CN1884931A - Household thermoelectric cold and warm air conditioning and water heating system - Google Patents
Household thermoelectric cold and warm air conditioning and water heating system Download PDFInfo
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Abstract
The invention relates to an indoor thermoelectric cold-heat air condition water heating system, which is formed by one or several electric heat pump groups, fan coil tube or ground heat coil tube, outdoor heat absorber, cooling tower, low-height water tank, heat storage water tank, hot water injector, hot water cock, water pump, electric control valve, and connecting tubes, wherein each electric heat pump group has two groups of high-efficiency low-energy consumption thermoelectric elements as semi-conductor refrigerating chips, whose two sides are plate energy conductive water tank, that serially and parallel connected, via tube, fan coil tube or ground heat coil tube, electric control valve, cooling tower or outdoor heat absorber, low-height water tank, heat storage water tank, and water pump, to form cycle loop. The invention has high efficiency, low cost and non pollution.
Description
Technical field:
The present invention relates to a kind of cooling-heating device, be specifically related to a kind of household thermoelectric cold and warm air conditioning and water heating system.
Background technology:
At present, refrigeration and air-conditioning technical have obtained very using widely in industrial, commercial, civilian and daily life, have become the indispensable important technology of modern society.In refrigeration and air-conditioning technical, steam compression type refrigeration mode is used the most general, and as domestic air conditioner, its refrigerating system all is refrigerant with freon, and chilling unit comprises compressor, condenser, evaporimeter, expansion valve and other auxiliary equipment etc.But the air-conditioning product of this refrigeration mode exists the following problem that can not be ignored:
At first be the needs that do not satisfy environmental protection: protect the earth, protecting environment is the whole mankind's common objective, also is the developing direction of middle home made article.With freon is the air-conditioning product of refrigerant, compressor refrigeration, to the destruction and the influence of environment for human survival, mainly contains two aspects: the one, and to the destruction of atmospheric ozone layer.Freon decomposes in ozone layer, and its chlorion is grabbed the electronics of ozone, makes ozone become oxygen, this destruction is jeopardized plant and marine organisms growth and breeding with harm humans health, produces additional greenhouse effects, and quicken polymer and wear out, caused the whole mankind's concern.The Montreal protocol regulation of national governments' signature, developed country stopped with freon R before 1 day January in 1996
12Be the production of CFC of representative, the consumption of the low fluorine product of the year two thousand twenty restriction; Chinese Government promises to undertake, stops the production of CFC product before 2002, stops using the CFC product in 2005, the production of the low fluorine product of restriction in 2010, and the year two thousand thirty stops the application of low fluorine product ...As seen, most at present use of China hanged down fluorine (R
22) the air-conditioning product, its life-span only have 10 surplus year, and along with fast development of Chinese economy, the time of forbidding also can shift to an earlier date, and has stopped R from July 1st, 2000 as China
12The production of refrigerant has shifted to an earlier date 2 years than original regulation.The 2nd, noise pollution is because there is noise pollution inevitably in the existence of rotatable parts such as compressor, particularly current China urban population per capita living space is little, under the not too perfect situation of housing condition, this pollution is just more direct, more outstanding, directly influences people's quality of life.
Next is not satisfy simplification technology, the needs that reduce cost: freon air-conditioning product structure complexity, manufacture process requirement height, cost costliness.Traditional is the air-conditioning product at center with the compressor, comprises compressor, condenser, evaporimeter, heat absorption coil pipe, expansion valve (capillary) and auxiliary equipment at least.Compressor, condenser, evaporimeter, own materials such as heat absorption coil pipe and expansion valve require high, and manufacturing process is also quite complicated, and correspondingly detection means also requires very tightly, and these have determined that all the investment of production compressor air-conditioning is big, production cost is higher.Control technology is very complicated simultaneously, and particularly domestic air-conditioning system is difficult to accomplish accurate control, has influenced the further lifting of air-conditioning product overall performance.
