CN2061668U - Segmental absorption ultrasonic air conditioner with energy-storage box - Google Patents
Segmental absorption ultrasonic air conditioner with energy-storage box Download PDFInfo
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- CN2061668U CN2061668U CN90201907U CN90201907U CN2061668U CN 2061668 U CN2061668 U CN 2061668U CN 90201907 U CN90201907 U CN 90201907U CN 90201907 U CN90201907 U CN 90201907U CN 2061668 U CN2061668 U CN 2061668U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02A50/20—Air quality improvement or preservation, e.g. vehicle emission control or emission reduction by using catalytic converters
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Abstract
The utility model relates to a segmental absorption ultrasonic air conditioner with energy-storage box, which belongs to the technical field of an air conditioner. The air conditioner is used for anywhere requires the air conditioner. The air conditioner is composed of an ultrasonic air conditioner, an energy storage box, a gas furnace, a steam generator, an adsorber, a condenser, etc. The air conditioner overcomes the defect of the existing various refrigerating air conditioners; the air conditioner has the advantages of burning coal gas or natural gas as energy source, electricity saving, without a compressor, less noise, without a freon refrigerant, indoor temperature and humidity adjustment, human health protection, and convenient maintenance. The air conditioner can produce cold air, hot air and negative ion; the air conditioner is suitable for cooling down or heating up the air conditioner at all seasons to obtain the effects of purified air, disinfecting, sterilizing, killing mosquito, and is beneficial to the human health.
Description
The utility model---split type ultrasonic wave absorption type energy storage air-conditioner belongs to the air conditioner technical field, particularly relates to the improvement of supersonic wave air-conditioning device.It can be widely used in the place that hotel, hospital, office, family etc. need air conditioning.
In existing refrigeration machine technology, mainly contain electric-driven compression type refrigerating machine, Absorption Refrigerator, adsorbent refrigerator, supersonic wave air-conditioning device etc.At present the air conditioner major part of using is electronic compressed air conditioner machine, and it as power, and uses fluorine Lyons as cold-producing medium with electric energy.But the ozone layer of the big vapour of a large amount of use heavy damages in fluorine Lyons, contaminated environment, harmful human health.International relevant department will limit the use of chlorofluoromethane refrigerant, and refrigerator, electronic compressed air conditioner machine etc. will update.Simultaneously, the power consumption of electronic compressed air conditioner machine is too many, and use the countries and regions that are not suitable for power tense; Absorption Refrigerator because of structure is too complicated, efficient is lower again, makes its development be subjected to very big restriction; It is the energy that adsorbent refrigerator can adopt coal gas or natural gas, and its structure is simple, efficient is higher, but can not continuous cooling; The supersonic wave air-conditioning device is the new product (patent No.: 89201078.9) that the inventor has obtained Chinese patent, it is that a kind of utilization supersonic atomizer atomizes to the water and the aqueous solution, come the air conditioner of heat in the absorption chamber by the water smoke surface evaporation, thereby have cooling fast, can regulate humidity, few, the easy for installation advantages such as (can be positioned over Anywhere) of power consumption indoor moving freely, but exist refrigerating capacity little, can not satisfy problem than the air-conditioning in large tracts of land room.
The purpose of this utility model is in order to overcome the problem that existing various refrigerating and air-conditionings exist, the problem that exists of supersonic wave air-conditioning device particularly, provide a kind of split type ultrasonic wave absorption type energy storage air-conditioner to keep having whole advantages of ultrasonic air-conditioner now and increasing its refrigerating capacity widely, reach good especially cooling-down air conditioner effect.Also have the hot blast function simultaneously and reach indoor intensification air-conditioning effect.
