CN107120760B - A kind of room temperature adjusting room based on water circulating heat conduction - Google Patents
A kind of room temperature adjusting room based on water circulating heat conduction Download PDFInfo
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- CN107120760B CN107120760B CN201710357228.XA CN201710357228A CN107120760B CN 107120760 B CN107120760 B CN 107120760B CN 201710357228 A CN201710357228 A CN 201710357228A CN 107120760 B CN107120760 B CN 107120760B
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- water
- pipe
- temperature adjustment
- room
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0007—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater cooling apparatus specially adapted for use in air-conditioning
- F24F5/001—Compression cycle type
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D3/00—Hot-water central heating systems
- F24D3/005—Hot-water central heating systems combined with solar energy
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B29/00—Combined heating and refrigeration systems, e.g. operating alternately or simultaneously
- F25B29/003—Combined heating and refrigeration systems, e.g. operating alternately or simultaneously of the compression type system
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B41/00—Fluid-circulation arrangements
- F25B41/20—Disposition of valves, e.g. of on-off valves or flow control valves
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B41/00—Fluid-circulation arrangements
- F25B41/30—Expansion means; Dispositions thereof
- F25B41/31—Expansion valves
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B9/00—Compression machines, plants or systems, in which the refrigerant is air or other gas of low boiling point
- F25B9/14—Compression machines, plants or systems, in which the refrigerant is air or other gas of low boiling point characterised by the cycle used, e.g. Stirling cycle
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D2200/00—Heat sources or energy sources
- F24D2200/14—Solar energy
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
- Y02B30/70—Efficient control or regulation technologies, e.g. for control of refrigerant flow, motor or heating
Abstract
The invention belongs to room temperatures to adjust room technical field, more particularly to a kind of room temperature based on water circulating heat conduction adjusts room, it includes refrigeration mechanism, heating mechanism, temperature adjustment room, electronic valve, and wherein refrigeration mechanism and heating mechanism are separately mounted to the upper end in temperature adjustment room and refrigeration mechanism and heating mechanism are connect by electronic valve with temperature adjustment room；Room temperature adjusts room in the present invention can make temperature adjustment room be connected to refrigeration mechanism at summer by controlling electronic valve；Achieve the effect that cooling；Room temperature adjusts room in winter, makes temperature adjustment room and heating mechanism connection by controlling electronic valve；Achieve the effect that warming.In conversion equipment after hot water or cold water flows into water spray arc plate by water inlet pipe, the water in arc plate of spraying water is sprayed onto transition plates；Water flows downward along transition plates；Temperature adjustment shell can be communicated the temperature to during water flowing close to indoor side；So that the temperature in transition plates is transmitted to interior；Achieve the effect that heating or cooling.
Description
Technical field
Room technical field is adjusted the invention belongs to room temperature more particularly to a kind of room temperature based on water circulating heat conduction adjusts room.
Background technique
Indoor temperature control room is mostly to install individual heating mechanism and refrigeration mechanism at present；And in heating or process of refrigerastion
Temperature leak is larger；General in process of refrigerastion is often air conditioner refrigerating, and air-conditioning needs a large amount of electricity during air conditioner refrigerating
To maintain；The effect for thus needing that more economy is spent to can be only achieved refrigeration；So designing one kind can be provided using nature
Source and it can achieve the effect that heating and refrigeration are necessary simultaneously.
The present invention design a kind of room temperature based on water circulating heat conduction adjust room solve the problems, such as it is as above.
Summary of the invention
To solve drawbacks described above in the prior art, the present invention discloses a kind of room temperature adjusting room based on water circulating heat conduction,
It adopts the following technical solutions to realize.
A kind of room temperature adjusting room based on water circulating heat conduction, it is characterised in that: it includes refrigeration mechanism, heating mechanism, adjusts
Hot house, electronic valve, wherein refrigeration mechanism and heating mechanism be separately mounted to temperature adjustment room upper end and refrigeration mechanism and heating mechanism
It is connect by electronic valve with temperature adjustment room.
Above-mentioned refrigeration mechanism includes Stirling engine, compressor, reflective dish, thermoconverter, efferent duct, input pipe, temperature
Adjuster, connecting tube, output water pipe, input water pipe are spent, wherein reflective dish and Stirling engine form solar power system；
Compressor is mounted on the upside of Stirling engine, and compressor rotation shaft is connected with Stirling engine shaft；Thermoregulator includes
Evaporator, expansion valve, condenser, thermoregulator are mounted on the upper end in temperature adjustment room；Condenser and compression in thermoregulator
Pass through two connecting tube connections between machine；Expansion valve is connect by two connecting tubes with condenser, and evaporator passes through two connections
Pipe is connect with expansion valve, and thermoconverter is mounted on the upper end in temperature adjustment room；Working medium in evaporator is input to heat by input pipe and turns
In parallel operation, working medium is being input in compressor from thermoconverter by efferent duct, input water pipe is mounted on output water pipe
On thermoconverter, the water that thermoconverter is passed through the working medium in evaporator with input water pipe carries out heat exchange.
Above-mentioned heating mechanism includes water-supply-pipe, input pipe, efferent duct, water pipe switching valve, solar water heater, wherein the sun
Energy water heater is mounted on the upper end in temperature adjustment room；Water pipe switching valve is mounted on the upper end in temperature adjustment room；Water pipe switching valve and solar heat
Pass through two water-supply-pipe connections between hydrophone.
Above-mentioned solar water heater includes push plate, guide block, guide groove, insulation barrel, adjuster support, absorbing pipe, absorbing heat supports,
Wherein adjuster support is mounted on the upper end in temperature adjustment room；Guide groove there are two being symmetrically installed on the inside of insulation barrel；On the periphery of push plate
Guide block there are two being symmetrically installed；Push plate passes through the inside for being fitted to insulation barrel of two guide blocks and two guide grooves；Insulation barrel
It is mounted on the upside of adjuster support；Heat absorption support is mounted on the upside in temperature adjustment room；It is equipped between heat absorption support and insulation barrel
Multiple absorbing pipes, two water-supply-pipes are located at insulation barrel two sides.