For solving the above problem that freon air-conditioning product exists, each the self-organizing technique tackling key problem of many knowledgeable people and producer, but because a kind of technology and all rational economically substitute are not found in the restriction of all factors up to now as yet, perhaps efficient low energy consumption height too, perhaps cost is too high.Use oil, gas, coal etc. to make fuel as the lithium bromide central air-conditioning unit, the waste gas of generation pollutes atmosphere, as do not used this series products in the high city of environmental protection requirements such as Hong Kong, Singapore; The 2nd, investment is big, and its investment is to use about two times of the low fluorine air-conditioning product-specific investments of monomer, and the 3rd, operating cost height, the refrigeration coefficient of lithium bromide only about 1.3, not enough low fluorine R
22Half of refrigerant, promptly its operating cost is also at low more than two times of fluorine air-conditioning, and visible lithium bromide air-conditioning system is not an ideal product.
By above analysis as can be known, in year, be refrigerant at the twenty or thirty in future with freon, traditional air-conditioning product of compressor refrigeration will withdraw from the arena of history of air-conditioning refrigeration.Therefore, carry out refrigeration and The Research of Relevant Technology energetically, Development and Production economy, suitable green product carry out technology upgrading to traditional air-conditioning product, becoming generally craving for of modern society and family, also is the inevitable requirement of CHINESE INDUSTRIES developing direction and social development.
In addition, existing freon steam compression type air conditioner does not generally possess hot water supply function and hot-water heating system, and the heat energy of heat exchanger is not fully utilized.For the user, also need purchase electric heater or gas heater in addition, not only fitting operation is very inconvenient, has occupied the useful space that the user lives, and increased new energy loss, be unfavorable for the automatic adjusting of dwelling house integral energy and the raising of quality of the life.
Summary of the invention:
Technical problem to be solved by this invention is: at above-mentioned the deficiencies in the prior art; a kind of volume is little, in light weight, collection is cold and provide; warm, three kinds of functions of hot water in one, energy-conservation, efficient, safety, economy, be suitable for, cost is low, control is accurate, convenient, noiseless, pollution-free, protect environment and human health, greatly promote environment-friendly products--the household thermoelectric cold and warm air conditioning and water heating system of the pure green of complete machine quality and technical performance.
The technical solution used in the present invention is: this household thermoelectric cold and warm air conditioning and water heating system by one or more electron heat pump groups, fan coil or ground hot coil or fan coil with hot coil, outdoor heat dump, cooling tower and lower water box, heat storage water tank, hot-water nozzle and hot water tap, water pump, electrically-controlled valve and connecting pipe form; Having two groups of highly effective low energy-consumption thermoelectric components in each electron heat pump group is the conductor refrigeration chip, the both sides of every group of highly effective low energy-consumption thermoelectric components are the flat energy conductive water tanks of being close to highly effective low energy-consumption thermoelectric components, therefore an electron heat pump group has the parallel flat energy conductive water tank in three limits of asking arrangement mutually, and the flat energy conductive water tank of the corresponding edge of a plurality of electron heat pump groups connects mutually respectively; Wherein, the output of the flat energy conductive water tank that first limit connects mutually is connected to the input of fan coil or ground hot coil by pipeline, the output of fan coil or ground hot coil is connected to lower water box by pipeline, lower water box is connected to the input of the flat energy conductive water tank in first limit of above-mentioned mutual connection again by pipeline, water pump, constitute closed circuit; The output of the flat energy conductive water tank that second limit connects mutually connects electrically-controlled valve by pipeline, behind the electrically-controlled valve gating, perhaps be connected to the cooling tower spray thrower by water pipe, water behind the spray flow to lower water box again, perhaps be connected to outdoor heat dump by water pipe, outdoor heat dump is connected to lower water box again, perhaps directly is connected to lower water box by water pipe, and lower water box is connected to above-mentioned second limit input of the flat energy conductive water tank of connection mutually by water pipe, water pump, constitutes closed circuit; Its output of flat energy conductive water tank that the 3rd limit connects mutually is connected to heat storage water tank by pipeline, heat storage water tank is fixedly connected with hot-water nozzle and hot water tap by pipeline again, the heat storage water tank other end is connected to the flat energy conductive water tank input that the 3rd limit connects mutually by pipeline, little water pump, constitute closed circuit, the flat energy conductive water tank input that the 3rd limit connects mutually also is connected with the running water water inlet pipe by pipeline.