The utility model is realized by following structure technology scheme: as shown in Figure 1, split type ultrasonic wave absorption type energy storage air-conditioner is made of jointly supersonic wave air-conditioning device 1, energy storage case 4, gas furnace 9, steam generator 11, absorber 15, condenser 19, electromagnetic valve, connecting pipe etc.Its general structure interconnected relationship is: the heat exchanger 21 in the supersonic wave air-conditioning device is connected with heat exchanger 54 in the energy storage case by non freezing solution flexible glue pipeline 20, tubing pump 3, gas furnace 9 is installed on steam generator 11 bottoms, adopt burning coal gas or natural gas to come heating steam generator 11, steamer generator 11 is installed in the bottom of absorber 15, and by pipeline and electromagnetic valve 6(V
1) be connected with heating clamber and cooling chamber 28 in the absorber 15, the steam that its produces rises to heating clamber naturally by this connecting pipe and 28 pairs of absorbers of cooling chamber heat.Inner spaces in the absorber 15 are connected by adsorbing medium steam pipeline 18 and condenser 19 interior condenser pipes 49, like this, when the adsorbent in the absorber 15 (as active carbon) is heated and when discharging adsorbing medium steam (as methanol vapor), condensations just take place along pipeline to condenser pipe in 49 in these steams.Condenser pipe 49 in the condenser 19 is connected by pipeline and clamp nut 48 and energy storage case 4 interior evaporimeters 45, evaporimeter 45 positions are lower than condenser 19, like this, adsorbing medium condensate liquid (as methanol solution) in the condenser 19 in the condenser pipe 49 is owing to the effect of gravity flows to storage in the evaporimeter 45, and steam heater 55 is by electromagnetic valve 5(V
3) and pipeline be connected with steam generator 11.Energy storage case 4, gas furnace 9, absorber 15, condenser 19 all are mounted on above the support 8, and energy storage case 4 is positioned at the left side, and absorber 15 is positioned at right upper portion, and condenser 19 is between energy storage case 4 and absorber 15, and gas furnace is positioned at lower right side.Wherein: supersonic wave air-conditioning device 1 is made of jointly ultrasonic ultrasonic delay line memory 2, heat exchanger 21, water smoke inlet tube 22, steam fog mixed zone 23, fan 24, air outlet 25 etc., and it is the patented product supersonic wave air-conditioning device (patent No.: add heat exchanger 21 CN89201078.9) and the modified of acquisition of inventor's power of having patented; As shown in Figure 4, energy storage case 4 is made of jointly evaporimeter 45, steam heater 55, heat exchanger 54, water 52, blast pipe 53, its interconnected relationship is that energy storage case 4 is mounted on above support 8 left parts, evaporimeter 45 is installed in the middle and lower part, right side in the energy storage case 4, its outside is welded with evaporimeter heat transfer sheet 44, to strengthen the transmission of heat.In the energy storage case water is housed, when the methanol liquid in the evaporimeter is evaporated, cold will make water for cooling, the energy storage case reaches the purpose of Chu Leng, steam heater 55 is installed in middle and lower part in the energy storage case 4, and is connected with steam generator 11 by pipeline and valve 5, and its position is higher than steam generator 11, when steam condensed in steam heater 55, the condensation water adverse current was returned in the steam generator.Steam heater is submerged in the interior water of energy storage case, is beneficial to the heat transfer of water, when in the steam heater steam being arranged, then discharge from blast pipe 53, the water in the energy storage case is heated, and reaches the purpose of heat accumulation again, energy storage case bottom is equipped with blow-off pipe 46, is used to get rid of effluent sewage; As shown in Figure 3, steam generator 11 is by tube sheet 35, fire tube 36, overflow pipe 37, steam generator shell 38, mounting flange 39, smoke evacuation tracheae 40, steam outlet pipe 41, water 42, combustion chamber 43 is formed jointly, its mutual alignment and annexation are: steam generator 11 places the top of gas furnace 9, tube sheet 35 is as the base plate and the top cover of steam generator and water tank, when gas furnace 9 burning coal gas or natural gas, just burn in the combustion chamber 43 of steam generator bottom, flame just enters the fire tube 36 that is connected with the combustion chamber, make water 42 heating of flooding fire tube 36 produce steam by heating fire-tube 36, and discharge, and by pipeline and valve 6(V from the steam outlet pipe 41 of generator left side upper end
1), valve 5(V
3) towards absorber 15 and steam heater 55, useless flue gas during burning is discharged by right side smoke evacuation tracheae 40 topmost, when water is heated boiling, when water level rises, overflowed by the lower end overflow pipe 37 under water that is positioned at below the right side smoke evacuation tracheae, anti-sealing enters steam (vapor) outlet pipeline 41; Shown in Fig. 2, absorber is by interior absorber heat transfer sheet 26, metal gasket frame 27, heating clamber and cooling chamber 28, adsorbent 29, outer absorber heat transfer sheet 30, cooling water or steam inlet tube 31, mounting flange 34, interior absorber 32, outer absorber 33 is formed jointly, its mutual alignment and annexation are: interior absorber 32 accompanies a metal square frame and forms heating clamber and cooling chamber 28 with metal gasket frame 27 between outer absorber 33, link into an integrated entity by mounting flange 34 between the inside and outside absorber and constitute absorber 15, absorption type heat transfer sheet 26 and outer absorption type heat transfer sheet 30 in evenly being welded with at interval respectively in the inside and outside absorber, be filled with adsorbent 29 between heat transfer sheet, the heating clamber of absorber and cooling chamber 28 are by pipeline 31, valve 6(V
1) and valve 12(V
2) be connected with running water pipe with steam generator 11 respectively.Supersonic wave air-conditioning device 1 is installed in indoor, and the absorption type energy-storing refrigerating device that other parts are formed is installed in outdoor or balcony, connects with flexible rubber hose between the two.