Above-mentioned temperature adjustment room include floor, asbestos board, top plate, wallboard, electronic valve, insulating layer, decorative panel, return water delivery pipe,
Water inlet delivery pipe, water inlet input pipe, return water efferent duct, spring, wherein four wallboards are separately mounted to the upside on floor, and four
It is mutually perpendicular between two neighboring wallboard in wallboard；The structure respectively installed on four wallboard medial surfaces complete phase between each other
Together, and for wherein any one wallboard, an asbestos board identical with wallboard size is installed on wallboard medial surface；Ten turn
Changing device passes through the inside that three springs being distributed up and down are mounted on asbestos board, and the lower end of ten conversion equipments is respectively positioned on ground
The upside of plate；Decorative panel is mounted on the inside of conversion equipment；Return water delivery pipe and water inlet delivery pipe are installed on four wallboards
End, and it is located at the upside of conversion equipment；Insulating layer is mounted on return water delivery pipe and water inlet delivery pipe periphery；Water inlet input
Pipe is mounted on the upside into water delivery pipe and communicates inside intake input pipe and water inlet delivery pipe；Return water efferent duct is mounted on return water
It is communicated inside the upside of delivery pipe and return water efferent duct and return water delivery pipe；On water inlet input pipe and return water efferent duct periphery
Insulating layer is installed；Mounting of roof plate is in the upside of four wallboards；Water inlet input pipe and return water efferent duct are pierced by top plate；Electronic valve
It is mounted on the upside of top plate；Electronic valve is connect with water inlet input pipe and return water efferent duct.
Above-mentioned thermoconverter is connect by input water pipe, output water pipe with electronic valve；Water pipe switching valve by input water pipe,
Output water pipe is connect with electronic valve.
Above-mentioned conversion equipment includes drinking-water pipe, water inlet pipe, temperature adjustment shell, partition, heat-absorbing block, water spray arc plate, transition plates, heat
Pipe, water pump, ultrasonic transmitter, humidification hole, hole for water spraying, wherein temperature adjustment shell is mounted in the upper end on floor；Water pump is mounted on tune
Lower end on the inside of warm shell；Water pump is connect by drinking-water pipe with return water delivery pipe, and drinking-water pipe is located in temperature adjustment shell shell wall；The one of partition
End is mounted on the wall surface of temperature adjustment shell lower end, and the other end of partition and another side wall surface of temperature adjustment shell lower end have gap；Transition
The lower end of plate is mounted on the upper end of partition and transition plates installation site close to gap location；The upper end of transition plates is mounted in temperature adjustment shell
Portion upper end and the wall surface for being close to temperature adjustment shell side；Transition plates and temperature adjustment shell side wall surface form shrink space from top to down；Two
Heat-absorbing block is separately mounted to the upper and lower ends of transition plates, and two heat-absorbing blocks are located at the sky of partition, transition plates and temperature adjustment shell composition
In；Two heat-absorbing blocks are connected by heat pipe；Water inlet pipe is mounted on temperature adjustment shell upper end, and water inlet pipe is communicated with temperature adjustment shell inner cavity；
The upper end of water inlet pipe is connect with water inlet delivery pipe；The lower end of water inlet pipe is equipped with water spray arc plate；The lower end of water spray arc plate is provided with perhaps
Mostly single hole for water spraying, and hole for water spraying is arranged to parallel with gap；The water that single hole for water spraying sprays is fallen on the downside of the position in transition plates
Face heat-absorbing block；A ultrasonic transmitter is installed in temperature adjustment shell lower end surface and the space of partition composition, in temperature adjustment shell lower end
It is located on the wall surface on the downside of gap in face and the space of partition composition and is provided with humidification hole.
There is circular hole corresponding with humidification hole on above-mentioned decorative panel.
As the further improvement of this technology, when summer, make the input connecting with thermoconverter by controlling electronic valve
Water pipe, output water pipe are connect with return water efferent duct and water inlet input pipe respectively；When winter, made and water pipe by controlling electronic valve
Input water pipe, the output water pipe of switching valve connection are connect with return water efferent duct and water inlet input pipe respectively.
As the further improvement of this technology, pressed from both sides between absorber plate and top plate at 45 degree on above-mentioned solar water heater
Angle；Luminous dish on Stirling engine and between top plate at 45 degree of angles.
As the further improvement of this technology, above-mentioned connecting tube, efferent duct, input water pipe, exports water pipe, is defeated input pipe
Water pipe, return water delivery pipe, water inlet delivery pipe, water inlet input pipe, return water efferent duct, water inlet pipe and drinking-water pipe periphery on pacify
Equipped with insulating layer.
As the further improvement of this technology, the direction of the luminous dish on above-mentioned Stirling woods engine is pacified on it
It can be always towards the direction of the sun under the control of the shaft of dress；What the direction of the absorber plate on water heater was installed on it
It can be always towards the direction of the sun under the control of shaft.
Room technology is adjusted relative to traditional room temperature, room temperature adjusting room can be by controlling electronics at summer in the present invention
Valve is connected to temperature adjustment room with refrigeration mechanism；Achieve the effect that cooling；Room temperature adjusts room in winter, is made by controlling electronic valve
Obtain temperature adjustment room and heating mechanism connection；Achieve the effect that warming.
The spring being mounted between asbestos board and conversion equipment in the present invention plays the role of sound insulation to indoor sound, prevents
Pass to the external world.