In the technique scheme, the flat energy conductive water tank in three limits of a plurality of electron heat pump groups wherein has the mutual connecting mode in flat energy conductive water tank two ends on both sides to be series connection, and the mutual connecting mode in flat energy conductive water tank two ends, middle one side is in parallel.
In the technique scheme, between flat energy conductive water tank output and fan coil or the ground hot coil input, also can be connected in series auxiliary heater.
In the technique scheme, the below of hot-water nozzle also is equipped with shower waste heat recovery coil pipe, and shower waste heat recovery coil pipe two ends are serially connected in the input of the mutual flat energy conductive water tank that connects of running water water inlet pipe and the 3rd limit.
Household thermoelectric cold and warm air conditioning and water heating system of the present invention has been used a kind of highly effective low energy-consumption thermoelectric components of simple in structure, advanced technology, it is the conductor refrigeration chip, this highly effective low energy-consumption thermoelectric components is produced by Chenzhou Hai Chuan electric equipment products Co., Ltd, is RDJ series semiconductor cooling chip.The conductor refrigeration chip has four big advantages:
1. do not have machinery and rotate, noise-less pollution, refrigeration is rapid;
2. volume is little, and is in light weight, and refrigerating capacity can change from a few milliwatt levels to several multikilowatts, and is easy to install;
3. controls such as cooling and heating type direction, cooling and heating type amount, temperature are convenient;
4. not having any environmental pollution, is a kind of pure green product.
Household thermoelectric cold and warm air conditioning and water heating system of the present invention not only has all advantages that the conductor refrigeration chip is had, and has overcome the shortcoming that conductor refrigeration chip freezing capacity was low in the past, production cost is high.Household thermoelectric cold and warm air conditioning and water heating system of the present invention is the core of cooling and heating type with Chenzhou RDJ of Hai Chuan electric equipment products Co., Ltd series of high efficiency low energy-consumption thermoelectric components, and its performance and price are that other air-conditioning system is incomparable.
Advantageous effect of the present invention:
Household thermoelectric cold and warm air conditioning and water heating system of the present invention is under the condition of new technology high developments such as thermoelectric cooling, electronics numerical control, new material and the up-to-date household thermoelectric cold and warm air conditioning and water heating system that produces.Household thermoelectric cold and warm air conditioning and water heating system has changed traditional air-conditioning and water heater separate unit unpack format, with thermoelectric cooling produce cold with economical, safety, characteristics such as be suitable for, optimal design becomes the aggregate of energy circulation, its performance characteristics is as follows:
Economical and efficient: household thermoelectric cold and warm air conditioning and water heating system is the entity of utilization highly effective low energy-consumption thermoelectric components, it has abandoned machinery, the chemical refrigeration mode of traditional compressor refrigeration fully, highly effective low energy-consumption thermoelectric components organically is connected as one, has given play to best freezing capacity.Under equal refrigeration capacity, the cost of raw material of electron cooling has only 60% of traditional refrigeration; And under equal power consumption condition, the heating efficiency of electron cooling exceeds traditional refrigeration more than two times.
Household thermoelectric cold and warm air conditioning and water heating system is respectively equipped with Duo Tai room air conditioning terminal and hot-water supply device, every air conditioning terminal and hot-water supply all have into and out of two thermal conductive water pipes, in the system all thermal conductive water pipe all with heat exchanger UNICOM one, carry out energy and regulate automatically.As when working summer, produce excessive hot water in the heat exchanger, the user can utilize the hot wash article of boiler on the one hand; Reduce the centring system temperature with the low temperature running water on the other hand, thereby increase substantially the unit freezing capacity.Household thermoelectric cold and warm air conditioning and water heating system also can have stealthy characteristics, and air-conditioning can be installed in the body of wall, and about one cubic metre of building brick can be saved in the room that a cover is 100 square metres.
The performance brilliance is suitable for attractive in appearance:
1. household thermoelectric cold and warm air conditioning and water heating system compressor-free, cryogen-free, maximum mechanical part is the blower fan of 15-35w, almost be difficult to hear sound night in the room.Therefore, household thermoelectric cold and warm air conditioning and water heating system can be rated as the zero pure Green Product that pollutes highly effective low energy-consumption thermoelectric components directly changes into heat energy by electric energy, does not have any chemical gas and produces.
2. intelligent control is the important symbol that household thermoelectric cold and warm air conditioning and water heating system is given the high-quality amenities of life of people.In the system, no matter be internal system, or the user manipulates and carries out artificial intelligence control, and inside is provided with electric current under the optimum condition, Control of Voltage, water temperature control under the high efficiency prerequisite; Manipulate, the air-conditioning regulating system in room concentrates on the remote controller, by the disposable transmission of signal, can regulate stopping, open and variations in temperature of unit automatically.
3. household thermoelectric cold and warm air conditioning and water heating system no longer includes large volume air-conditioning and separate type water heater, and it can be installed in certain of place or body of wall arbitrarily according to user's needs, neither takes up space, and is practical and attractive again.Air-conditioning outward appearance in the system has only a little air port, main body is placed in the body of wall, no longer resemble and adopt traditional air-conditioning vertical, wall-hanging air conditioner to take housing space, do not have the refrigerant fluid insulation yet and carry copper pipe, and employing only is that two diameters are 1 centimetre plastic water pipe, greatly reduce cost, saved resource.
Description of drawings:
Fig. 1 is a structural representation of the present invention
The specific embodiment:
Referring to Fig. 1, this household thermoelectric cold and warm air conditioning and water heating system is by one or more electron heat pump groups 1, fan coil 2 or ground hot coil 3 or fan coil 2 and ground hot coil 3, outdoor heat dump 4, cooling tower 5 and lower water box 6, heat storage water tank 13, hot-water nozzle 14 and hot water tap 15, water pump 7,8, electrically-controlled valve F1, F2, F3, F4, F5 ... FN and connecting pipe are formed; Having two groups of highly effective low energy-consumption thermoelectric components 9 in the electron heat pump group 1 is the conductor refrigeration chip, the both sides of every group of highly effective low energy-consumption thermoelectric components 9 are flat energy conductive water tanks 10,11,12 of being close to highly effective low energy-consumption thermoelectric components, therefore an electron heat pump group has the parallel flat energy conductive water tank in three limits alternately, and the flat energy conductive water tank 10,11,12 in three limits of a plurality of electron heat pump groups 1 connects mutually respectively; Wherein, the output of the flat energy conductive water tank 10 that first limit connects mutually is connected to the input of fan coil 2 or ground hot coil 3 by pipeline, and the output of fan coil 2 or ground hot coil 3 is connected to lower water box 6 by pipeline.Lower water box 6 is connected to the input of the flat energy conductive water tank 10 in first one side of above-mentioned mutual connection again by pipeline, water pump 7, constitute closed circuit; The output of the flat energy conductive water tank 11 that second limit connects mutually connects electrically-controlled valve F2, F3 by pipeline, behind electrically-controlled valve F2, F3 gating, perhaps be connected to cooling tower 5 spray throwers by water pipe, water behind the spray flow to lower water box 6 again, perhaps be connected to outdoor heat dump 4 by water pipe, outdoor heat dump 4 is connected to lower water box 6 again, perhaps directly be connected to lower water box 6 by water pipe, lower water box 6 is connected to above-mentioned second limit input of the flat energy conductive water tank 11 of connection mutually by water pipe, water pump 8 again, constitutes closed circuit; Flat energy conductive water tank 12 its outputs that the 3rd limit connects mutually are connected to heat storage water tank 13 by pipeline, heat storage water tank 13 is fixedly connected with hot-water nozzle 14 and hot water tap 15 by pipeline again, heat storage water tank 13 other ends are connected to flat energy conductive water tank 12 inputs that the 3rd limit connects mutually by pipeline, little water pump B1, constitute closed circuit, the flat energy conductive water tank input that the 3rd limit connects mutually also is connected with running water water inlet pipe 17 by pipeline.The mode that flat energy conductive water tank two ends, the both sides of above-mentioned a plurality of electron heat pump groups connect mutually is series connection, and the mode that flat energy conductive water tank two ends, middle one side connect mutually is in parallel.In the pipeline between flat energy conductive water tank output and fan coil or the ground hot coil input, also can be connected in series auxiliary heater 16, as electric heater.Shower waste heat recovery coil pipe 18 also is installed below hot-water nozzle 14, and shower waste heat recovery coil pipe 18 two ends are serially connected in the input of the mutual flat energy conductive water tank 12 that connects of running water water inlet pipe 17 and the 3rd limit.
The course of work and principle:
One. the refrigeration pattern, following hot junction recirculated water claims cooling water, cold junction recirculated water claims chilled water.
1. unlatching push button is selected the refrigeration pattern, and microcomputer detects each function element, as motor-driven valve, sensor etc., carries out mode adjustment, starts water pump 7, water pump 8, and it is normal to detect water flow indicator once more, the operation that powers on of electron heat pump group.
2. chilled water circulation process: because of being subjected to the effect of water pump 7, chilled water is by flat energy conductive water tank 10 cold junctions of lower water box 6 through filter G1, water pump 7, electron heat pump group 1, do work through the auxilliary heater of electricity to selected fan coil 2, the ground hot coil is in closed condition during refrigeration mode, selector button just can be enabled during the pyrogenicity flow process, return the lower water box 6 of cooling tower again through water pipe, circulation is so far finished.
3. cooling water circulation process: in like manner be subjected to the effect of water pump 8, cooling water is by flat energy conductive water tank 11 hot junctions of cooling tower through filter G2, water pump 8, water flow indicator S2, each electron heat pump group in parallel, dispel the heat, flow at last lower water box 6 through automatically controlled triple valve F2, F3, cooling tower 5 to spray thrower spray, cooling water circulation is so far finished.
Two. pyrogenicity pattern, following hot junction recirculated water claim warm matchmaker's water, and cold junction recirculated water claims chilled water.
1. system starts the pyrogenicity pattern: open push button, select pyrogenicity or automatic mode, microcomputer detects each function element, as motor-driven valve, sensor etc., carry out mode adjustment, the electric power polarity adjustment, start water pump 7, water pump 8, it is normal to detect water flow indicator once more, the operation that powers on of electron heat pump group.
2. warm matchmaker's water circulation process:
Because of being subjected to the effect of water pump 7, warm matchmaker's water is done work through the auxilliary heater 16 of electricity to selected fan coil 2 by the flat energy conductive water tank 10 of lower water box 6 through filter G1, water pump 7, electron heat pump group 1, arrive lower water box 6 through water pipe again, so far warm matchmaker's water constantly circulates, so that EP (end of program).
In the whole pyrogenicity flow process, microcomputer automatic checkout system usefulness situation starts the auxilliary heater compensation of electricity automatically, and show its state on display board.
3. chilled water circulation process:
When microcomputer detects outside air temperature 〉=7 ℃, because of being subjected to the effect of water pump 8, chilled water is by the flat energy conductive water tank 11 of lower water box 6 through filter G2, water pump 8, water flow indicator S2, each electron heat pump group cold junction in parallel, absorb heat, be back to lower water box 6 by water pipe again at last to outdoor heat dump 4 through automatically controlled triple valve F2, F3, water pipe, so far chilled water constantly circulates so that EP (end of program).
When microcomputer detects outside air temperature＜7 ℃, because of being subjected to the effect of water pump 8, chilled water is by the flat energy conductive water tank 11 of lower water box 6 through filter G2, water pump 8, water flow indicator S2, each electron heat pump group cold junction in parallel, through automatically controlled triple valve F2, at last to lower water box 6, simultaneously, start auxiliary heater work as required, constantly circulate, so that EP (end of program) with this chilled water.
Three. domestic hot-water's circulation process
Heat storage water tank insulation circulation process: because of being subjected to the effect of water pump B1, the domestic hot-water is constantly circulated to heat storage water tank 13 through D1, B1, flat water tank 12 by heat storage water tank 13, with minimum power consumption heating water temperature, up to reaching requirement.
Shower or other situation are with the circulation process of hot water: because of hot-water nozzle 14 or other hot water tap 15 are opened, motor-driven valve F1 opens automatically, running water by F1, shower waste heat recovery coil pipe 18, to flat energy conductive water tank 12 to heat storage water tank 13, with continuous supply application.
Main function components of the present invention is as follows:
1) electron heat pump group: the electron heat pump group is made up of highly effective low energy-consumption thermoelectric components and flat energy conductive water tank, and the hydrous water media lines is formed each application function piece, as ground hot coil, fan coil etc.; It is the core of native system.Highly effective low energy-consumption thermoelectric components adopts the RDJ series of products of Chenzhou Hai Chuan electric equipment products Co., Ltd.
2) outdoor heat dump: outdoor heat dump is made up of metal coil pipe fin and blower fan, and it is to use when the pyrogenicity operating mode.Outdoor heat dump can adopt existing Beijing 212 jeep water tanks.
3) cooling tower: cooling tower is made up of spray equipment, lower water box and fan, and it and indoor electron heat pump assembly are closed, the power conversion during with realization refrigeration, i.e. externally heat radiation.The happiness that cooling tower can adopt Xiang Tan to like water-cooled company to manufacture comes the board cooling tower.
4) hot coil: the ground hot coil is for the transducing head of one of heating of house mode under the pyrogenicity operating mode.
5) fan coil; Fan coil is made up of metal coil pipe fin and blower fan, and it is connected on the connecting leg of electron heat pump group, is to realize that indoor refrigeration causes warm transducing head.
6) power supply and control system; Power supply and control system are the guarantees that native system can be reliable and stable, and it connects a series of sensor and a series of electronic control device.
7) heat storage water tank: heat storage water tank is connected with the flat energy conductive water tank in the 3rd limit of electron heat pump group, and constitutes closed circuit through check valve D1, little water pump B1, with the low power consumption heat accumulation of heating.
8) shower waste heat recovery coil pipe: be serially connected between the flat energy conductive water tank in the 3rd limit of running water water inlet pipe and electron heat pump group, utilize the pre-hot tap-water water inlet of spray waste heat, have energy-conserving action.
Claims (4)
1. household thermoelectric cold and warm air conditioning and water heating system, it is characterized in that by one or more electron heat pump groups, fan coil or ground hot coil or fan coil with hot coil, outdoor heat dump, cooling tower and lower water box, heat storage water tank, hot-water nozzle and hot water tap, water pump, electrically-controlled valve and connecting pipe form; Having two groups of highly effective low energy-consumption thermoelectric components in each electron heat pump group is the conductor refrigeration chip, the both sides of every group of highly effective low energy-consumption thermoelectric components are the flat energy conductive water tanks of being close to highly effective low energy-consumption thermoelectric components, therefore an electron heat pump group has the parallel flat energy conductive water tank in three limits alternately, and the flat energy conductive water tank of the corresponding edge of a plurality of electron heat pump groups connects mutually respectively; Wherein, the output of the flat energy conductive water tank that first limit connects mutually is connected to the input of fan coil or ground hot coil by pipeline, the output of fan coil or ground hot coil is connected to lower water box by pipeline, lower water box is connected to the input of the flat energy conductive water tank in first limit of above-mentioned mutual connection again by pipeline, water pump, constitute closed circuit; The output of the flat energy conductive water tank that second limit connects mutually connects electrically-controlled valve by pipeline, behind the electrically-controlled valve gating, perhaps be connected to the cooling tower spray thrower by water pipe, water behind the spray flow to lower water box again, perhaps be connected to outdoor heat dump by water pipe, outdoor heat dump is connected to lower water box again, perhaps directly is connected to lower water box by water pipe, and lower water box is connected to above-mentioned second limit input of the flat energy conductive water tank of connection mutually by water pipe, water pump, constitutes closed circuit; Its output of flat energy conductive water tank that the 3rd limit connects mutually is connected to heat storage water tank by pipeline, heat storage water tank is fixedly connected with hot-water nozzle and hot water tap by pipeline again, the heat storage water tank other end is connected to the flat energy conductive water tank input that the 3rd limit connects mutually by pipeline, constitute closed circuit, the flat energy conductive water tank input that the 3rd limit connects mutually also is connected with the running water water inlet pipe by pipeline.
2. household thermoelectric cold and warm air conditioning and water heating system according to claim 1, the flat energy conductive water tank in three limits that it is characterized in that a plurality of electron heat pump groups wherein has the mutual connecting mode in flat energy conductive water tank two ends on both sides to be series connection, and the mutual connecting mode in flat energy conductive water tank two ends, middle one side is in parallel.
3. household thermoelectric cold and warm air conditioning and water heating system according to claim 1 is characterized in that between flat energy conductive water tank output and fan coil or the ground hot coil input serial connection auxiliary heater.
4. household thermoelectric cold and warm air conditioning and water heating system according to claim 1, the below that it is characterized in that hot-water nozzle also is equipped with shower waste heat recovery coil pipe, and shower waste heat recovery coil pipe two ends are serially connected in the input of the mutual flat energy conductive water tank that connects of running water water inlet pipe and the 3rd limit respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510031735 CN1884931A (en) | 2005-06-22 | 2005-06-22 | Household thermoelectric cold and warm air conditioning and water heating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510031735 CN1884931A (en) | 2005-06-22 | 2005-06-22 | Household thermoelectric cold and warm air conditioning and water heating system |
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| CN1884931A true CN1884931A (en) | 2006-12-27 |
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| CN 200510031735 Pending CN1884931A (en) | 2005-06-22 | 2005-06-22 | Household thermoelectric cold and warm air conditioning and water heating system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106123174A (en) * | 2016-07-11 | 2016-11-16 | 柳泽堃 | A kind of split type semiconductor air-conditioner of cold, hot two-purpose |
| CN107355844A (en) * | 2017-07-10 | 2017-11-17 | 王海东 | A kind of air conditioning method and the refrigerating and heating air conditioner system for realizing this method |
| RU2677598C1 (en) * | 2017-12-25 | 2019-01-17 | Александр Викторович Рудаков | Thermoelectric circulation pump |
| CN110360692A (en) * | 2019-08-20 | 2019-10-22 | 杰马科技（中山）有限公司 | Temperature adjusts fan and its control method |
-
2005
- 2005-06-22 CN CN 200510031735 patent/CN1884931A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106123174A (en) * | 2016-07-11 | 2016-11-16 | 柳泽堃 | A kind of split type semiconductor air-conditioner of cold, hot two-purpose |
| CN106123174B (en) * | 2016-07-11 | 2018-11-02 | 柳泽堃 | A kind of split type semiconductor air-conditioner of cold, hot two-purpose |
| CN107355844A (en) * | 2017-07-10 | 2017-11-17 | 王海东 | A kind of air conditioning method and the refrigerating and heating air conditioner system for realizing this method |
| RU2677598C1 (en) * | 2017-12-25 | 2019-01-17 | Александр Викторович Рудаков | Thermoelectric circulation pump |
| CN110360692A (en) * | 2019-08-20 | 2019-10-22 | 杰马科技（中山）有限公司 | Temperature adjusts fan and its control method |
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