CN207797291U - Micro indoor cooling and warming thermoregulator - Google Patents

Micro indoor cooling and warming thermoregulator Download PDF

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Publication number
CN207797291U
CN207797291U CN201820116933.0U CN201820116933U CN207797291U CN 207797291 U CN207797291 U CN 207797291U CN 201820116933 U CN201820116933 U CN 201820116933U CN 207797291 U CN207797291 U CN 207797291U
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CN
China
Prior art keywords
warming
semiconductor
thermoregulator
babinet
cooling
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Expired - Fee Related
Application number
CN201820116933.0U
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Chinese (zh)
Inventor
薛靖雯
薛玉起
薛胜利
薛玉强
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Individual
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Individual
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Abstract

The utility model discloses a kind of micro indoor cooling and warming thermoregulators, include the first cooling fin and radiator being closely joined together back-to-back by connector, semiconductor refrigerating module and semiconductor temperature differential generating piece be installed, two sides of semiconductor refrigerating module and semiconductor temperature differential generating piece are in close contact with the first cooling fin and radiator respectively in the crack between the first cooling fin and radiator;Semiconductor refrigerating module and semiconductor temperature differential generating piece are controlled by controller;The radiator is an irregular babinet, it is provided with the second cooling fin on the inside of the babinet and semiconductor refrigerating module and semiconductor temperature differential generating piece phase-contact surface, it is provided with wind turbine in the babinet, and is provided with a strip air outlet on the exhaust outlet of wind turbine correspondingly body side.The utility model can realize refrigeration, heating and dump energy recycling.

