and this does not state tired again.
Bearing 6: the kinds of bearings of Chu Shouing is a lot of on the market, because rotating speed is not too high, a lot of bearings can both satisfy requirement of the present invention, directly buy and use.
Filter 7: the filter kind that is used for air-conditioning of Chu Shouing is a lot of on the market, can directly buy use.
Throttling arrangement 8: can select capillary, expansion valve, the capillary or the expansion valve kind that are used for air-conditioning on the market are a lot, can directly buy use.
Thermal insulation board 18: thickness, material determine according to intensity, can be that circular metal plate adds the heat-barrier material composition, owing to be rotatable parts, must consider the strength of materials.
After will finishing by enforcement figure welded and installed with upper-part, add working medium, the pressure of working medium is relevant with the working medium kind, makes pressure suitable by the type requirements that adds, and just can try out then.
Above embodiment has implemented a kind of common air conditioner, if use as large-size air conditioning, the selection of various materials is not too identical, can determine according to actual conditions; If use as the main frame of air-source water heater, can put into water tank to condensation chamber 2, just can realize the exchange of heat, consider the resistance of water, its fin shape, quantity, size must just can meet the demands in redesign.
The present invention has adopted vaporization chamber 1, condensation chamber 2, helical blade 3, helical blade discharge chambe 4, filter 7, throttling arrangement 8, main shaft 9, fin 10, heat absorbing sheet 13, blade 14, the integrally rotated scheme of air conditioner main body that thermal insulation board 18 is formed, adopt helical blade 3,14 pairs of working medium of blade to carry out dual compression, it is higher that compression is imitated; Copper pipe, iron pipe with vaporization chamber 1, condensation chamber 2 have replaced common air-conditioning to use make volume of the present invention little, simple for structure, do not leak working medium; Heat absorbing sheet 13, fin 10 with high speed rotating have replaced huge fan, and the heat radiator better effects if, and noise is lower, running is more steady, fault rate is minimum; Owing to only just can change refrigerating capacity and heating capacity by the rotating speed that changes engine, the control and regulation circuit is very simple; Because adopt the integrated design scheme, main material is a metal material, cost is low, and promotional value is arranged very much, can be widely used in heating, fields such as refrigeration, air-source water heater.
Claims (3)
1. two compression integral body are rotated air conditioner, it is characterized in that: the air conditioner main body is made of vaporization chamber (1), condensation chamber (2), helical blade (3), helical blade discharge chambe (4), filter (7), throttling arrangement (8), main shaft (9), fin (10), heat absorbing sheet (13), blade (14), thermal insulation board (18), unitary rotation under the drive of engine (5), helical blade (3) tentatively compresses working medium, and the blade (14) in condensation chamber (2) is to the centrifugal compression of Working medium gas; Circular thermal insulation board (18) is arranged on helical blade discharge chambe outer wall (17), on shell (21), be fixed with heat dam (20) and cooperate with thermal insulation board 18; Have the hole of a plurality of condensation chamber air intakes (22), vaporization chamber air intake (23) on the shell (21).
2. the whole rotation of a kind of two compressions according to claim 1 air conditioner, it is characterized in that: condensation chamber (2) has the collecting tank (26) of circular projection, and worker quality liquid collects in the collecting tank (26), and high-pressure working medium outlet (15) is connected with collecting tank (26).
3. the whole rotation of a kind of two compressions according to claim 1 air conditioner, it is characterized in that: collecting tank (26) is that condensation chamber (2) is gone up an outstanding block space, and this space connects high-pressure working medium outlet (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105016436A CN102022792A (en) | 2010-10-02 | 2010-10-02 | Dual-compression integral rotary air conditioner |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105016436A CN102022792A (en) | 2010-10-02 | 2010-10-02 | Dual-compression integral rotary air conditioner |
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| CN102022792A true CN102022792A (en) | 2011-04-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010105016436A Pending CN102022792A (en) | 2010-10-02 | 2010-10-02 | Dual-compression integral rotary air conditioner |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104457050A (en) * | 2014-06-09 | 2015-03-25 | 陈国锋 | Rotary supercharge inner centrifugal type refrigerator |
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2010
- 2010-10-02 CN CN2010105016436A patent/CN102022792A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104457050A (en) * | 2014-06-09 | 2015-03-25 | 陈国锋 | Rotary supercharge inner centrifugal type refrigerator |
| CN104457050B (en) * | 2014-06-09 | 2016-12-07 | 陈国锋 | Centrifugal refrierator in a kind of rotating boosting |
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Application publication date: 20110420 |