It is mounted in the present invention between two heat-absorbing blocks in transition plates and is connected by heat pipe, heat pipe ensure that two heat absorptions
Temperature can be rapidly transmitted between block, reduce the loss of temperature on heat-absorbing block；Heat-absorbing block positioned at downside is absorbing temperature
After communicate the temperature in transition plates；Positioned at the heat-absorbing block of downside, its effect is to transmit temperature to transition plates in time；It prevents
Transition plates supercooling overheats and needs to absorb a part and flow into the temperature of water to preheat or freeze, to reduce the temperature of inflow water
Degree, the temperature for influencing to flow into water is to indoor transmitting；The water spray arc plate lower end that the present invention designs is provided with many single hole for water sprayings, single
The water that hole for water spraying sprays falls in face heat-absorbing block on the downside of the position in transition plates；It is that can guarantee to spray in water spray arc plate that it, which is acted on,
Water energy it is enough be all sprayed onto transition plates as far as possible at the upper end of heat-absorbing block, enable heat-absorbing block to fully absorb temperature
Degree, and then temperature is handed on；It prevents and the water sprayed is prevented to spray to heat block from excessive because of multiple rows of hole for water spraying,
The temperature that heat block is absorbed is reduced, to cause the loss of temperature.The ultrasonic transmitter that the present invention designs can will be adjusted
The water of warm shell lower end sprays to interior by humidifying hole in the form of small particle water, increases indoor wettability；Prevent indoor seasoning；
Its effect of the partition that the present invention designs be when ultrasonic transmitter is by humidification small to the household sprays water particle in hole, by partition with
The space that lower end on the inside of temperature adjustment shell is formed, so that the water particle formed can not be in contact with the water on the upside of partition；Prevent water
Grain makes the temperature leak of water on the upside of partition by absorbing the temperature of water；It is defeated by intaking when hot water or cold water in conversion equipment
After entering in pipe inflow water inlet delivery pipe, the water in delivery pipe of intaking can be flowed into water inlet pipe；Water in water inlet pipe flows into water spray arc
Plate, spray water arc plate in water be sprayed onto through hole for water spraying in the transition plates being mounted on the inside of temperature adjustment shell；Made by the transition of transition plates
Water flow is obtained on temperature adjustment shell close to indoor side；The heat-absorbing block on the downside of transition plates is mounted on simultaneously to inhale during water sprinkling
The temperature of a part of water is received；The temperature absorbed is rapidly transferred to be mounted on the downside of transition plates by heat-absorbing block by heat pipe
On heat-absorbing block；Transition plates is heated or cooled down by the heat-absorbing block of downside；So that the temperature phase of the lower end of transition plates and water
Together, while water can flow downward along transition plates；Lead to temperature and water that heat transfer makes cab apron lower end in flow process
Temperature is transmitted to temperature adjustment shell close to indoor side；So that the temperature in transition plates is transmitted to interior, reach heat preservation and drop
The effect of temperature；The water after temperature of temperature adjustment aqueous humor will be absorbed and be absorbed temperature after the completion of heating or cooling flows into temperature adjustment
The downside in room；Water on the downside of temperature adjustment room can be drawn into return water delivery pipe under the action of water pump；Pass through back in return water delivery pipe
Water inlet pipe flows into electronic valve.
Reflective dish has the function of absorbing sunlight in the present invention；Started by absorbing stronger sun optical drive Stirling
Machine movement；Compressor rotation shaft is connected with Stirling engine shaft；Stirling engine drives compressor rotation shaft rotation；Temperature tune
Section device includes evaporator, expansion valve, condenser, is connected between the condenser and compressor in thermoregulator by two connecting tubes
It connects；Expansion valve is connect by two connecting tubes with condenser, and evaporator is connect by two connecting tubes with expansion valve, thermoconverter
It is mounted on the upper end in temperature adjustment room；Working medium in evaporator is input in thermoconverter by input pipe, is passing through efferent duct for work
Matter is input in compressor from thermoconverter；Input water pipe and output water pipe are mounted on thermoconverter；Thermoconverter is to steaming
The water that working medium and input water pipe in hair device are passed through carries out heat exchange.
Solar water heater is connect with water pipe switching valve by water-supply-pipe in the present invention；Between water pipe switching valve and electronic valve
It is connected by output water pipe with input water pipe；When the hot water in solar water heater is defeated by one of them in two water-supply-pipes
Can control the hot water flowed by adjusting water pipe switching valve when flowing into water pipe switching valve in water pipe always can be by defeated
Outlet pipe flows into electronic valve；And the cold water for flowing into water pipe switching valve through input water pipe can be flowed into too by another water-supply-pipe
In positive energy water heater；Push plate can keep apart the cold water in insulation barrel with hot water in the present invention, and effect is to prevent from being located at pushing away
The hot water or cold water of plate two sides mixes and causes hot water that cannot smoothly flow into temperature adjustment room.
When room temperature adjusts room work, when summer, control electronic valve communicates temperature adjustment room with refrigeration mechanism；Reflective dish absorbs
The movement of sun optical drive Stirling engine；Stirling engine drives compressor rotation shaft rotation；Driven compressor temperature is adjusted
Working medium in device is flowed between thermoregulator, input pipe, thermoconverter and efferent duct；Thermoconverter and electronic valve it
Between by output water pipe with input water pipe be connected；The water that thermoconverter is passed through the working medium in evaporator with input water pipe carries out heat
Exchange；Cold water in thermoconverter flows into electronic valve through output water pipe；And then cold water is sent into temperature adjustment room and reaches cooling effect
Fruit；The cold water in temperature adjustment room is changing to warm water and is located at the downside in temperature adjustment room after the completion of cooling；Warm water on the downside of temperature adjustment room is in water
It can be drawn into electronic valve under the action of pump；It is pumped into the warm water in electronic valve to flow into thermoconverter by input water pipe, flow into
Water in thermoconverter becomes cold water by carrying out the water that heat exchange flows into thermoconverter with the working medium in evaporator.Winter
It when, under the irradiation of solar glare by absorbing pipe by the inside of insulation barrel water heat；Electronic valve is adjusted to heat mechanism
When being communicated with temperature adjustment room；Hot water under the action of water gravity in insulation barrel can flow into water pipe switching valve；In water pipe switching valve
Hot water by export water pipe be flowed into electronic valve；Hot water in electronic valve flows into temperature adjustment room, and then exchanges hot house heating；
The hot water in temperature adjustment room is changing to cold water and is located at the downside in temperature adjustment room after the completion of heating；Cold water on the downside of temperature adjustment room is in water pump
It can be drawn into electronic valve under effect；The cold water being pumped into electronic valve flows into water pipe switching valve by input water pipe；Flow into water pipe
The cold water of switching valve is flowed into the insulation barrel in solar water heater by water-supply-pipe, right under the irradiation of strong light by absorbing pipe
The cold water of inflow is heated.Ultrasonic transmitter can humidify interior by humidifying hole simultaneously.