The split type ultrasonic wave absorption type energy storage air-conditioner course of work is as follows: when beginning to start, close earlier electromagnetic valve 12(V automatically
2) and electromagnetic valve 5(V
3), and open electromagnetic valve 6(V
1), light gas furnace 9 then, to steam generator 11 heating, produce 100 ℃ of steam, by pipeline and electromagnetic valve 6(V
1) enter absorber 5, adsorbent (as active carbon) is heated, adsorbent then discharges adsorbing medium steam (as methanol steam), and adsorbing medium (cold-producing medium) steam enters the condenser pipe 49 in the condenser 19 by adsorbing medium jet chimney 18 and condenses into condensate liquid again by storing in the connecting pipe inflow evaporator 45.(intermittent heating) then closes electromagnetic valve 6(V automatically when heating process finishes
1), and open electromagnetic valve 12(V
2), running water is through valve 12(V
2) and pipeline enter absorber 15, adsorbent is cooled off, owing to the reduction of adsorbent temperature produces suction-operated, cause the adsorbent evaporation in the evaporimeter 45, thereby generation cold, these colds are stored in the energy storage case by the water in the energy storage case, the absorption type refrigerating periodic duty that comes to this.The cold that absorption type refrigerating produces stores at the energy storage case with the form of chilled water or ice cube, when the supersonic wave air-conditioning device needs cooling-down air conditioner, just by heat exchanger 54, non freezing solution pipeline in the energy storage case
20, heat exchanger 21, tubing pump 3 pass to cold in the supersonic wave air-conditioning device in the supersonic wave air-conditioning device, after fan 24 startings of supersonic wave air-conditioning device 1, after room air enters supersonic wave air-conditioning device 1, at first through heat exchanger 21 heat exchanger 21 in the cold of non freezing solution take away and make air cooling-down.Non freezing solution constantly comes and goes circulation, just constantly the heat exchanger 21 of cold in energy storage case 4 passes to the supersonic wave air-conditioning device, air temperature behind heat exchanger 21 is lowered into cold air, and in steam fog mixed zone 23, cold air mixes with the vaporization water smoke that ultrasonic ultrasonic delay line memory 2 produces, absorb the heat of air rapidly, air is lowered the temperature again, then in the inlet chamber, continuous so round circulation, indoor air temperature descends rapidly significantly, reaches the effect of cooling-down air conditioner.When needing heating installation intensification air-conditioning, close electromagnetic valve 6(V when indoor automatically
1), open electromagnetic valve 5(V
3), then the water vapour of steam generator 11 generations is transported to steam heater 55 by pipeline, the heating of the water in the energy storage case 4, these hot water pass to non freezing solution in the heat exchanger 54 to heat by heat exchanger 54 again, by non freezing solution pipeline 20 heat is passed to heat exchanger 21 again, so come and go circulation, as the principle of cooling-down air conditioner, room air is warmed, reach the effect of heating installation intensification air-conditioning.
The utility model is compared with electronic compressed air conditioner machine commonly used now, following advantage and effect are arranged: (1) is the energy with burning coal gas or natural gas etc., power consumptive province (only consuming about kilowatt-hour in average 6 hours), use the countries and regions that are very suitable for power tense; (2) without motor compressor, noise is low, and does not adopt chlorofluoromethane refrigerant, can not destroy the ozone layer of atmosphere, helps protecting environment, helps human health; (3) can produce hot and cold wind, be suitable for cooling or intensification air-conditioning, can regulate humidity again, all be suitable for throughout the year; (4) because ultrasonic ultrasonic delay line memory is furnished with harmless solution such as peppermint oil, essence, kill mosquito perfume, can purify the air of a room, play the effect of sterilization, sterilization, kill mosquito, in atomization process, can produce simultaneously the natural anion of water that is called as air " vitamin " in a large number, the magical effect that can play is healthy and strong gets rid of illness has great effect to improvement work, living environment; (5) installation, maintenance is convenient, can move in indoor certain limit.