Description

Micro indoor cooling and warming thermoregulator
Technical field
The utility model is related to a kind of indoor temperature regulating device, especially a kind of micro indoor cooling and warming temperature is adjusted Device.
Background technology
Current indoor cooling and warming generally uses air-conditioning, but air conditioning electricity consumption is bigger, moreover, using freon, There is destructiveness to environment, noise is also bigger, influences daily life.Heating or refrigeration are using the form of blowing, air Disturbance has special population larger discomfort.
The existing device heated using semiconductor refrigerating, structure is more complicated, higher price, and using effect is not special It is ideal.
Chinese patent application 200710027093.7 discloses a kind of temperature difference half collecting cooling and warming and thermo-electric generation function Conductor module, the device may replace compressor and be directly installed in existing refrigerator and air-conditioning, but the module structure is complicated, valence Lattice are high, cannot directly apply, need to be used in combination with other equipment.
Chinese patent application 201310112999.4 discloses a kind of solar energy semiconductor air conditioning system, including power supply mould Block, semiconductor joint refrigeration and heating module, indoor air heater, indoor refrigerator and Water circulation hydrodynamics system, the power supply mould Block includes set on outdoor semiconductor thermoelectric generator, device of solar generating, accumulator, transformer and mains-supplied system System, semiconductor thermoelectric generator connect by circuit with accumulator with device of solar generating, the mains-supplied system and After accumulator parallel connection, with transformer series, the semiconductor joint refrigeration and heating module include several semiconductor chilling plates, Chill surface is connected with the refrigeration water tank being made from a material that be thermally conductive, and heating face is connected with the cooling water tank being made from a material that be thermally conductive, system Heat-barrier material is filled between cold water storage cistern and cooling water tank.The technology needs installation solar panels, and there are installment inside and outside room lines etc. Problem construction is more complex, and is influenced by weather more serious.
Chinese patent 201420693418.0 discloses that a kind of environmental protection of intelligent and high-efficiency is cold and hot to utilize system simultaneously, including cold The middle part of babinet, hot tank body, thermoelectric module, thermoelectric generation film and control module, the ice chest body and the hot tank body is arranged There are partition board, the thermoelectric module and the thermoelectric generation film to be mounted on the partition board, the thermoelectric module and described Thermoelectric generation film is connect with the control module.The cold and hot box volume of the technology is big to need liquid to be recycled, and this is specially Profit directly by air it is cold and hot exchange realize refrigeration or heating quickly directly reduction energy conversion tape come loss.
Chinese patent 201510098433.X discloses a kind of portable air-conditioning equipment, including:Thermostat unit can be worn It wears device and the power supply unit of setting electric current is provided to thermostat unit;The thermostat unit is semiconductor chilling plate, The semiconductor chilling plate includes chill surface and heating face;Said supply unit includes semiconductor temperature differential generating piece, described partly to lead Body cooling piece and semiconductor temperature differential generating piece are set on wearable device.Said supply unit further includes chargeable pressure-adjusting type Accumulation power supply, the pressure-adjusting type accumulation power supply are connect with semiconductor temperature differential generating piece and semiconductor chilling plate respectively.The patent is adopted It is small that the small adaptation space of its power of movable air conditioner equipment is done with rechargable power supplies, does not adapt to family or this larger ring of office Border space.
Utility model content
Purpose of the utility model is to overcome the deficiencies of the above prior art and provide a kind of micro indoor cooling and warming temperature Adjuster is spent, refrigeration, system are realized using special-shaped aluminium wing two-side radiation piece and semiconductor combinations cooling and warming and thermoelectric generation Heat and dump energy recycling.
To achieve the above object, the utility model uses following technical proposals:
A kind of micro indoor cooling and warming thermoregulator includes be closely joined together back-to-back by connector One cooling fin and radiator are equipped with semiconductor refrigerating module and semiconductor temperature in the crack between the first cooling fin and radiator Two sides of poor power generation sheet, semiconductor refrigerating module and semiconductor temperature differential generating piece are tight with the first cooling fin and radiator respectively Contiguity is touched, and when semiconductor refrigerating module works, two face is respectively hot face and huyashi-chuuka (cold chinese-style noodles), the first heat dissipation being in contact with two faces The larger temperature difference is generated between piece and radiator, to drive semiconductor temperature differential generating piece to generate electricity;Semiconductor refrigerating module and half Conductor thermoelectric generation film is controlled by controller;The radiator is an irregular babinet, the babinet and semiconductor refrigerating mould It is provided with the second cooling fin on the inside of block and semiconductor temperature differential generating piece phase-contact surface, wind turbine is provided in the babinet, with wind turbine Exhaust outlet be correspondingly provided with a strip air outlet on body side.
The first side of the babinet and adjacent bottom surface are L-shaped, and the top surface adjacent with first side is arc-shaped, with the first side The opposite second side in face is connect with top surface rounding off, and a strip outlet air is provided along its length in second side Mouthful, the first, second side, bottom surface and top surface are structure as a whole.
Inside the first side card slot is respectively arranged with the top surface of babinet and bottom surface intersection.
The strip air outlet vertical section is in splayed, the i.e. subregion of the second side of strip air outlet both sides It is inclined outwardly extension along strip air outlet.This kind of mode is arranged, and is conducive to that heat in babinet or cold air are spread or blown in time It sheds.
The wind turbine is controlled by controller, will be in babinet when the temperature is excessively high, being started by controller control wind turbine in babinet Heat is dispelled away by strip air outlet.
The semiconductor refrigerating module is formed by two pieces of tandem compounds, and semiconductor refrigerating module includes chill surface and heating Face.
The semiconductor refrigerating module is powered by 12V safe voltages, internal resistance 2.1-2.4 Ω, operating current 4-4.6A;Refrigeration Power maximum reaches 56W;Heats power maximum reaches 90W.
The semiconductor temperature differential generating piece is formed by three pieces tandem compound.
3.8 Ω of semiconductor temperature differential generating piece internal resistance, in 40 DEG C of monolithic output voltage 2.2V of the temperature difference, output electricity Flow 0.39A, output power 0.858W.
First, second cooling fin includes multiple fins vertical with first side, and the end of each fin is It is arc-shaped, avoid tip from damaging external people or object, while improving overall aesthetic degree, the area of arcwall face is big, can increase Greatly with the contact area of air, heat dissipation or refrigerating efficiency can also correspondingly improve.
The babinet left and right ends are provided with end cap, and air inlet is provided on end cap, and air inlet is provided with filter screen, makes Room air passes into the second cooling fin from the left and right sides and is heated or cooled, and is then exported again by fan, to real The circulating-heating or refrigeration of existing room air.
The Packed box body of first cooling fin outer cup, one outlet of setting, outlet and flexible pipe unicom, box on box body It is provided with exhaust fan in vivo, in use, box body is fixed on indoor wall, the outlet of flexible pipe is passed into outdoor, by arranging Gas fan hot gas or cold air is discharged outdoor.
The utility model is real using special-shaped aluminium wing two-side radiation piece and semiconductor combinations cooling and warming and thermoelectric generation Now freeze, heating and dump energy reuse;Realize indoor temperature adjusting and effects of energy conservation and environmental protection.The utility model uses When, box body is fixed on indoor wall, the outlet of flexible pipe is passed into outdoor, room is discharged in hot gas or cold air by exhaust fan Outside.
The utility model is worked using 2 refrigerating chip series systems, and operating voltage does not become 12V, and internal resistance becomes larger, work Make that electric current is constant, can be improved the working efficiency of refrigerating chip in such circumstances, highest refrigerating capacity can reach 100W or more, one 20 Square room temperature change 10 degree take around 290 kilowatt hour electricity, in 2 cooling pieces of environmental ideals at 3 hours 20 squares of room temperature can reduce to 10 degree, refrigeration effect and time are very significantly and its refrigeration principles in the time Energy conservation and environmental protection is pollution-free, and 24 hours uninterrupted power supplies, which freeze or heat to room air, to be automatically adjusted, and more easypro for indoor circulation Suitable health.To ensure that refrigeration and uniform and room air circulation this case of heating are designed with cooling fin in refrigeration or heating face And disperse with the good fit convection current of cooling fin, the effective power of cooling piece is come out by fin conductive quickly and passes through wind Machine carries out indoor and outdoor air cyclical breathing, achievees the effect that fast constant temperature.
It is fully sharp as need to only exchange its working method when heating use since refrigerating chip is at the same time as heating module With its heating surface principle, and its heats power output higher effect is more preferable;Dual-use, more convenient and quicker.
The temperature difference on refrigerating chip work its two sides in cooling mode cannot be too big, is controlled in 40-60 degree by controller Between, refrigerating efficiency just can be best, to ensure that its refrigeration effect, the utility model have 3 means control temperature difference, first refrigeration temperature Constant control is spent at 25 degree, is ensured the temperature of interior the most comfortable, frosting while will not will not be led to excessive temperature differentials;Secondly it utilizes The after-heat of thermo-electric generation chip conversion portion heating surface, and transformed electricity is radiated for driving fan;Most Afterwards by the heat of heating surface by big fin conductive to outdoor with outdoor air heat loss through convection, while increasing radiator fan quickening Radiating rate;The effect of refrigeration is ensure that by above 3 means, the efficiency of energy conversion, effectively realizes cooling and warming and ring It protects energy saving.
The thermo-electric generation chip that the utility model uses works for 3 series systems, the monolithic when controlling the temperature difference and being 40 degree Generated energy is 2.2V, and 3 series voltages can drive 80 fans of multiple 5V, root simultaneously up to 6.6V electric currents about 1A, this generated energy According to the heat dispersal situations of external cooling fin can install different number 80 dispersion to cooling fin carry out heat dissipation ensure rapid cooling and The temperature difference of cooling piece different sides, to realize the recycling effect of the energy.
Description of the drawings
Fig. 1 is the utility model structure diagram;
Wherein, 1. babinet, 2. strip air outlets, 3. first cooling fins, 4. card slots, 5. second cooling fins, 6. fans.
Specific implementation mode
The utility model is further illustrated with reference to the accompanying drawings and examples.
Structure, ratio, size etc. depicted in this specification institute accompanying drawings, only to coordinate specification it is revealed in Hold, so that those skilled in the art understands and reads, is not limited to the enforceable qualifications of the utility model, therefore not Has technical essential meaning, the modification of any structure, the change of proportionate relationship or the adjustment of size are new not influencing this practicality Under the effect of type can be generated and the purpose that can reach, it should all still fall and obtain and can contain in the revealed technology contents of the utility model In the range of lid.Meanwhile cited such as "upper" in this specification, "lower", "left", "right", " centre " and " one " term, It is merely convenient to being illustrated for narration, rather than to limit the enforceable range of the utility model, the change of relativeness or tune It is whole, in the case where changing technology contents without essence, when being also considered as the enforceable scope of the utility model.
As shown in Figure 1, micro indoor cooling and warming thermoregulator, including pass through connector(Connector can be screw, Bolt or anchoring piece etc.)The first cooling fin 3 and radiator being closely joined together back-to-back, the first cooling fin 3 and radiator Between crack in semiconductor refrigerating module and semiconductor temperature differential generating piece, semiconductor refrigerating module and semiconductor temperature difference are installed Two sides of power generation sheet are in close contact with the first cooling fin 3 and radiator respectively, when semiconductor refrigerating module works, two Face is respectively hot face and huyashi-chuuka (cold chinese-style noodles), and two faces the first cooling fin 3 being in contact and generates the larger temperature difference between radiator, to Drive the power generation of semiconductor temperature differential generating piece;Semiconductor refrigerating module and semiconductor temperature differential generating piece are controlled by controller;It is described Radiator is an irregular babinet 1, the babinet 1 and semiconductor refrigerating module and semiconductor temperature differential generating piece phase-contact surface inside It is provided with the second cooling fin 5, wind turbine 6 is provided in the babinet 1, is set on the exhaust outlet of wind turbine 6 correspondingly body side It is equipped with a strip air outlet 2.
The first side of babinet 1 and adjacent bottom surface are L-shaped, and the top surface adjacent with first side is arc-shaped, with first side Opposite second side is connect with top surface rounding off, and a strip air outlet 2 is provided along its length in second side, First, second side, bottom surface and top surface are structure as a whole.
Card slot 4 is respectively set with the top surface of babinet and bottom surface intersection inside first side.
2 vertical section of strip air outlet is in splayed, i.e. the subregion edge of the second side of 2 both sides of strip air outlet Strip air outlet 2 is inclined outwardly extension.This kind of mode is arranged, and is conducive to that heat in babinet is spread or dispelled away in time.
Wind turbine 6 is controlled by controller, will be hot in babinet when the temperature is excessively high, being started by controller control wind turbine 6 in babinet Amount is dispelled away by strip air outlet 2.
Semiconductor refrigerating module is formed by two pieces of tandem compounds, and semiconductor refrigerating module includes chill surface and heating face.Half Conductor refrigeration module is powered by 12V safe voltages, internal resistance 2.1-2.4 Ω, operating current 4-4.6A;Refrigeration work consumption maximum reaches 56W; Heats power maximum reaches 90W.
Semiconductor temperature differential generating piece is formed by three pieces tandem compound.3.8 Ω of semiconductor temperature differential generating piece internal resistance, in the temperature difference 40 Monolithic output voltage 2.2V in the case of DEG C, output current 0.39A, output power 0.858W.
First, second cooling fin 3,5 includes multiple fins vertical with first side, and the end of each fin is circle Arc avoids tip from damaging external people or object, while improving overall aesthetic degree, and the area of arcwall face is big, can increase With the contact area of air, heat dissipation or refrigerating efficiency can also correspondingly improve.
1 left and right ends of babinet are provided with end cap, and air inlet is provided on end cap, and air inlet is provided with filter screen, makes room Interior air passes into the second cooling fin from the left and right sides and is heated or cooled, and is then exported again by fan, to realize The circulating-heating or refrigeration of room air.
The Packed box body of first cooling fin, 3 outer cup, one outlet of setting, outlet and flexible pipe unicom, box body on box body It is inside provided with exhaust fan, in use, box body is fixed on indoor wall, the outlet of flexible pipe is passed into outdoor, by being vented Fan hot gas or cold air is discharged outdoor.
The utility model is real using special-shaped aluminium wing two-side radiation piece and semiconductor combinations cooling and warming and thermoelectric generation Now freeze, heating and dump energy reuse;Realize indoor temperature adjusting and effects of energy conservation and environmental protection.
The utility model is worked using 2 refrigerating chip series systems, and operating voltage does not become 12V, and internal resistance becomes larger, work Make that electric current is constant, can be improved the working efficiency of refrigerating chip in such circumstances, highest refrigerating capacity can reach 100W or more, one 20 Square room temperature change 10 degree take around 290 kilowatt hour electricity, in 2 cooling pieces of environmental ideals at 3 hours 20 squares of room temperature can reduce to 10 degree, refrigeration effect and time are very significantly and its refrigeration principles in the time Energy conservation and environmental protection is pollution-free, and 24 hours uninterrupted power supplies, which freeze or heat to room air, to be automatically adjusted, and more easypro for indoor circulation Suitable health.To ensure that refrigeration and uniform and room air circulation this case of heating are designed with cooling fin in refrigeration or heating face And disperse with the good fit convection current of cooling fin, the effective power of cooling piece is come out by fin conductive quickly and passes through wind Machine carries out indoor and outdoor air cyclical breathing, achievees the effect that fast constant temperature.
It is fully sharp as need to only exchange its working method when heating use since refrigerating chip is at the same time as heating module With its heating surface principle, and its heats power output higher effect is more preferable;Dual-use, more convenient and quicker.
The temperature difference on refrigerating chip work its two sides in cooling mode cannot be too big, is controlled in 40-60 degree by controller Between, refrigerating efficiency just can be best, to ensure that its refrigeration effect, the utility model have 3 means control temperature difference, first refrigeration temperature Constant control is spent at 25 degree, is ensured the temperature of interior the most comfortable, frosting while will not will not be led to excessive temperature differentials;Secondly it utilizes The after-heat of thermo-electric generation chip conversion portion heating surface, and transformed electricity is radiated for driving fan;Most Afterwards by the heat of heating surface by big fin conductive to outdoor with outdoor air heat loss through convection, while increasing radiator fan quickening Radiating rate;The effect of refrigeration is ensure that by above 3 means, the efficiency of energy conversion, effectively realizes cooling and warming and ring It protects energy saving.
The thermo-electric generation chip that the utility model uses works for 3 series systems, the monolithic when controlling the temperature difference and being 40 degree Generated energy is 2.2V, and 3 series voltages can drive 80 fans of multiple 5V, root simultaneously up to 6.6V electric currents about 1A, this generated energy According to the heat dispersal situations of external cooling fin can install different number 80 dispersion to cooling fin carry out heat dissipation ensure rapid cooling and The temperature difference of cooling piece different sides, to realize the recycling effect of the energy.
It is above-mentioned although specific embodiments of the present invention are described with reference to the accompanying drawings, but not to this practicality newly The limitation of type protection domain, those skilled in the art should understand that, based on the technical solution of the present invention, ability Field technique personnel need not make the creative labor the various modifications or changes that can be made still in the protection model of the utility model Within enclosing.

Claims (10)

1. a kind of micro indoor cooling and warming thermoregulator, characterized in that including being close-coupled at back-to-back by connector The first cooling fin together and radiator, be equipped in the crack between the first cooling fin and radiator semiconductor refrigerating module and Two sides of semiconductor temperature differential generating piece, semiconductor refrigerating module and semiconductor temperature differential generating piece respectively with the first cooling fin and Radiator is in close contact, and when semiconductor refrigerating module works, two face is respectively hot face and huyashi-chuuka (cold chinese-style noodles), is in contact with two faces The larger temperature difference is generated between first cooling fin and radiator, to drive semiconductor temperature differential generating piece to generate electricity;Semiconductor refrigerating Module and semiconductor temperature differential generating piece are controlled by controller;The radiator be an irregular babinet, the babinet with partly lead It is provided with the second cooling fin on the inside of body refrigeration module and semiconductor temperature differential generating piece phase-contact surface, wind is provided in the babinet Machine, and is provided with a strip air outlet on the exhaust outlet of wind turbine correspondingly body side.
2. micro indoor cooling and warming thermoregulator as described in claim 1, characterized in that the first side of the babinet L-shaped with adjacent bottom surface, the top surface adjacent with first side is arc-shaped, and the second side opposite with first side and top surface are round and smooth Transition connects, and a strip air outlet, the first, second side, bottom surface and top surface are provided along its length in second side It is structure as a whole.
3. micro indoor cooling and warming thermoregulator as claimed in claim 2, characterized in that the strip air outlet is vertical Section is in splayed, i.e. the subregion of the second side of strip air outlet both sides is inclined outwardly along strip air outlet and prolongs It stretches.
4. micro indoor cooling and warming thermoregulator as described in claim 1, characterized in that the wind turbine is by controller control System, when in babinet when the temperature is excessively high, by controller control wind turbine start, heat in babinet is dispelled out by strip air outlet It goes.
5. micro indoor cooling and warming thermoregulator as described in claim 1, characterized in that the semiconductor refrigerating module It is formed by two pieces of tandem compounds, semiconductor refrigerating module includes chill surface and heating face.
6. micro indoor cooling and warming thermoregulator as described in claim 1, characterized in that the semiconductor refrigerating module It is powered by 12V safe voltages, internal resistance 2.1-2.4 Ω, operating current 4-4.6A;Refrigeration work consumption maximum reaches 56W;Heats power is maximum Up to 90W.
7. micro indoor cooling and warming thermoregulator as described in claim 1, characterized in that the semiconductor temperature differential generating Piece is formed by three pieces tandem compound, 3.8 Ω of semiconductor temperature differential generating piece internal resistance, in 40 DEG C of monolithic output electricity of the temperature difference Press 2.2V, output current 0.39A, output power 0.858W.
8. micro indoor cooling and warming thermoregulator as claimed in claim 2, characterized in that first, second heat dissipation Piece includes multiple fins vertical with first side, and the end of each fin is arc-shaped.
9. micro indoor cooling and warming thermoregulator as described in claim 1, characterized in that the babinet left and right ends are set It is equipped with end cap, air inlet is provided on end cap, air inlet is provided with filter screen.
10. micro indoor cooling and warming thermoregulator as described in claim 1, characterized in that outside first cooling fin Packed box body is covered in portion, and an outlet, outlet and flexible pipe unicom are arranged on box body, exhaust fan is provided in box body.
CN201820116933.0U 2018-01-24 2018-01-24 Micro indoor cooling and warming thermoregulator Expired - Fee Related CN207797291U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201820116933.0U CN207797291U (en) 2018-01-24 2018-01-24 Micro indoor cooling and warming thermoregulator

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820116933.0U CN207797291U (en) 2018-01-24 2018-01-24 Micro indoor cooling and warming thermoregulator

Publications (1)

Publication Number Publication Date
CN207797291U true CN207797291U (en) 2018-08-31

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Application Number Title Priority Date Filing Date
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109937760A (en) * 2019-03-21 2019-06-28 文映蓉 A kind of passive temperature control planting greenhouse suitable for remote districts
CN111089364A (en) * 2018-10-24 2020-05-01 青岛海尔空调器有限总公司 Movable air conditioner and control method thereof

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111089364A (en) * 2018-10-24 2020-05-01 青岛海尔空调器有限总公司 Movable air conditioner and control method thereof
CN109937760A (en) * 2019-03-21 2019-06-28 文映蓉 A kind of passive temperature control planting greenhouse suitable for remote districts

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Granted publication date: 20180831

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