Detailed description of the invention
Fig. 1 is global facility appearance diagram.
Fig. 2 is refrigeration mechanism structural schematic diagram.
Fig. 3 is heating mechanism structural schematic diagram.
Fig. 4 is heat insulation layer structure schematic diagram.
Fig. 5 is humidification pore size distribution schematic diagram.
Fig. 6 is decorative board structure schematic diagram.
Fig. 7 is return water pipe structure schematic diagram.
Fig. 8 is conversion device structure schematic diagram.
Fig. 9 is drinking-water pipe scheme of installation.
Figure 10 is heat block scheme of installation.
Figure 11 is transition plates structural schematic diagram.
Figure 12 is water spray arc plate structural schematic diagram.
Figure 13 is heat-preservation cylinder structural schematic diagram.
Figure 14 is spring scheme of installation.
Figure 15 is conversion equipment operation principle schematic diagram.
Figure 16 is water inlet pipe and drinking-water pipe water (flow) direction schematic illustration.
Figure 17 is heat-preservation cylinder operation principle schematic diagram.
Figure 18 is heating mechanism operation principle schematic diagram.
Figure 19 is refrigeration mechanism operation principle schematic diagram.
Figure label title: 1, floor；2, asbestos board；3, top plate；4, Stirling engine；5, solar water heater；6,
Electronic valve；7, compressor；8, insulation barrel；9, adjuster supports；10, wallboard；11, water-supply-pipe；12, absorbing pipe；13, heat absorption branch
Support；14, water pipe is exported；17, water pipe is inputted；18, insulating layer；19, decorative panel；20, return water delivery pipe；21, water inlet delivery pipe；
22, hole is humidified；23, water inlet input pipe；24, return water efferent duct；25, water inlet pipe；26, drinking-water pipe；27, conversion equipment；28, temperature adjustment
Shell；29, partition；30, heat-absorbing block；31, thermoconverter；32, efferent duct；33, water spray arc plate；34, transition plates；35, heat pipe；36,
Water pump；37, hole for water spraying；38, input pipe；39, thermoregulator；40, push plate；41, guide block；42, guide groove；43, spring；44, even
Adapter tube；45, shine dish；46, water pipe switching valve；47, ultrasonic transmitter.
Specific embodiment
As shown in Figure 1, it includes refrigeration mechanism, heating mechanism, temperature adjustment room, electronic valve 6, wherein refrigeration mechanism and heating machine
Structure is separately mounted to the upper end in temperature adjustment room and refrigeration mechanism and heating mechanism are connect by electronic valve 6 with temperature adjustment room.
As shown in Fig. 2, above-mentioned refrigeration mechanism include Stirling engine 4, it is compressor 7, reflective dish, thermoconverter 31, defeated
Outlet pipe 32, input pipe 38, thermoregulator 39, connecting tube 44, output water pipe 14, input water pipe 17, wherein reflective dish and Si Te
Woods engine 4 forms solar power system；As shown in Fig. 2, compressor 7 is mounted on 4 upside of Stirling engine, compressor 7
Shaft is connected with 4 shaft of Stirling engine；Thermoregulator 39 includes evaporator, expansion valve, condenser, as shown in Figure 1, warm
Degree adjuster 39 is mounted on the upper end in temperature adjustment room；As shown in Fig. 2, passing through two between condenser and compressor in thermoregulator
The connection of root connecting tube；Expansion valve is connect by two connecting tubes with condenser, and evaporator is connected by two connecting tubes and expansion valve
It connects, thermoconverter is mounted on the upper end in temperature adjustment room；Working medium in evaporator is input in thermoconverter by input pipe, is being passed through
Working medium is input in compressor by efferent duct from thermoconverter, and input water pipe 17 and output water pipe 14 are mounted on thermoconverter 31
On, the water that thermoconverter 31 is passed through the working medium in evaporator with input water pipe 17 carries out heat exchange.
As shown in figure 3, above-mentioned heating mechanism includes water-supply-pipe 11, input pipe 38, efferent duct 32, water pipe switching valve 46, too
Positive energy water heater 5, wherein as shown in Figure 1, solar water heater 5 is mounted on the upper end in temperature adjustment room；Water pipe switching valve 46 is mounted on
The upper end in temperature adjustment room；As shown in figure 3, being connected between water pipe switching valve 46 and solar water heater 5 by two water-supply-pipes 11.
As shown in Fig. 3,13, above-mentioned solar water heater 5 includes push plate 40, guide block 41, guide groove 42, insulation barrel 8, adjuster
Support 9, absorbing pipe 12, heat absorption support 13, wherein as shown in Figure 1, adjuster support 9 is mounted on the upper end in temperature adjustment room；Such as Figure 13
It is shown, it is symmetrically installed on the inside of insulation barrel 8 there are two guide groove 42；Guide block 41 there are two being symmetrically installed on the periphery of push plate 40；It pushes away
Plate 40 passes through the inside for being fitted to insulation barrel 8 of two guide blocks 41 and two guide grooves 42；As shown in figure 3, insulation barrel 8 is installed
In the upside of adjuster support 9；Heat absorption support 13 is mounted on the upside in temperature adjustment room；It is installed between heat absorption support 13 and insulation barrel 8
There are multiple absorbing pipes 12, two water-supply-pipes 11 are located at 8 two sides of insulation barrel.
As shown in Fig. 4,5,7,14, above-mentioned temperature adjustment room includes floor 1, asbestos board 2, top plate 3, wallboard 10, electronic valve 6, protects
Warm layer 18, decorative panel 19, return water delivery pipe 20, water inlet delivery pipe 21, water inlet input pipe 23, return water efferent duct 24, spring 43,
In as shown in Figure 1, four wallboards 10 are separately mounted to the upside on floor 1, and in four wallboards 10 between two neighboring wallboard 10
It is mutually perpendicular to；The structure respectively installed on four wallboard medial surfaces is identical between each other, and for wherein any one
Wallboard, as shown in figure 4, being equipped with an asbestos board 2 identical with 10 size of wallboard on 10 medial surface of wallboard；As shown in figure 14,
Ten conversion equipments 27 are mounted on the inside of asbestos board 2, and ten conversion equipments 27 by three springs 43 being distributed up and down
Lower end be respectively positioned on the upside on floor 1；As shown in fig. 6, decorative panel 19 is mounted on the inside of conversion equipment 27；As shown in figure 5, returning
Water delivery pipe 20 and water inlet delivery pipe 21 are installed in four 10 upper ends of wallboard, and are located at the upside of conversion equipment 27；Return water is defeated
It send and is mounted on insulating layer 18 on pipe 20 and water inlet 21 periphery of delivery pipe；As shown in fig. 7, water inlet input pipe 23 is mounted on into water
It is communicated inside the upside of delivery pipe 21 and intake input pipe 23 and water inlet delivery pipe 21；Return water efferent duct 24 is mounted on return water conveying
It is communicated inside the upside of pipe 20 and return water efferent duct 24 and return water delivery pipe 20；Water inlet input pipe 23 and 24 outer circle of return water efferent duct
Insulating layer 18 is mounted on face；Top plate 3 is mounted on the upside of four wallboards 10；Water inlet input pipe 23 and return water efferent duct 24 are equal
It is pierced by top plate 3；As shown in Figure 1, electronic valve 6 is mounted on the upside of top plate 3；Electronic valve 6 and water inlet input pipe 23 and return water export
Pipe 24 connects.
As shown in Figure 2,3, above-mentioned thermoconverter 31 is connect by input water pipe 17, output water pipe 14 with electronic valve 6；Water pipe
Switching valve 46 is connect by input water pipe 17, output water pipe 14 with electronic valve 6.
As shown in figure 8, above-mentioned conversion equipment 27 includes drinking-water pipe 26, water inlet pipe 25, temperature adjustment shell 28, partition 29, heat-absorbing block
30, water spray arc plate 33, transition plates 34, heat pipe 35, water pump 36, ultrasonic transmitter 47, humidification hole 22, hole for water spraying 37, wherein adjusting
Warm shell 28 is mounted in the upper end on floor 1；As shown in fig. 7, water pump 36 is mounted on the lower end of 28 inside of temperature adjustment shell；As shown in figure 9,
Water pump 36 is connect by drinking-water pipe 26 with return water delivery pipe 20, and drinking-water pipe 26 is located in 28 shell wall of temperature adjustment shell；As shown in figure 8, every
One end of plate 29 is mounted on the wall surface of 28 lower end of temperature adjustment shell, the other end of partition 29 and another side wall surface of 28 lower end of temperature adjustment shell
With gap；As shown in Fig. 8,11, the lower end of transition plates 34 is mounted on the upper end of partition 29 and 34 installation site of transition plates is close
Gap location；The upper end of transition plates 34 is mounted on 28 inner upper end of temperature adjustment shell and is close to the wall surface of 28 side of temperature adjustment shell；Transition plates 34
Shrink space is formed from top to down with 28 side wall surface of temperature adjustment shell；As shown in figure 8, two heat-absorbing blocks 30 are separately mounted to transition plates
34 upper and lower ends, and two heat-absorbing blocks 30 are located in the space that partition 29, transition plates 34 and temperature adjustment shell 28 form；Such as Figure 10 institute
Show, two heat-absorbing blocks 30 are connected by heat pipe 35；Water inlet pipe 25 is mounted on 28 upper end of temperature adjustment shell, and water inlet pipe 25 and temperature adjustment shell 28
Inner cavity communicates；The upper end of water inlet pipe 25 is connect with water inlet delivery pipe 21；As shown in figure 12, the lower end of water inlet pipe 25 is equipped with water spray
Arc plate 33；The lower end of water spray arc plate 33 is provided with many single hole for water sprayings 37, and 37 row of hole for water spraying is to parallel with gap；Single water spray
The water that hole 37 sprays falls in face heat-absorbing block 30 on the downside of the position in transition plates 34；As shown in figure 8,28 lower end surface of temperature adjustment shell with every
A ultrasonic transmitter 47 is installed in the space that plate 29 forms, in the space that 28 lower end surface of temperature adjustment shell and partition 29 form
Humidification hole 22 is provided on the wall surface on the downside of gap.
There is circular hole corresponding with humidification hole 22 on above-mentioned decorative panel 19.
When summer, by controlling electronic valve 6 the input water pipe 17 connecting with thermoconverter 31, output water pipe 14 are distinguished
It is connect with return water efferent duct 24 and water inlet input pipe 23；When winter, to connect with water pipe switching valve 46 by controlling electronic valve 6
Input water pipe 17, output water pipe 14 respectively with return water efferent duct 24 and water inlet input pipe 23 connect.
At 45 degree of angles between absorber plate and top plate 3 on above-mentioned solar water heater 5；Hair on Stirling engine
At 45 degree of angles between optical disc 45 and top plate 3.
As shown in figure 4, above-mentioned connecting tube 44, input pipe 38, efferent duct 32, input water pipe 17, output water pipe 14, water-supply-pipe
11, return water delivery pipe 20, water inlet delivery pipe 21, water inlet input pipe 23, return water efferent duct 24, water inlet pipe 25 and drinking-water pipe 26 is outer
Insulating layer 18 is mounted on disc.
It can begin under the control for the shaft that the direction of luminous dish 45 on above-mentioned Stirling engine is installed on it
All morning is to the direction of the sun；It can court always under the control for the shaft that the direction of absorber plate on water heater is installed on it
To the direction of the sun.
In summary:
Room temperature adjusts room in the present invention can make temperature adjustment room and refrigeration mechanism connect at summer by controlling electronic valve 6
It is logical；Achieve the effect that cooling；Room temperature adjusts room in winter, makes temperature adjustment room and heating mechanism connection by controlling electronic valve 6；
Achieve the effect that warming.
The spring 43 being mounted between asbestos board 2 and conversion equipment 27 in the present invention has the function of noise abatement.