Below Figure of description is described as follows: Fig. 1 is split type ultrasonic wave absorption type energy storage air-conditioner scantling plan, and wherein (a) is front view, (b) is the A-A view.Wherein: 1 is the supersonic wave air-conditioning device; 2 is ultrasonic ultrasonic delay line memory; 3 is tubing pump; 4 are the energy storage case; 5 is electromagnetic valve V
36 is electromagnetic valve V
17 is jet chimney; 8 is support; 9 is gas furnace; 10 is coal gas (natural gas) input channel; 11 is steam generator; 12 is electromagnetic valve V
213 is the running water inlet tube; 14 is the condensing water inlet pipe; 15 is absorber; 16 is cooling water outlet pipe; 17 is condensating water outlet tube; 18 is the adsorbing medium jet chimney; 19 is condenser; 20 is the non freezing solution pipeline; 21 is heat exchanger in the supersonic wave air-conditioning device; 22 is the water smoke inlet tube; 23 is the aerosol mixed zone; 24 is fan; 25 is air outlet; 45 is evaporimeter; 54 are heat exchanger in the energy storage case; 55 is steam heater.Fig. 2 is absorber 15 structure charts, and wherein (c) is its front view; (d) be the B-B view; Among the figure: 26 is interior absorber heat transfer sheet; 27 is the metal gasket frame; 28 is heating clamber and cooling chamber; 29 is adsorbent; 30 is outer absorber heat transfer sheet; 12 is electromagnetic valve V
231 is cooling water or jet chimney; 32 is interior absorber; 33 is outer absorber; 34 is mounting flange; 6 is electromagnetic valve V
1 Fig. 3 is the steam generator structure chart, and wherein (e) is front view, is the C-C view (f), and among the figure: 35 is tube sheet; 36 is fire tube; 37 is overflow pipe; 38 is the steam generator shell; 39 is mounting flange; 40 are the smoke evacuation tracheae; 41 is steam outlet pipe; 42 is water; 43 is the combustion chamber; Fig. 4 is energy storage box structure figure, and wherein (g) is front view, is the D-D view (h), and among the figure: 44 is the evaporimeter heat transfer sheet; 45 is evaporimeter; 46 is blow-off pipe; 47 is the steam inlet tube of steam heater; 48 is clamp nut; 19 is condenser; 49 is condenser pipe; 50 is condenser casing; 51 is the adsorbing medium steam inlet; 52 is water; 53 is gland steam exhauster; 54 are energy storage case heat exchanger; 55 is steam heater; 56 is the steam heater heat transfer sheet.
The inventor designs, processes each part device once by chemical of South China Science ﹠ Engineering University according to this specification and Figure of description---and gas furnace 9, steam generator 11, absorber 15, condenser 19, energy storage case 4 reach the interior heat exchanger 21 of evaporimeter 45, heat exchanger 54, steam heater 55, supersonic wave air-conditioning device that is loaded on fully in the case.By specification has carried out overall installation, test, test then, confirms to reach excellent results.The overall dimensions of supersonic wave air-conditioning device 1 of the present utility model are: 430 * 350 * 800mm, 18 kilograms of weight; Absorption type energy storage device part (comprising gas furnace 9, steam generator 11, absorber 15, condenser 19, energy storage case 4, support 8 and interconnecting tube road valve), overall dimensions are: 1000 * 450 * 900mm, weight is 50 kilograms, through experimental test, its important technological parameters is as follows: power supply is AC220V ± 10%, 50HZ; The input gross electric capacity is 100W; Air conditioning chamber's area: (every is suitable for) 20m
2, refrigerating capacity 1500 kilocalories/hour, and every cover absorption type energy-storing refrigerating device can connect 1 one-tenth multiple increase of many supersonic wave air-conditioning devices air-conditioning area simultaneously.
Claims (5)
1, a kind of split type ultrasonic wave absorption type energy storage air-conditioner, it is characterized in that by supersonic wave air-conditioning device [1], energy storage case [4], gas furnace [9], steam generator [11], absorber [15], condenser [19], electromagnetic valve, connecting pipe and tubing pump etc. are common to be formed, its structure interconnected relationship is: the heat exchanger [21] in the supersonic wave air-conditioning device [1], by non freezing solution pipeline [20], heat exchanger [54] in tubing pump [3] and the energy storage case is connected, gas furnace [9], be installed on steam generator [11] bottom, steam generator [11] is installed in the bottom of absorber [15] and is connected with heating clamber and cooling chamber [28] in the absorber [15] by pipeline and valve [6], absorber [15] is connected by the interior condenser pipe [49] of adsorbing medium jet chimney [18] and condenser [19], condenser pipe [49] is connected by the interior evaporimeter [45] of pipeline and energy storage case [4], steam heater [45] is connected with steam generator [11] by pipeline and valve [15], energy storage case [4], combustion gas [9], absorber [15], condenser [19] is mounted on above the support [8] respectively, energy storage case [4] is positioned at the left side, absorber [15] is positioned at right upper portion, condenser [19] is positioned between energy storage case [4] and the absorber [15], and gas furnace [9] is positioned at lower right side.
