CN204254796U - The bedding system of temperature-controllable - Google Patents
The bedding system of temperature-controllable Download PDFInfo
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- CN204254796U CN204254796U CN201420546597.5U CN201420546597U CN204254796U CN 204254796 U CN204254796 U CN 204254796U CN 201420546597 U CN201420546597 U CN 201420546597U CN 204254796 U CN204254796 U CN 204254796U
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Abstract
The utility model relates to a kind of bedding system of temperature-controllable, comprise air-conditioning system, heat dump and radiator is provided with in described air-conditioning system, the bedding system of described temperature-controllable is provided with external agency closed circuit, described external agency closed circuit comprises is located at external agency pipeline outside air-conditioning system and bedding, and the medium storage case be located in air-conditioning system and the pump housing, described medium storage case, the pump housing and heat dump are connected in series successively and are connected together, bedding is removably serially connected with heat dump with medium storage case and bedding is connected with heat dump with medium storage case by described external agency pipeline respectively.Adopt the bedding system of temperature-controllable of the present utility model not only easy to use, and routinely keep the temperature of bedding, thus improve sleep quality.
Description
Technical field
The utility model belongs to field of medical products, particularly relates to a kind of bedding system of temperature-controllable.
Background technology
Environment temperature, as one of influence factor to human body resting state, plays very important effect to rest result.Environment temperature is human body sensory the most comfortable temperature when being 25 DEG C, and the sleep state at this temperature is best, and sleep quality is also best.
But hot summer temp all reaches more than 30 DEG C usually, sometimes even can reach more than 40 DEG C, allow people have the fidgets, have difficulty in going to sleep.Although family's electric energy such as fan air conditioner make moderate progress to this, the temperature of the wind of fan blowout is identical with room temperature, does not have much effects in the case of a high temperature.Although air-conditioning can freeze, list can only reduce indoor temperature, is difficult to the temperature of household implements such as mattress or pillow is remained in stationary temperature, and needs during using air-condition to close the doors and windows, and room air does not circulate, and people also can be allowed to feel to feel oppressed uncomfortable.
Cold winter, a lot of local temperature is very low, although also have Hot-air fan and hot air-conditioning, but they are also difficult to make the temperature of household implements such as mattress or pillow remain in stationary temperature, and also need to close the doors and windows when use Hot-air fan and hot air-conditioning, room air does not circulate, and people also can be allowed to feel to feel oppressed uncomfortable.
For improving constantly of present living standard, often go out to make a sightseeing tour, loosen mood, tourist destination picturesque, with fresh air, distance urban district is far away, though have the local of lodging but likely too high the or residence comfort of room rate inadequate as room not greatly, there is peculiar smell unhygienic, the toilet of bedding ...These disadvantageous factors are easy to the mood having influence on travelling, are also unfavorable for fatigue-relieving of making a difficult journey.Therefore, some people can carry tent, sleeping bag etc. oneself and look for place with green hills and clear waters to play liking to sleep well an evening in car, but traditional sleeping bag gas permeability is not fine, may feel all right under just having slept, but it is just very uncomfortable to spend a few minutes, or weather is too warm or temperature is too low, sleep quality also can decline to a great extent in a word.
Utility model content
Technical problem to be solved in the utility model is, provides a kind of bedding system of temperature-controllable, and its sustainability ground keeps the temperature stabilization of bedding, improves rest quality.
For solving the problems of the technologies described above, the utility model provides a kind of bedding system of temperature-controllable, it comprises air-conditioning system, heat dump and radiator is provided with in described air-conditioning system, the bedding system of described temperature-controllable is provided with external agency closed circuit, described external agency closed circuit comprises is located at external agency pipeline outside air-conditioning system and bedding, and the medium storage case be located in air-conditioning system and the pump housing, described medium storage case, the pump housing and heat dump are connected in series successively and are connected together, bedding are removably serially connected with heat dump with medium storage case and bedding are connected with heat dump with medium storage case by described external agency pipeline respectively.
Further, described bedding is bedding, couch or sleeping bag.
Further, described bedding are provided with temperature sensor and control panel, described temperature sensor comprises multiple sensing point be dispersed on bedding; The sensing point of described control panel and temperature sensor is arranged on the same side on bedding.
Further, bedding are mattress or pillow.
Further, the external agency passage described bedding being also provided with the interface that is removably connected with external agency pipeline and evenly arranging in articles for use in bed, one end that described interface is arranged on bedding is adjacent with control panel near the position in corner, and described external agency passage is back-shaped and its two ends are corresponding with interface is communicated with.
Further, described sleeping bag inside is provided with temperature sensor and control panel, and described temperature sensor is arranged on sleeping bag sidewall or roof, or arranges around sleeping bag, and described control panel is arranged on the end of sleeping bag or the pillow be arranged in sleeping bag or mat.
Further, the external agency passage described sleeping bag being also provided with the interface be removably connected with external agency pipeline and evenly arranging around sleeping bag.
Further, described air-conditioning system comprises body structure and remote controller, and air-conditioning system is provided with master board, air inlet and arranges in pairs or groups the air outlet used with air inlet in the side of body structure, be provided with blower fan inside described air inlet.
Further, described heat dump is evaporimeter, and described radiator is condenser; Compressor, four-way change-over valve and choke valve is also provided with in described air-conditioning system, four mouths of pipe of described four-way change-over valve are corresponding with the import of the high-pressure outlet of compressor, the low pressure inlet of compressor, the outlet of evaporimeter and condenser to be respectively communicated with, the import of described choke valve and the outlet of condenser be communicated with, the outlet of described choke valve and the inlet communication of evaporimeter.
Further, each component of the bedding system of described temperature-controllable is powered by power supply unit, relay is provided with between described compressor and master board, and described four-way change-over valve is arranged between relay and power supply unit, between described compressor and power supply unit, compressor capacitor is set.
Further, described evaporimeter is near an inwall of body structure, and medium storage case and the pump housing are successively away from this inwall.
Further, be also provided with cooling piece in described air-conditioning system, described cooling piece to be arranged between heat dump and radiator and to be bonded together by heat-conducting silicone grease and heat dump and radiator.
Further, except the position of cooling piece, heat insulation foam is filled with between described heat dump and radiator.
Further, each component of the bedding system of described temperature-controllable is powered by power supply unit, and is provided with relay between cooling piece and master board.
Further, described master board is provided with wireless signal receiver, receives the instruction from control panel or remote controller, and according to the temperature detection information that temperature sensor is sent back to, the working condition of the bedding system that control temperature is controlled.
Compared with prior art, the bedding system of temperature-controllable of the present utility model utilizes pipeline to make external agency energy continuation circulate to regulate the temperature of bedding, this temperature adjustment process is a process progressively completed continued, instead of temperature rises sharply or rapid drawdown, be convenient to the change of user adaptation temperature, and the stable of bedding temperature can be kept.Adopt heat dump to realize the heat transfer between two heat transfer path as intermediate medium, what can not only make full use of air-conditioning system heats/refrigeration, and can ensure security appliance.The connection of external agency pipeline adopts dismountable interface, is convenient for changing and safeguards.In a word, adopt the bedding system of temperature-controllable of the present utility model not only easy to use, and routinely keep the temperature of bedding, thus can effectively improve rest quality.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the bedding system of the temperature-controllable that the utility model first embodiment provides.
Fig. 2 be the bedding of the bedding system of temperature-controllable shown in Fig. 1 enlarged diagram.
Fig. 3 is the enlarged diagram of another angle of bedding shown in Fig. 2.
Fig. 4 is the schematic perspective view of the air-conditioning system body structure of the bedding system of temperature-controllable shown in Fig. 1.
Fig. 5 is the schematic diagram of the subelement in the body structure of air-conditioning system shown in Fig. 4.
Fig. 6 is the schematic diagram of another angle of subelement in the body structure of air-conditioning system shown in Fig. 5.
Fig. 7 is the schematic diagram of the shell and tube evaporator in the air-conditioning system body structure of the bedding system of temperature-controllable shown in Fig. 1.
Fig. 8 is the main circuit figure of the bedding system of temperature-controllable shown in Fig. 1.
Fig. 9 is the schematic perspective view of the bedding system of the temperature-controllable that the utility model second embodiment provides.
Figure 10 is the schematic diagram of the blower fan of the air-conditioning system body structure inside of the bedding system of temperature-controllable shown in Fig. 9, condenser and evaporimeter.
Figure 11 is the device supplying external agency to circulate of the air-conditioning system body structure inside of the bedding system of temperature-controllable shown in Fig. 9 and the schematic diagram of other devices.
Figure 12 is the cooling piece of air-conditioning system and the schematic diagram of other devices of the bedding system of temperature-controllable shown in Fig. 9.
Figure 13 is the main circuit figure of the bedding system of the temperature-controllable that the utility model second embodiment provides.
Figure 14 is the schematic diagram of the sleeping bag of the bedding system of the temperature-controllable that another embodiment of the utility model provides.
Detailed description of the invention
In order to make technical problem to be solved in the utility model, technical scheme and beneficial effect clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
The bedding system of temperature-controllable of the present utility model is mainly used in the place such as bedroom, camping, certainly also can according to circumstances for other occasions.Please refer to Fig. 1, the bedding system of the temperature-controllable that the utility model first embodiment provides comprises air-conditioning system 100, external agency pipeline 200 and bedding 300.These bedding 300 are such as mattress or pillow.Bedding 300 serial connection is communicated to air-conditioning system 100 by external agency pipeline 200, the external agency in air-conditioning system 100 is made to flow through bedding 300 by external agency pipeline 200, thus carry out heat exchange with bedding 300, bedding 300 are freezed or heats, temperature in regulation bed Bed linens 300, reaches comfortable object.
Referring to Fig. 2 to Fig. 3, bedding 300 are provided with temperature sensor 310, in the present embodiment, temperature sensor 310 comprises multiple sensing point be dispersed on bedding 300, thus the temperature of palm can be detected from multiple position, improve the degree of accuracy of temperature detection.Bedding 300 are provided with control panel 330.In the present embodiment, the sensing point of control panel 330 and temperature sensor 310 is arranged on the same side on bedding 300, but is not limited thereto during concrete enforcement; Control panel 330 is arranged on one jiao of bedding 300, one jiao of such as pillow or the close pillow of mattress one jiao, is convenient to user operation.Bedding 300 are also provided with the external agency passage 370 that the interface 350 that is removably connected with external agency pipeline 200 and the confession external agency that evenly arranges in articles for use 300 in bed flow.In the present embodiment, one end that interface 350 is arranged on corresponding bedding 300 is adjacent with control panel 300 near the position in corner, external agency passage 370 is in being distributed in bedding 300 back-shapedly, and its two ends are corresponding with interface 350 is communicated with, thus external agency passage 370 is communicated with external agency pipeline 200, external agency can flow through bedding 300 and flow back to air-conditioning system 100, moves in circles, and reaches the object of lasting heat exchange.
Please refer to Fig. 4 to Fig. 7, air-conditioning system 100 comprises a body structure (non-label) and remote controller 138.Air-conditioning system 100 is provided with master board 105 and handle 106, air inlet 107, the external agency turnover mouth of pipe 108 (as shown in Figure 4) in orthogonal three side correspondences of body structure.Master board 105 is provided with radio receiver 129 (please refer to Fig. 8), be responsible for specially receive control panel 330 and remote controller 138 amendment order is set.The body structure of air-conditioning system 100 is also provided with the air outlet 133 relative with air inlet 107, inside air inlet 107, is provided with blower fan 115.Link together removably between the external agency turnover mouth of pipe 108 and external agency pipeline 200.
The four-way change-over valve 104, compressor 111, condenser 112, evaporimeter 122 and the choke valve 132 that form interior media closed circuit are set in the casing of air-conditioning system 100.Condenser 112 is positioned at inside air outlet 133.Cold wind enters blower fan 115 from air inlet 107, flows out the casing of air-conditioning system 100 after blowing over condenser 112 from air outlet 133.Evaporimeter 122 is such as shell and tube evaporator (as shown in Figure 7), and is arranged in evaporator shell 113.Four mouths of pipe of four-way change-over valve 104 are corresponding with the import of the high-pressure outlet of compressor 111, the low pressure inlet of compressor 111, the outlet of evaporimeter 122 and condenser 112 to be respectively communicated with.The import of choke valve and the outlet of condenser 112, the outlet of choke valve 132 and the inlet communication of evaporimeter 122.The heat-conducting medium (hereinafter referred to as " interior media ") of air-conditioning system 100 inside moves in circles in interior media closed circuit, and air-conditioning system 100 works in refrigerating state according to the switch conditions of four-way change-over valve 104 magnetic valve or heats state.
The cabinet wall of air-conditioning system 100 is provided with the interface 109,110 passing in and out the mouth of pipe 108 corresponding matching with external agency, is also provided with pipeline and is connected in series and the medium storage case 114 be communicated with, the pump housing 116 and shell and tube evaporator 122.In the present embodiment, evaporimeter 122 is near the inwall arranging interface 109,110, and medium storage case 114 and the pump housing 116 are successively away from the inwall arranging mouthful street 109,110, certainly, the arrangement position of each device can adjust according to actual needs, is not limited to the situation that the present embodiment exemplifies.To be connected in series and the medium storage case 114 be communicated with, the pump housing 116 are communicated with bedding 300 by the external agency pipeline of interface 109,110 with air-conditioning system 110 outside with shell and tube evaporator 122, to form external agency closed circuit for external agency circulation.
Particularly, in outside medium circulating circuit, major part external agency is stored in medium storage case 114, under the effect of the pump housing 116, external agency flows out and flows into the pump housing 116 by storage bin effuser 117 from storage bin 114, then is flowed in evaporimeter 122 by the external agency entrance 119 of pump housing effuser 118 and evaporimeter 122.External agency when evaporator 122 and evaporimeter 122 carry out heat exchange, be heated or cooled, so change the temperature of external agency.External agency after carrying out heat exchange with evaporimeter 122 flows out the casing of air-conditioning system 100 through the external agency outflow conduit 120 of evaporimeter 122, bedding 300 are flowed into through external agency pipeline 200, heat exchange is carried out with bedding 300, change the temperature in bedding 300, make the temperature in bedding 300 reach the temperature of user's setting.Flow back in medium storage case 114 through external agency pipeline 200, interface 109 and pipeline 121 after external agency articles for use 300 outflow from the bed and also continue to move in circles in outside medium circulating circuit, continue to carry out heat exchange with evaporimeter 122 and bedding, reach and the temperature in bedding 300 is continuously and effectively controlled.
Fig. 8 is the main circuit figure of the bedding system of the temperature-controllable of the utility model first embodiment.As can be seen from Figure 8: the control chip 127 of master board 105 is provided with wireless signal receiver 129, the instruction from control panel 330 or remote controller 138 is received by wireless signal receiver 129, and according to the temperature detection information that the temperature sensor 310 be connected electrically is sent back to, control blower fan 115, the pump housing 116 and compressor 111 to work, thus the temperature of regulation bed Bed linens 300.Each component of the bedding system of this temperature-controllable is powered by power supply unit 125, relay 126 is provided with between compressor 111 and master board 105, and four-way change-over valve 104 is arranged between relay 126 and power supply unit 125, arranges compressor capacitor 124 between compressor 111 and power supply unit 125.
Start to control system after equipment energising in use, after startup first to system carry out automatic test example as: whether blower fan 115 rotating speed controlled, whether compressor 111 can start and speed governing, whether control panel 330 and remote controller 138 normally can be connected with master board 105, whether the pump housing 116 can rotate and speed governing etc., if detected that electric elements please check that description or contact professional get rid of exception extremely, then system as normal in all has entered duty.After confirmation system is in normal operating conditions, the temperature parameter required for bedding 300 is set.If external agency temperature is reduced to 15 DEG C, then system extracts the temperature value that on bedding 300, temperature sensor 310 measures.If the temperature that temperature sensor 310 measures is lower than 15 DEG C, then master board 105 controls air-conditioning system 100 and enters heating work pattern; If the temperature that temperature sensor 310 measures is higher than 15 DEG C, master board 105 controls air-conditioning system 100 and enters refrigeration work pattern.Output heating capacity/the refrigerating capacity of air-conditioning system 100 is set by the user the order of magnitude of the difference of temperature value and current measuring tempeature value and determines, and it is larger that the larger air-conditioning system of absolute value 100 exports heating capacity/refrigerating capacity, compressor 111 and blower fan 115 rotating speed larger.If user have selected the option of instant heating/refrigeration, air-conditioning system 100 directly will export maximum heating capacity/refrigerating capacity, and compressor 111 and blower fan 115 full-speed operations, until current measuring tempeature value reaches user's setting value just can reduce power output.User can also select to control the flowing velocity of medium, and general, quiet, super-silent according to oneself needing selection on remote controller 138 or control panel 330.The speed of certain super-silent media flow is the slowest, can not produce noise.
Figure 9 shows that the air-conditioning system body structure of the bedding system of the temperature-controllable that the utility model second embodiment provides.In second embodiment, the external agency pipeline of the bedding system of temperature-controllable and bedding can identical with the external agency pipeline 200 in the first embodiment and bedding 300.The air-conditioning system 400 of the second embodiment comprises a body structure and remote controller 438.Remote controller 438 in second embodiment can be identical with the remote controller in the first embodiment.Air-conditioning system 400 orthogonal three sides correspondence of body structure be provided with master board 405 and handle 406, air inlet 407 and with corresponding air outlet 433 of arranging in pairs or groups, blower fan 415 is set inside air inlet 407.Master board 405 is provided with radio receiver 429 (please refer to Figure 13), be responsible for specially receive control panel 330 and remote controller 438 amendment order is set.In the present embodiment, the external agency turnover mouth of pipe 408 (as shown in figure 11) is arranged on the sidewall relative with air inlet 407 of body structure, and and links together removably between external agency pipeline 200.
In a second embodiment, the setting of the external agency closed circuit of the bedding system of temperature-controllable is identical with arranging of the external agency closed circuit in the first embodiment, and the circulating path of the two and endless form are also identical, and this does not repeat.The concrete installation position of each device of certain external agency closed circuit can adjust according to actual needs, only otherwise affect its function, such as, the pump housing 416 in external agency closed circuit is arranged on the position of the sidewall near the external agency turnover mouth of pipe 408.Referring to Fig. 9 to Figure 12, in a second embodiment, air-conditioning system 400 comprises heat dump 436, radiator 435 and cooling piece 437, and heat dump 436 and radiator 435 are bonded in the both sides of cooling piece 437 respectively by heat-conducting silicone grease.Preferably, radiator 435 is the radiator with some fins.During work, evaporimeter 435 and condenser 436 carry out heat exchange with cooling piece 437 respectively, and under the assistance of blower fan 415, the heat in body structure are dispersed into body structure outside effectively from air outlet 433.In addition, all filling with heat insulation foam except the position of cooling piece 437 between heat dump 436 and radiator 435, isolated harmful heat transfer between heat dump 436 and radiator 435.
Figure 13 is the main circuit figure of the bedding system of the temperature-controllable of the utility model second embodiment.As can be seen from Figure 13: the control chip 427 of master board 405 is provided with wireless signal receiver 429, the instruction from control panel 330 or remote controller 438 is received by wireless signal receiver 429, and according to the temperature detection information that the temperature sensor 310 be connected electrically is sent back to, control blower fan 415, the pump housing 416 and cooling piece 437 to work, thus the temperature of regulation bed Bed linens 300.Each component of the bedding system of this temperature-controllable is powered by power supply unit, and is provided with relay between cooling piece 437 and master board 405.
Start to control system after equipment energising in use, first system is detected automatically after startup, whether controlledly such as detect blower fan 415 rotating speed, whether cooling piece 437 can start, whether the control panel 330 on bedding 300 and remote controller 438 normally can be connected with master board 405, whether the pump housing 416 can rotate and speed governing etc., if detected that electric elements please check that description or contact professional get rid of exception extremely, then system as normal in all enters normal operating conditions.After confirmation system is in normal operating conditions, arrange the temperature parameter required for bedding 300, if external agency temperature is reduced to 15 DEG C, so now system extracts the temperature value that on bedding 300, temperature sensor 310 measures.If the temperature that temperature sensor 310 measures is lower than 15 DEG C, so master board 405 controls air-conditioning system 400 and enters heating work pattern; If temperature sensor 310 measures the temperature that obtains higher than 15 DEG C, master board 405 controls air-conditioning system and enters refrigeration work pattern, now the output heating capacity/refrigerating capacity of air-conditioning system 400 is set by the user the order of magnitude of the difference of temperature value and current measuring tempeature value and determines, it is larger that the larger air-conditioning system of absolute value exports refrigerating capacity, and blower fan 15 rotating speed is larger.If user have selected the option heating rapidly/freeze, air-conditioning system directly will export maximum heating capacity/refrigerating capacity, blower fan 15 full-speed operations, until current measuring tempeature value reaches user's setting value just can reduce power output.User can also select to control the flowing velocity of medium, general, quiet, super-silent according to oneself needing selection on remote controller 318 or control panel 330.The speed of certain super-silent media flow is the slowest, can not produce noise.
Bedding system of the present utility model is equally applicable to sleeping bag, only bedding need be replaced by sleeping bag, and other elements can be identical with previous embodiment.Sleeping bag 300a is connected to air-conditioning system 100 by external agency pipeline 200, the external agency in air-conditioning system 100 is made to flow through sleeping bag 300a by external agency pipeline 200, thus carry out heat exchange with sleeping bag 300a, sleeping bag 300a is freezed or heats, regulate the temperature in sleeping bag 300a, reach comfortable object.
Referring to Figure 14, shape, the style of sleeping bag 300a all can be identical with conventional sleeping bag with material, and sleeping bag 300a inside is provided with temperature sensor 310a and control panel 330a.Temperature sensor 310a can be arranged on sleeping bag sidewall, roof, or arranges around sleeping bag 300a, specifically can decide according to the shape of sleeping bag and style, as long as be convenient for measuring the temperature in sleeping bag 300a.It is good that control panel 330a to be arranged in sleeping bag 300a with user-friendly position, and such as control panel 330a is arranged on the end of sleeping bag 300a, or on the pillow be arranged in sleeping bag 300a or mat.Sleeping bag 300a is also provided with the interface 350a be removably connected with external agency the pipeline 200 and external agency passage 370a evenly arranged around sleeping bag 300a.The two ends of external agency passage 370a coordinate with interface 350a, thus external agency passage 370a is communicated with external agency pipeline 200, and external agency can flow through sleeping bag 300a and flow back to air-conditioning system 100, moves in circles.
In sum, in the utility model, after external agency and heat dump carry out heat exchange, flow through the bedding places such as bedding, sleeping bag, couch through external agency closed circuit and carry out heat exchange again with bedding, thus change the temperature in bedding.In the bedding system of this temperature-controllable, utilize the heat transfer path of external agency to converge mutually at heat dump place with the heat transfer path of air-conditioning system itself, and carry out the heat transfer between two paths by heat dump, the final object realizing adjustment bedding temperature.
In the utility model, air-conditioning system 100,400 is not limited to type and installation site, and the inner member layout for air-conditioning system is also not limited to the mode that previous embodiment exemplifies, and noise when using is at below 35DB.Selection for medium can select gas or the liquid of environment-friendly type, and the pipeline in external agency closed circuit is not limited to the flexible pipe of convenient movement, also can select the connected mode that hard also fixing pipeline, flexible pipe and hard pipeline combine.Bedding does not limit to volume, shape, material, pattern and installation method, is best with easy to use.
The bedding system of temperature-controllable of the present utility model at least has the following advantages: 1, the bedding system of temperature-controllable of the present utility model utilizes pipeline to make external agency energy continuation circulate to regulate the temperature of bedding, this temperature adjustment process is a process progressively completed continued, instead of temperature rises sharply or rapid drawdown, be convenient to the change of user adaptation temperature and keep the stable of bedding temperature.2, adopt heat dump to realize the heat transfer between two heat transfer path as intermediate medium, what can not only make full use of air-conditioning system heats/refrigeration, and can ensure security appliance.3, the bedding system of temperature-controllable of the present utility model can also carry out hommization selection by the control panel on bedding or remote controller to multiple parameters such as the temperature of outside media flow speed and bedding, is user-friendly to; 4, control panel is set on bedding, air-conditioning system is provided with the master board of wireless signal receiver and is accompanied with remote controller, user-friendly; 6, the connection of external agency pipeline 200 adopts dismountable interface, is convenient for changing and safeguards.In a word, adopt the bedding system of temperature-controllable of the present utility model not only easy to use, and routinely can keep the stable of bedding temperature, thus comfortable rest environment is provided, ensure sleep quality.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. the bedding system of a temperature-controllable, it is characterized in that: comprise air-conditioning system, heat dump and radiator is provided with in described air-conditioning system, the bedding system of described temperature-controllable is provided with external agency closed circuit, described external agency closed circuit comprises is located at external agency pipeline outside air-conditioning system and bedding, and the medium storage case be located in air-conditioning system and the pump housing, described medium storage case, the pump housing and heat dump are connected in series successively and are connected together, bedding is removably serially connected with heat dump with medium storage case and bedding is connected with heat dump with medium storage case by described external agency pipeline respectively.
2. the bedding system of temperature-controllable according to claim 1, is characterized in that: described bedding is bedding, couch or sleeping bag.
3. the bedding system of temperature-controllable according to claim 2, is characterized in that: described bedding are provided with temperature sensor and control panel, described temperature sensor comprises multiple sensing point be dispersed on bedding; The sensing point of described control panel and temperature sensor is arranged on the same side of bedding.
4. the bed accessory of temperature-controllable according to claim 3, is characterized in that: described bedding are mattress or pillow.
5. the bed accessory of temperature-controllable according to claim 3, it is characterized in that: the external agency passage described bedding being also provided with the interface that is removably connected with external agency pipeline and evenly arranging in articles for use in bed, one end that described interface is arranged on bedding is adjacent with control panel near the position in corner, and described external agency passage is back-shaped and its two ends are corresponding with interface is communicated with;
Described sleeping bag inside is provided with temperature sensor and control panel, and described temperature sensor is arranged on sleeping bag sidewall or roof, or arranges around sleeping bag, and described control panel is arranged on the end of sleeping bag or the pillow be arranged in sleeping bag or mat;
Described sleeping bag is also provided with the interface be removably connected with external agency pipeline and the external agency passage evenly arranged around sleeping bag.
6. the bedding system of the temperature-controllable according to any one of claim 1-5, it is characterized in that: described air-conditioning system comprises body structure and remote controller, air-conditioning system is provided with master board, air inlet and arranges in pairs or groups the air outlet used with air inlet in the side of body structure, be provided with blower fan inside described air inlet.
7. the bedding system of temperature-controllable according to claim 6, is characterized in that: described heat dump is evaporimeter, and described radiator is condenser; Compressor, four-way change-over valve and choke valve is also provided with in described air-conditioning system, four mouths of pipe of described four-way change-over valve are corresponding with the import of the high-pressure outlet of compressor, the low pressure inlet of compressor, the outlet of evaporimeter and condenser to be respectively communicated with, the import of described choke valve and the outlet of condenser be communicated with, the outlet of described choke valve and the inlet communication of evaporimeter; Each component of the bedding system of described temperature-controllable is powered by power supply unit, relay is provided with between described compressor and master board, and described four-way change-over valve is arranged between relay and power supply unit, between described compressor and power supply unit, compressor capacitor is set.
8. the bedding system of temperature-controllable according to claim 6, is characterized in that: described evaporimeter is near an inwall of body structure, and medium storage case and the pump housing are successively away from this inwall.
9. the bedding system of temperature-controllable according to claim 6, is characterized in that: be also provided with cooling piece in described air-conditioning system, and described cooling piece to be arranged between heat dump and radiator and to be bonded together by heat-conducting silicone grease and heat dump and radiator; Each component of the bedding system of described temperature-controllable is powered by power supply unit, and is provided with relay between cooling piece and master board; Except the position of cooling piece, heat insulation foam is filled with between described heat dump and radiator.
10. the bedding system of temperature-controllable according to claim 6, it is characterized in that: described master board is provided with wireless signal receiver, receive the instruction from control panel or remote controller, and according to the temperature detection information that temperature sensor is sent back to, the working condition of the bedding system that control temperature is controlled.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104359170A (en) * | 2014-09-22 | 2015-02-18 | 齐贸屋贸易（深圳）有限公司 | Temperature controllable bedding system |
| CN111692682A (en) * | 2020-06-09 | 2020-09-22 | 广东美的制冷设备有限公司 | Air conditioner heat exchange pad system |
| CN111700431A (en) * | 2020-06-09 | 2020-09-25 | 广东美的制冷设备有限公司 | Temperature adjusting system and control method thereof |
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2014
- 2014-09-22 CN CN201420546597.5U patent/CN204254796U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104359170A (en) * | 2014-09-22 | 2015-02-18 | 齐贸屋贸易（深圳）有限公司 | Temperature controllable bedding system |
| CN111692682A (en) * | 2020-06-09 | 2020-09-22 | 广东美的制冷设备有限公司 | Air conditioner heat exchange pad system |
| CN111700431A (en) * | 2020-06-09 | 2020-09-25 | 广东美的制冷设备有限公司 | Temperature adjusting system and control method thereof |
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Address after: Henggang Street Community Fu Keng Lu Longgang Anliang District of Shenzhen City, Guangdong province 518115 172 building C No. 102, 103 Patentee after: Kai Hua Trading (Shenzhen) Co., Ltd. Address before: Henggang Street Community Fu Keng Lu Longgang Anliang District of Shenzhen City, Guangdong province 518115 172 building C No. 102, 103 Patentee before: COMMERCE AND SOURCING HOUSE (SHENZHEN) CO., LTD. |
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Effective date of registration: 20210125 Address after: 518000 room 402, building B5, 28 oilfield Road, Anliang community, Yuanshan street, Longgang District, Shenzhen City, Guangdong Province Patentee after: RIMEDYNE REFRIGERATION SYSTEM (SHENZHEN) Co.,Ltd. Address before: 518115 102, 103, building C, 172 fukeng Road, Anliang community, Henggang street, Longgang District, Shenzhen City, Guangdong Province Patentee before: Kai Hua Trading (Shenzhen) Co.,Ltd. |