It is connected between two heat-absorbing blocks 30 being mounted in the present invention in transition plates 34 by heat pipe 35, heat pipe 35 ensure that
Temperature can be rapidly transmitted between two heat-absorbing blocks 30, reduces the loss of temperature on heat-absorbing block 30；Heat absorption positioned at downside
Block 30 communicates the temperature in transition plates 34 after absorbing temperature；Positioned at downside heat-absorbing block 30 its effect be can in time to
Cab apron 34 transmits temperature；It prevents transition plates 34 to be subcooled or overheat and needs to absorb a part and flow into the temperature of water to preheat or make
Cold, to reduce the temperature for flowing into water, the temperature for influencing to flow into water is to indoor transmitting；Under the water spray arc plate 33 that the present invention designs
End is provided with many single hole for water sprayings 37, and the water that single hole for water spraying 37 sprays falls in face heat-absorbing block on the downside of the position in transition plates 34
30；It is that can guarantee that enough be all sprayed onto transition plates 34 as far as possible of the water energy sprayed in water spray arc plate 33 is located at heat absorption that it, which is acted on,
At the upper end of block 30, heat-absorbing block 30 is enabled to fully absorb temperature, and then temperature is handed on；It prevents because of multiple rows of spray
Water hole 37 and prevent the water sprayed to spray to heat block from excessive, the temperature that heat block is absorbed is reduced, to cause temperature
The loss of degree.The ultrasonic transmitter 47 that the present invention designs can be passed through the water of 28 lower end of temperature adjustment shell in the form of small particle water
Humidification hole 22 sprays to interior, increases indoor wettability；Prevent indoor seasoning；Its effect of the partition 29 that the present invention designs is super
When pinger 47 is by humidification 22 water particle small to household sprays of hole, formed by partition 29 and the lower end of 28 inside of temperature adjustment shell
Space, so that the water particle formed can not be in contact with the water of 29 upside of partition；Water particle is prevented to make by absorbing the temperature of water
Obtain the temperature leak of 29 upside water of partition；As shown in figure 16, when hot water or cold water passes through water inlet input pipe in conversion equipment 27
After 23 flow into water inlet delivery pipe 21, the water in delivery pipe 21 of intaking is flowed into water inlet pipe 25；As shown in figure 15, in water inlet pipe 25
Water flow into water spray arc plate 33, the water in arc plate 33 of spraying water is sprayed onto the transition plates for being mounted on the inside of temperature adjustment shell 28 through hole for water spraying 37
On 34；Make water flow on temperature adjustment shell 28 close to indoor side by the transition of transition plates 34；It is mounted on transition plates 34 simultaneously
The heat-absorbing block 30 of downside absorbs the temperature of a part of water during water sprays；Heat-absorbing block 30 passes through the temperature absorbed
Heat pipe 35 is rapidly transferred on the heat-absorbing block 30 for being mounted on 34 downside of transition plates；By the heat-absorbing block 30 of downside to transition plates 34
It is heated or is cooled down；So that the lower end of transition plates 34 is identical as the temperature of water, while water can flow downward along transition plates 34；
Leading to heat transfer in flow process makes the temperature of cab apron lower end and the temperature of water be transmitted to temperature adjustment shell 28 close to indoor one
Side；So that the temperature in transition plates 34 is transmitted to interior, achieve the effect that heating and cooling；After the completion of heating or cooling
The temperature of the water in temperature adjustment room will be absorbed and be absorbed the downside that the water after temperature flows into temperature adjustment room；Water on the downside of temperature adjustment room exists
It can be drawn into return water delivery pipe 20 under the action of water pump 36；Electronic valve is flowed by return water input pipe 38 in return water delivery pipe 20
In 6.
Reflective dish has the function of absorbing sunlight in the present invention；Started by absorbing stronger sun optical drive Stirling
Machine 4 moves；7 shaft of compressor is connected with 4 shaft of Stirling engine；Stirling engine 4 drives the rotation of 7 shaft of compressor；
Thermoregulator 39 includes evaporator, expansion valve, condenser, passes through two between the condenser and compressor in thermoregulator
Connecting tube connection；Expansion valve is connect by two connecting tubes with condenser, and evaporator is connect by two connecting tubes with expansion valve,
Thermoconverter is mounted on the upper end in temperature adjustment room；Working medium in evaporator is input in thermoconverter by input pipe, by defeated
Working medium is input in compressor by outlet pipe from thermoconverter, and input water pipe 17 and output water pipe 14 are mounted on thermoconverter 31
On；The water that thermoconverter 31 is passed through the working medium in evaporator with input water pipe 17 carries out heat exchange.
Solar water heater 5 is connect with water pipe switching valve 46 by water-supply-pipe 11 in the present invention；Water pipe switching valve 46 and electricity
It is connected between sub- valve 6 by output water pipe 14 and input water pipe 17；As shown in figure 17, when the hot water in solar water heater 5 is logical
Crossing in one of water-supply-pipe 11 in two water-supply-pipes 11 can by adjusting water pipe switching valve 46 when flowing into water pipe switching valve 46
It can be flowed into electronic valve 6 by output water pipe 14 with controlling the hot water flowed into always；And water is flowed into through input water pipe 17
The cold water of pipe switching valve 46 can be flowed into solar water heater 5 by another water-supply-pipe 11；Push plate 40 can be in the present invention
Cold water in insulation barrel 8 is kept apart with hot water, effect is to prevent the hot water or cold water mixing positioned at 40 two sides of push plate and make
It cannot smoothly be flowed into temperature adjustment room at hot water.
Specific embodiment: when room temperature adjusts room work, when summer, as shown in figure 19, control electronic valve 6 makes temperature adjustment room
It is communicated with refrigeration mechanism；Reflective dish absorbs sun optical drive Stirling engine 4 and moves；Stirling engine 4 drives compressor 7
Shaft rotation；Working medium in 7 driving temperature adjuster 39 of compressor is in thermoregulator 39, input pipe 38,31 and of thermoconverter
It is flowed between efferent duct 32；It is connected by output water pipe 14 with input water pipe 17 between thermoconverter 31 and electronic valve 6；Heat
The water that converter 31 is passed through the working medium in evaporator with input water pipe 17 carries out heat exchange；Cold water in thermoconverter 31 is through defeated
Outlet pipe 14 flows into electronic valve 6；And then cold water is sent into temperature adjustment room and reaches cooling effect；Temperature adjustment room is cold after the completion of cooling
Water is changing to hot water and is located at the downside in temperature adjustment room；Hot water on the downside of temperature adjustment room can be drawn into electronics under the action of water pump 36
In valve 6；It is pumped into the hot water in electronic valve 6 to flow into thermoconverter 31 by input water pipe 17, flows into the water in thermoconverter 31
Become cold water by carrying out the water that heat exchange flows into thermoconverter 31 with the working medium in evaporator.When winter, such as Figure 18
It is shown, the water of 8 inside of insulation barrel is heated by absorbing pipe 12 under the irradiation of solar glare；Electronic valve 6 is adjusted to heat
When mechanism is communicated with temperature adjustment room；Hot water under the action of water gravity in insulation barrel 8 can flow into water pipe switching valve 46；Water pipe is cut
The hot water changed in valve 46 is flowed into electronic valve 6 by exporting water pipe 14；Hot water in electronic valve 6 flows into temperature adjustment room, in turn
Exchange hot house heating；The hot water in temperature adjustment room is changing to cold water and is located at the downside in temperature adjustment room after the completion of heating；On the downside of temperature adjustment room
Cold water can be drawn into electronic valve 6 under the action of water pump 36；The cold water being pumped into electronic valve 6 is flowed by input water pipe 17
Water pipe switching valve 46；The cold water for flowing into water pipe switching valve 46 passes through the insulation barrel 8 in the inflow solar water heater 5 of water-supply-pipe 11
It is interior, the cold water of inflow is heated under the irradiation of strong light by absorbing pipe 12.Ultrasonic transmitter 47 passes through simultaneously
Humidification hole 22 can humidify interior.
Claims (5)
1. a kind of room temperature based on water circulating heat conduction adjusts room, it is characterised in that: it includes refrigeration mechanism, heating mechanism, temperature adjustment
Room, electronic valve, wherein refrigeration mechanism and heating mechanism are separately mounted to the upper end in temperature adjustment room and refrigeration mechanism and heating mechanism lead to
Electronic valve is crossed to connect with temperature adjustment room；
Above-mentioned refrigeration mechanism includes Stirling engine, compressor, reflective dish, thermoconverter, efferent duct, input pipe, temperature tune
Device, connecting tube, output water pipe, input water pipe are saved, wherein reflective dish and Stirling engine form solar power system；Compression
Machine is mounted on the upside of Stirling engine, and compressor rotation shaft is connected with Stirling engine shaft；Thermoregulator includes evaporation
Device, expansion valve, condenser, thermoregulator are mounted on the upper end in temperature adjustment room；Condenser in thermoregulator and compressor it
Between pass through the connection of two connecting tubes；Expansion valve connect by two connecting tubes with condenser, evaporator pass through two connecting tubes and
Expansion valve connection, thermoconverter are mounted on the upper end in temperature adjustment room；Working medium in evaporator is input to thermoconverter by input pipe
In, working medium is being input in compressor from thermoconverter by efferent duct, input water pipe and output water pipe are mounted on heat and turn
On parallel operation, the water that thermoconverter is passed through the working medium in evaporator with input water pipe carries out heat exchange；
Above-mentioned heating mechanism includes water-supply-pipe, input pipe, efferent duct, water pipe switching valve, solar water heater, wherein solar heat
Hydrophone is mounted on the upper end in temperature adjustment room；Water pipe switching valve is mounted on the upper end in temperature adjustment room；Water pipe switching valve and solar water heater
Between pass through the connection of two water-supply-pipes；
Above-mentioned solar water heater includes push plate, guide block, guide groove, insulation barrel, adjuster support, absorbing pipe, absorbing heat supports, wherein
Adjuster supports the upper end for being mounted on temperature adjustment room；Guide groove there are two being symmetrically installed on the inside of insulation barrel；It is symmetrical on the periphery of push plate
There are two guide blocks for installation；Push plate passes through the inside for being fitted to insulation barrel of two guide blocks and two guide grooves；Insulation barrel installation
In the upside of adjuster support；Heat absorption support is mounted on the upside in temperature adjustment room；It is equipped between heat absorption support and insulation barrel multiple
Absorbing pipe, two water-supply-pipes are located at insulation barrel two sides；
Above-mentioned temperature adjustment room includes floor, asbestos board, top plate, wallboard, electronic valve, insulating layer, decorative panel, return water delivery pipe, water inlet
Delivery pipe, water inlet input pipe, return water efferent duct, spring, wherein four wallboards are separately mounted to the upside on floor, and four wallboards
In be mutually perpendicular between two neighboring wallboard；The structure respectively installed on four wallboard medial surfaces is identical between each other,
And for wherein any one wallboard, an asbestos board identical with wallboard size is installed on wallboard medial surface；Ten conversions
Device passes through the inside that three springs being distributed up and down are mounted on asbestos board, and the lower end of ten conversion equipments is respectively positioned on floor
Upside；Decorative panel is mounted on the inside of conversion equipment；Return water delivery pipe and water inlet delivery pipe are installed in four wallboard upper ends,
And it is located at the upside of conversion equipment；Insulating layer is mounted on return water delivery pipe and water inlet delivery pipe periphery；Water inlet input pipe
It is mounted on the upside into water delivery pipe and is communicated inside intake input pipe and water inlet delivery pipe；It is defeated that return water efferent duct is mounted on return water
It send the upside of pipe and is communicated inside return water efferent duct and return water delivery pipe；Pacify on water inlet input pipe and return water efferent duct periphery
Equipped with insulating layer；Mounting of roof plate is in the upside of four wallboards；Water inlet input pipe and return water efferent duct are pierced by top plate；Electronic valve peace
Mounted in the upside of top plate；Electronic valve is connect with water inlet input pipe and return water efferent duct；
Above-mentioned thermoconverter is connect by input water pipe, output water pipe with electronic valve；Water pipe switching valve passes through input water pipe, output
Water pipe is connect with electronic valve；
Above-mentioned conversion equipment includes drinking-water pipe, water inlet pipe, temperature adjustment shell, partition, heat-absorbing block, water spray arc plate, transition plates, heat pipe, water
Pump, ultrasonic transmitter, humidification hole, hole for water spraying, wherein temperature adjustment shell is mounted on the upper end on floor；Water pump is mounted on the inside of temperature adjustment shell
Lower end；Water pump is connect by drinking-water pipe with return water delivery pipe, and drinking-water pipe is located in temperature adjustment shell shell wall；One end of partition is mounted on
On the wall surface of temperature adjustment shell lower end, the other end of partition and another side wall surface of temperature adjustment shell lower end have gap；The lower end of transition plates
The upper end of partition and transition plates installation site are mounted on close to gap location；The upper end of transition plates be mounted on temperature adjustment shell inner upper end and
It is close to the wall surface of temperature adjustment shell side；Transition plates and temperature adjustment shell side wall surface form shrink space from top to down；Two heat-absorbing blocks point
It is not mounted on the upper and lower ends of transition plates, and two heat-absorbing blocks are located in the space of partition, transition plates and temperature adjustment shell composition；Two
Heat-absorbing block is connected by heat pipe；Water inlet pipe is mounted on temperature adjustment shell upper end, and water inlet pipe is communicated with temperature adjustment shell inner cavity；Water inlet pipe it is upper
End is connect with water inlet delivery pipe；The lower end of water inlet pipe is equipped with water spray arc plate；The lower end of water spray arc plate is provided with many single water sprays
Hole, and hole for water spraying is arranged to parallel with gap；The water that single hole for water spraying sprays falls in face heat-absorbing block on the downside of the position in transition plates；
A ultrasonic transmitter is installed in temperature adjustment shell lower end surface and the space of partition composition, is formed in temperature adjustment shell lower end surface and partition
Space in be located at gap on the downside of wall surface on be provided with humidification hole；
There is circular hole corresponding with humidification hole on above-mentioned decorative panel.
2. a kind of room temperature based on water circulating heat conduction according to claim 1 adjusts room, it is characterised in that: when summer, lead to
Cross control electronic valve make input water pipe connect with thermoconverter, output water pipe respectively with return water efferent duct and intake input pipe
Connection；When winter, make the input water pipe connecting with water pipe switching valve, output water pipe defeated with return water respectively by controlling electronic valve
Outlet pipe is connected with water inlet input pipe.
3. a kind of room temperature based on water circulating heat conduction according to claim 1 adjusts room, it is characterised in that: above-mentioned solar energy
At 45 degree of angles between absorber plate and top plate on water heater；Luminous dish on Stirling engine and Cheng Sishi between top plate
Five degree of angles.
4. a kind of room temperature based on water circulating heat conduction according to claim 1 adjusts room, it is characterised in that: above-mentioned connection
Pipe, efferent duct, input water pipe, output water pipe, water-supply-pipe, return water delivery pipe, water inlet delivery pipe, water inlet input pipe, returns at input pipe
Insulating layer is mounted on the periphery of water delivery pipe, water inlet pipe and drinking-water pipe.
5. a kind of room temperature based on water circulating heat conduction according to claim 1 adjusts room, it is characterised in that: above-mentioned Stirling
It can be always towards the direction of the sun under the control for the shaft that the direction of luminous dish on engine is installed on it；Hot water
It can be always towards the direction of the sun under the control for the shaft that the direction of absorber plate on device is installed on it.
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| CN201710357228.XA CN107120760B (en) | 2017-05-19 | 2017-05-19 | A kind of room temperature adjusting room based on water circulating heat conduction |
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| CN201710357228.XA CN107120760B (en) | 2017-05-19 | 2017-05-19 | A kind of room temperature adjusting room based on water circulating heat conduction |
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| CN107120760B true CN107120760B (en) | 2019-10-22 |
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| CN107120760B (en) * | 2017-05-19 | 2019-10-22 | 新沂市棋盘工业集中区建设发展有限公司 | A kind of room temperature adjusting room based on water circulating heat conduction |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20130034672A (en) * | 2011-09-28 | 2013-04-08 | 김동식 | Votax type heat exchanger |
| CN203068657U (en) * | 2012-12-20 | 2013-07-17 | 赛音朝格图 | Water heating auxiliary device |
| CN105804444A (en) * | 2016-01-29 | 2016-07-27 | 浙江电联通信机房工程技术有限公司 | Circulating heat conduction type energy-saving and environment-friendly machine room |
| CN106594928A (en) * | 2016-12-08 | 2017-04-26 | 钦州太平电子科技有限公司 | Device for regulating indoor temperature by virtue of natural water source |
| CN107120760A (en) * | 2017-05-19 | 2017-09-01 | 刘宽 | A kind of room temperature regulation room based on water circulation heat conduction |
-
2017
- 2017-05-19 CN CN201710357228.XA patent/CN107120760B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20130034672A (en) * | 2011-09-28 | 2013-04-08 | 김동식 | Votax type heat exchanger |
| CN203068657U (en) * | 2012-12-20 | 2013-07-17 | 赛音朝格图 | Water heating auxiliary device |
| CN105804444A (en) * | 2016-01-29 | 2016-07-27 | 浙江电联通信机房工程技术有限公司 | Circulating heat conduction type energy-saving and environment-friendly machine room |
| CN106594928A (en) * | 2016-12-08 | 2017-04-26 | 钦州太平电子科技有限公司 | Device for regulating indoor temperature by virtue of natural water source |
| CN107120760A (en) * | 2017-05-19 | 2017-09-01 | 刘宽 | A kind of room temperature regulation room based on water circulation heat conduction |
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Effective date of registration: 20190920 Address after: 221424 West Side of Moxin Road, Chesboard Town, Xinyi City, Xuzhou City, Jiangsu Province Applicant after: Xinyi chessboard Industrial Concentration Zone Construction Development Co., Ltd. Address before: 730030 No. 679, Pingliang Road, Chengguan District, Gansu, Lanzhou 602 Applicant before: Liu Kuan |
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