2,, it is characterized in that described supersonic wave air-conditioning device (1) inside adds the heat exchanger (22) that is connected by the interior heat exchanger (54) of non freezing solution pipeline (20), tubing pump (3) and energy storage case by the described split type ultrasonic wave absorption type energy storage air-conditioner of claim 1.
3, by the described split type ultrasonic wave absorption type energy storage air-conditioner of claim 1, it is characterized in that described energy storage case (4) is by evaporimeter (45), steam heater (55), heat exchanger (54), water (52) is common to be formed, its interconnected relationship is that energy storage case (4) is mounted on above support 8 left sides, evaporimeter (45) is installed in the middle and lower part, right side in the energy storage case (4), its outside is welded with evaporimeter heat transfer sheet (44), water (52) is loaded in the energy storage case evaporimeter (45), steam heater (55), heat exchanger (54) all is submerged in the water, steam heater (55) is installed on the interior middle and lower part of energy storage case (4) and is connected with steam generator (11) by pipeline and valve (5), and its position is higher than steam generator (11).
4, by claim 1 or 3 described split type ultrasonic wave absorption type energy storage air-conditioners, it is characterized in that described steam generator (11) is by tube sheet (35), fire tube (36), overflow pipe (37), steam generator shell (38), mounting flange (39), smoke evacuation tracheae (40), steam outlet pipe (41), water (42), combustion chamber (43) is common to be formed, its mutual alignment and annexation are: steam generator (11) places the top of gas furnace 9, combustion chamber (43) is connected with fire tube (36), water (42) is housed in the steam generator shell (38), steam outlet pipe (41) is installed and by pipeline and valve (5) in its upper end, left side, valve (6) respectively with steam heater 55, absorber (15) is connected, its right side topmost be equipped with the smoke evacuation tracheae (40), its right side be positioned at smoke discharging pipe (40) below overflow pipe (37) is installed.
5, by the described split type ultrasonic wave absorption type energy storage air-conditioner of claim 1, it is characterized in that described absorber (15) is by interior absorber (32), outer absorber (33), interior absorber heat transfer sheet (26), outer absorber heat transfer sheet (30), metal gasket frame (27), heating clamber and cooling chamber (28), adsorbent (29), cooling water or steam inlet tube (31) are common to be formed, its interconnected relationship is: linking into an integrated entity by mounting flange (34) between interior absorber (32) and the outer absorber constitutes absorber (15), absorber heat transfer sheet (26) and outer absorber heat transfer sheet (30) in evenly being welded with at interval respectively in the inside and outside absorber, be filled with adsorbent (29) between heat transfer sheet, heating clamber and cooling chamber (28) are by metal frame (27) and cooling water outlet pipe 16.Cooling water or steam inlet pipeline (31) are connected, and are connected with cooling water pipe with steam generator (11) respectively with valve (12) by pipeline (31), valve (6) again.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN90201907U CN2061668U (en) | 1990-02-26 | 1990-02-26 | Segmental absorption ultrasonic air conditioner with energy-storage box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN90201907U CN2061668U (en) | 1990-02-26 | 1990-02-26 | Segmental absorption ultrasonic air conditioner with energy-storage box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2061668U true CN2061668U (en) | 1990-09-05 |
Family
ID=4883417
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN90201907U Withdrawn CN2061668U (en) | 1990-02-26 | 1990-02-26 | Segmental absorption ultrasonic air conditioner with energy-storage box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2061668U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1312445C (en) * | 2005-11-17 | 2007-04-25 | 上海交通大学 | Ultrasound wave intensifying regenerating dehumidifying air conditioner |
-
1990
- 1990-02-26 CN CN90201907U patent/CN2061668U/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1312445C (en) * | 2005-11-17 | 2007-04-25 | 上海交通大学 | Ultrasound wave intensifying regenerating dehumidifying air conditioner |
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Legal Events
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|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C53 | Correction of patent for invention or patent application | ||
| COR | Change of bibliographic data |
Free format text: CORRECT: PATENTEE; FROM: JIN GUOHUA TO: CENTRAL-SOUTH AVIATION ENTERPRISE GROUP |
|
| CP01 | Change in the name or title of a patent holder |
Patentee after: Zhongnan Airlines Enterprise Group Patentee before: Jin Guohua |
|
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |