CN102894719B - Temperature-adjustable cool/warm cushion and sitting and lying product - Google Patents
Temperature-adjustable cool/warm cushion and sitting and lying product Download PDFInfo
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- CN102894719B CN102894719B CN201210134580.4A CN201210134580A CN102894719B CN 102894719 B CN102894719 B CN 102894719B CN 201210134580 A CN201210134580 A CN 201210134580A CN 102894719 B CN102894719 B CN 102894719B
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Abstract
The invention relates to the technical field of cool/warm cushions and discloses a temperature-adjustable cool/warm cushion and a sitting and lying product. The temperature-adjustable cool/warm cushion comprises a cushion with inner channels, a controller, a temperature regulator which can be controlled by the controller to cool or heat a liquid and can make the cooled/heated liquid continually and circularly flow in the inner channels, a housing, and an installation support which can be arranged in the sitting and lying product, wherein the temperature regulator and the controller are arranged in the housing and the housing is arranged on the installation support. The temperature-adjustable cool/warm cushion has the advantages that a temperature can be adjusted; efficiency is high; energy is saved; noise is avoided; carbon is not discharged so that low carbon and environmental protection are realized; through the housing and the installation support, the temperature regulator of the temperature-adjustable cool/warm cushion can be arranged in the external sitting and lying product so that a potential safety hazard such as falling-off is avoided and a space is saved and operation is very convenient; and the controller can integrally control the operation of the temperature regulator so that temperature-adjustment intelligentization is realized.
Description
Technical field
The present invention relates to the technical field of changes in temperature pad, particularly relate to the adjustable changes in temperature pad of temperature and comprise the sitting and lying product of this changes in temperature pad.
Background technology
For a long time, in order to satisfied rest, sleep needs, people adopt various mode to make bed always, the mat of the sitting and lying products such as seat remains in certain temperature range, such as, during winter, then need bed, the sitting and lying products such as seat keep warm effect, during summer, then need bed, the sitting and lying products such as seat keep nice and cool effect, but existing bed, the mat of the sitting and lying products such as seat does not generally have thermoregulator function, like this, people have to increase some attached equipment to realize above-mentioned object, such as, summer summer sleeping mat or cold water bag cooling, winter then heats with electric blanket, or employing high-power electric appliance, as fan, the temperature to environment such as air-conditioning and electric heater regulates, to change the temperature of sitting and lying product mat, although above method can reach the object regulated environment temperature, but exist and carry inconvenience, temperature regulates not intelligent, power consumption is comparatively large so that not environmentally not energy-conservation, and human body is had to the problem of larger side effect.
At present, also there is the changes in temperature pad that some temperature are adjustable on the market, it utilizes the temperature of some thermoregulators to mat to regulate, but and above-mentioned Problems existing can not be solved completely, such as can not solve changes in temperature pad can not the problem of Based Intelligent Control, and the thermoregulator on it can only be external, and cannot be placed in sitting and lying product, like this, easily there is potential safety hazards such as dropping in thermoregulator, and takes up space, also unsightly, can not use with sitting and lying product one, operate and bother very much.
Summary of the invention
The changes in temperature pad that the object of the present invention is to provide temperature adjustable, be intended to solve changes in temperature pad of the prior art can not be built in sitting and lying product so that exist the potential safety hazard such as easily to drop, take up space large, troublesome poeration and not intelligentized problem.
The present invention realizes like this, the changes in temperature pad that temperature is adjustable, comprise the installing rack that inside has the mat of the runner that can circulate for liquid, controller, the thermoregulator that can be controlled described liquid refrigerating/heat also the liquid of cooling/heating can be made constantly to circulate in described runner by described controller, housing and can be placed in sitting and lying product, described thermoregulator and described controller are placed in described housing, and described housing is placed on described installing rack.
Further, described thermoregulator comprises the semiconductor refrigerating/hot device that can be controlled to carry out liquid by described controller cooling/heating, first pump housing and interchanger, described semiconductor refrigerating/hot device two apparent surface forms heat absorbent surface and heat delivery surface respectively, described interchanger is directly attached at the heat absorbent surface of described semiconductor refrigerating/hot device, multiple metal ribs distributed alternately is provided with in it, between multiple described metal ribs, there is the gap that can flow for liquid, described interchanger is provided with the interface being communicated with described gap, described first pump housing is connected on described interface, and the runner be communicated with in described mat.
Further, described mat comprise multilayer sequentially superimposed and through high temperature hot pressing fuse in one PVC material layer, be provided with described runner in PVC material layer described in multilayer.
Further, be provided with multiple support column perpendicular to described PVC material layer in PVC material layer described in multilayer, multiple described support column is connected to PVC material layer described in multilayer, and forms described runner between multiple described support column.
Further, the heat delivery surface of described semiconductor refrigerating/hot device has directly been sticked radiator, described interchanger and described radiator respectively corresponding be welded in described semiconductor refrigerating/hot device heat absorbent surface and heat delivery surface on.
Further, described housing is provided with heat radiation interface, and described heat radiation interface is connected with the heat removal pipeline that may extend to outside sitting and lying product.
Or, the heat delivery surface of described semiconductor refrigerating/hot device has directly been sticked interchanger, interchanger described in two respectively corresponding be welded in described semiconductor refrigerating/hot device heat absorbent surface and heat delivery surface on, the interface being welded in the interchanger on the heat delivery surface of described semiconductor refrigerating/hot device is connected to one by second pump housing and is placed in meson heat sink outside sitting and lying product, is provided with the heat radiation road that can flow for liquid in described meson heat sink.
Present invention also offers sitting and lying product, comprise support body and be placed in the place mat on described support body, also comprise above-mentioned changes in temperature pad, the mat of described changes in temperature pad is placed in described place mat, and described installing rack is placed in described support body.
Further, in described support body, be provided with the cavity that can plug for the activity of described installing rack, be provided with between described cavity both sides and described installing rack and described installing rack can be made to return in described cavity the moving structure of movement.
Further, described moving structure comprises the second Moving-strip of the fixed strip being individually fixed in described cavity both sides, first Moving-strip that can move around on described fixed strip and movement of can returning on described first Moving-strip, and the both sides of described installing rack are connected to described second Moving-strip.
Compared with prior art, the advantage that changes in temperature spacer in the present invention has temperature adjustable, and it is energy-efficient, there is the low-carbon environment-friendly advantage of noiselessness, non-carbon-emitting, the thermoregulator of this changes in temperature pad can be built in outside sitting and lying product by housing and installing rack, thus its can sitting and lying product formation one, potential safety hazards such as dropping can be avoided, and save space, do not change original product outward appearance, operate very convenient, in addition yet, utilize controller to carry out entirety to the running of thermoregulator to control, realize the intellectuality that temperature is adjustable.
Accompanying drawing explanation
Fig. 1 is the exploded perspective schematic diagram of the adjustable changes in temperature pad of temperature that the embodiment of the present invention one provides;
Fig. 2 be the thermoregulator device that provides of the embodiment of the present invention one on housing and installing rack time schematic perspective view;
Fig. 3 is the enlarged diagram at A place in Fig. 1;
Fig. 4 is the schematic perspective view of the heat removal pipeline that the embodiment of the present invention one provides;
Fig. 5 is the exploded perspective schematic diagram of the adjustable changes in temperature pad of temperature that the embodiment of the present invention two provides;
Fig. 6 is the schematic perspective view of the meson duct board that the embodiment of the present invention two provides;
Fig. 7 is the schematic perspective view of the moving structure that the embodiment of the present invention provides;
Fig. 8 is the schematic perspective view one having installed the medical-care bed of changes in temperature pad that the embodiment of the present invention provides;
Fig. 9 is the schematic perspective view two having installed the medical-care bed of changes in temperature pad that the embodiment of the present invention provides;
Figure 10 is the schematic perspective view having installed the Simmons bed of changes in temperature pad that the embodiment of the present invention provides;
Figure 11 is the schematic perspective view one having installed the sofa of changes in temperature pad that the embodiment of the present invention provides;
Figure 12 is the schematic perspective view two having installed the sofa of changes in temperature pad that the embodiment of the present invention provides;
Figure 13 is the schematic perspective view one having installed the driver seat of changes in temperature pad that the embodiment of the present invention provides;
Figure 14 is the schematic perspective view two having installed the driver seat of changes in temperature pad that the embodiment of the present invention provides;
Figure 15 is the schematic perspective view having installed the seat of changes in temperature pad that the embodiment of the present invention provides.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
The invention provides the changes in temperature pad that temperature is adjustable, comprise the installing rack that inside has the mat of the runner that can circulate for liquid, controller, the thermoregulator that can be controlled described liquid refrigerating/heat also the liquid of cooling/heating can be made constantly to circulate in described runner by described controller, housing and can be placed in sitting and lying product, described thermoregulator and described controller are placed in described housing, and described housing is placed on described installing rack.
The thermoregulator of the changes in temperature pad in the present invention is by the control of controller, realize the cooling/heating to mat, realize the intellectuality of temperature adjustment, and thermoregulator can be built in outside sitting and lying product by housing and installing rack, integrated with sitting and lying product, avoid potential safety hazards such as breaking, and save space, operate and also facilitate.
Below in conjunction with concrete accompanying drawing, realization of the present invention is described in detail.
Embodiment one
As shown in figures 1-4, be a preferred embodiment provided by the invention.
The temperature of the changes in temperature pad 1 that the present embodiment provides can regulate, and can be used in the sitting and lying products 2 such as bed, simmons, mattress, sofa, office seating, automotive seat, hospital care bed, health care bed.
Above-mentioned changes in temperature pad 1 comprises mat 11, controller and thermoregulator 12, and thermoregulator 12 is controlled by controller.Be provided with the runner 112 that can circulate for liquid in mat 11, certainly, this runner 112 also forms import and outlet on mat 11, so that the entering or exporting of liquid; Thermoregulator 12 is electrically connected controller, and under the control of the controller, can freeze to liquid or heat, and the liquid freezed or heat be input in the runner 112 of mat 11, and constantly circulate in flowing, to reach the function regulated mat 11 temperature.
In the present embodiment, changes in temperature pad 1 not only has the adjustable advantage of temperature, and it is energy-efficient, when summer, use this changes in temperature pad 1, then do not need to turn on the aircondition, when winter, then do not need out heating installation, and the power consumption of this changes in temperature pad 1 is 1/15th of air-conditioning power consumption, be 1/12nd of heating installation device power consumption; This changes in temperature pad 1 be compressor-free, without cold-producing medium and mechanical acting condition under work, it has the low-carbon environment-friendly advantage of noiselessness, non-carbon-emitting.
In the sitting and lying product 2 that the thermoregulator 12 of this changes in temperature pad 1 can be built-in, thus can avoid external so that the potential safety hazard such as drop, do not occupy space outerpace, can use with sitting and lying product 2 one, operate also very convenient, such as, when moving sitting and lying product 2, it can move with sitting and lying product 2, and does not need to re-start device and debugging.In addition, the whole temperature adjustment process of this changes in temperature pad 1, can be controlled by controller, controller control temperature adjuster 12 pairs of liquid freeze or heat, and the liquid freezed or heat constantly is circulated in the runner 112 of mat 11, thus the Intelligent adjustment realized mat 11 temperature, and can avoid using high-power electric appliance, avoid producing larger side effect to human body.
Inner in order to thermoregulator 12 and controller being built in sitting and lying product 2, changes in temperature pad 1 in the present embodiment also comprises housing 18 and installing rack 17, thermoregulator 12 and controller are placed in housing 18, thus form the structure of a monolithic, housing 18 is placed on installing rack 17, utilize this installing rack 17 and housing 18, then thermoregulator 12 and controller can be built in sitting and lying product 2 together.
Thermoregulator 12 in above-mentioned comprises semiconductor refrigerating/hot device 122, interchanger 123 and first pump housing, semiconductor refrigerating/hot device 122, interchanger 123 and first pump housing are all placed in housing 18, and be all electrically connected controller, controlled to operate by controller.Semiconductor refrigerating/hot device 122 can be connected with direct current, and form heat absorbent surface and heat delivery surface thereon, heat absorbent surface and heat delivery surface are oppositely arranged, certainly, the setting of heat absorbent surface and heat delivery surface is not unique, when galvanic both positive and negative polarity switches, heat absorbent surface and heat delivery surface be corresponding replacing also; Multiple alternate metal ribs is provided with in interchanger 123, the gap that can flow for liquid is formed between metal ribs, and, interchanger 123 is provided with the interface being communicated with interchanger 123 internal clearance, first pump housing is communicated with the runner 112 in the gap of interchanger 123 inside and mat 11 respectively by pipeline, like this, the gap of mat 11 inner flow passage 112, first pump housing and interchanger 123 inside is made to form a circulation, under the effect of first pump housing, liquid can circulate between the gap of the runner 112 of mat 11 and interchanger 123 inside; In the present embodiment, can freeze to the liquid in interchanger 123 in order to improve semiconductor refrigerating/hot device 122 or heat, interchanger 123 is directly sticked on the surface of semiconductor refrigerating/hot device 122, namely on the direct aspectant heat absorbent surface being directly attached to semiconductor refrigerating/hot device 122, certainly, just comparatively speaking, as long as change the both positive and negative polarity of DC current, heat absorbent surface then becomes heat delivery surface to heat absorbent surface.
Because the heat absorbent surface of semiconductor refrigerating/hot device 122 is directly sticked on interchanger 123, greatly can improve its efficiency that liquid in interchanger 123 is freezed or heated, and, under the control of the controller, first pump housing can circulate in the runner 112 of the liquid after refrigeration or heating in mat 11, semiconductor refrigerating in above-mentioned/hot device 122 and first pump housing are all electrically connected controller, operate under the control of the controller.
Thermoregulator 12 in above-mentioned and controller utilize installing rack 17 and housing 18 can be built among sitting and lying product 2, thus solve the external problem outside sitting and lying product 2 of thermoregulator 12 in prior art.
Installing rack 17 in above-mentioned comprises the flat board 172 for placing housing 18 and is placed in the riser 171 of dull and stereotyped 172 one end, flat board 172 and riser 171 are in vertical configuration, housing 18 is directly fixed on dull and stereotyped 172, and interchanger 123, semiconductor refrigerating/hot device 122, first pump housing and controller are all placed in housing 18, when thermoregulator 12 is built in sitting and lying product 2, flat board 172 is the inside being placed in sitting and lying product 2, riser 171 is emerging in outside sitting and lying product 2, like this, can so that extract thermoregulator 12, thermoregulator 12 is namely convenient to release from sitting and lying product 2, also thermoregulator 12 is convenient to be plugged in sitting and lying product 2.
Certainly, when thermoregulator 12 operationally, it can distribute work calories, thus cause the phenomenon that thermoregulator 12 generates heat, particularly semiconductor refrigerating/hot device 122 is in the process of work, heat delivery surface on it can give out a large amount of heats, like this, in the present embodiment, the heat delivery surface of semiconductor refrigerating/hot device 122 has been sticked radiator, like this, semiconductor refrigerating/exchanged device 123 of hot device 122 and radiator are clipped in the middle, namely interchanger 123 is attached on the heat absorbent surface of semiconductor refrigerating/hot device 122, 13, radiator is sticked on the heat delivery surface of semiconductor refrigerating/hot device 122, the composite shape of directly contact is formed between three, this radiator is used for semiconductor refrigerating/hot device 122 to be in the heat sent in the course of work and to come out, improve the cooling/heating efficiency of semiconductor refrigerating/hot device 122.
Interchanger 123 in above-mentioned and radiator are directly sticked respectively on two opposite faces of semiconductor refrigerating/hot device 122, and connect thereon by the mode of welding, thus can not need at semiconductor refrigerating/hot device 122 with between interchanger 123 and semiconductor refrigerating/hot device 122 and the heat-conducting glue adopted between radiator for being connected, thus realize glue-free connection, improve the operating efficiency of this thermoregulator 12.
The above-mentioned radiator for dispelling the heat comprises the plate body 132 that is sticked on semiconductor refrigerating/hot device 122 heat delivery surface with the radiating ribs 131 of multiple projection on plate body 132, multiple radiating ribs 131 alternate layout arranged side by side, thus the surface area of this radiator can be increased greatly, strengthen its heat-sinking capability.
Because the thermoregulator 12 in above-mentioned is built in sitting and lying product 2, like this, for the ease of discharging the heat that whole thermoregulator 12 comes out in the course of the work, housing 18 is provided with thermovent 181, and can connect on this thermovent 181 and establish heat removal pipeline 14, this heat removal pipeline 14 1 end is connected on thermovent 181, and the other end may extend to outside sitting and lying product 2, thus heat sink radiates heat out can be drained into outside sitting and lying product 2.
In the present embodiment, mat 11 is fused by high temperature hot pressing by the PVC material layer of multilayer build-up, and fused after multilayer PVC material layer between there is above-mentioned circulatory flow 112, and the two ends of runner 112 form the import and outlet that are emerging in respectively outside mat 11, this import and outlet respectively can with the pipeline communications in interchanger 123, thus under the effect of first pump housing, the liquid through cooling/heating can circulate in runner 112, realizes the cooling/heating of mat 11.
Multiple support column 111 perpendicular to PVC material layer is provided with in above-mentioned multilayer PVC material, the two ends of this support column 111 are connected to upper strata PVC material layer and lower floor's PVC material layer, it had both played the effect connecting multilayer PVC material layer, multilayer PVC material layer fused formation mat 11 can be convenient to, and between multiple support column 111, define above-mentioned runner 112.In addition, support column 111 is set in multilayer PVC material, also can ensures that mat 11 can not be out of shape in use procedure.
In the present embodiment, the outer shape of support column 111 is prism, and certainly, can be also cylinder or square body etc., concrete shape be determined by actual conditions.
In order to increase the comfort of this changes in temperature pad 1, being convenient to the ventilative of mat 11, in the support column 111 of mat 11, being provided with air-vent.
PVC material in above-mentioned is the material of the strong and good environmental protection of a kind of high temperature resistant, low temperature resistant, wear-resistant, pulling force, its be convenient to supporting, install and safeguard.
Thermoregulator 12 in the present embodiment is also provided with power elements 125 and guidance panel 126 etc., power elements 125 and guidance panel 126 are all electrically connected controller, power elements 125 charges to controller, semiconductor refrigerating/hot device 122 and first pump housing etc., guidance panel 126 can utilize the button on it to operate controller, to control the operation of whole thermoregulator 12.
Embodiment two
The difference of the present embodiment and embodiment one is:
In the present embodiment, the heat delivery surface of semiconductor refrigerating/hot device 122 has also been sticked interchanger 123, that is, two opposite faces of semiconductor refrigerating/hot device 122 have been sticked respectively interchanger 123, both heat absorbent surface and heat delivery surface all arranged all interchangers 123, and be directly interchanger 123 is sticked superincumbent, not namely connected by colloid.Interchanger 123 on heat delivery surface is connected with a meson duct board 15 by second pump housing, the heat radiation road 151 that can flow for liquid is provided with in this meson duct board 15, like this, above-mentioned meson duct board 15 is placed on the outer surface of sitting and lying product 2, thus the heat that semiconductor refrigerating/hot device 122 course of work comes out can be reached outside, avoid heat accumulation inner at sitting and lying product 2.
Present invention also offers sitting and lying product 2, as shown in Fig. 7 ~ 15, this sitting and lying product 2 can be various bed, mattress, simmons, sofa, seat cushion, seat, medical-care bed and health care bed etc., in a word, as long as all belong to the scope of this sitting and lying product 2 for the product sat or crouch.
As shown in Fig. 8 ~ 9, be the schematic perspective view that changes in temperature pad 1 is used in medical-care bed, this medical-care bed can improve the Hospital environment of patient greatly, and the medical treatment cost that also can reduce hospital is paid; As shown in Figure 10, for changes in temperature pad 1 is used in the schematic perspective view of Simmons bed, the temperature of this Simmons bed can Intelligent adjustment, meets user and to sleep the needs of having a rest; As shown in Figure 11 ~ 12, be the schematic perspective view that changes in temperature pad 1 is used in sofa, as shown in Figure 13 ~ 14, changes in temperature pad 1 is used in driver seat, and it can improve the ride quality of driver and passenger greatly, also reduces traffic accident probability of happening; As shown in figure 15, the schematic perspective view in seat is used in for changes in temperature pad 1.Be the multiple utilization example of changes in temperature in above-mentioned, certainly, this changes in temperature pad 1 can also be used in all for sitting or sleeping products.
Sitting and lying product 2 in above-mentioned comprises support body 21 and is placed on the place mat 22 on support body 21, and when sitting and lying product 2 is by use, support body 21 is for supporting, and 22, place mat directly directly contacts with extraneous user.Certainly, when mat 11 is placed in place mat 22, mutually bonds fixing by colloid and place mat 22, thus sitting and lying product 2 can be avoided in use procedure, the phenomenon that mat 11 is shifted in place mat 22 occurs.
In order to make sitting and lying product 2, also there is the adjustable effect of temperature, this sitting and lying product 2 includes the changes in temperature pad 1 in above-described embodiment, the mat 11 of this changes in temperature pad 1 is closed in the place mat 22 of sitting and lying product 2, and the thermoregulator on it 12 is built in the support body 21 of sitting and lying product 2.Like this, by regulating the variations in temperature of mat 11, the temperature of the place mat 22 of sitting and lying product 2 can be made also to change, thus the various temperature requirements of people can be met, such as, be example with bed, during summer, the temperature of mat 11 can be turned down, thus the temperature of the place mat 22 on bed is also reduced, thus people lies on place mat 22, then do not need to open air-conditioning, then can feel nice and cool; And during winter, then can the corresponding temperature by mat 11 heighten, thus the temperature of the place mat 22 on bed is also raised, people lies on this place mat 22, also electric heater is not needed, and for the acceptance level of different people temperature to external world, user completely can mat 11 temperature of adjustment of cold/warm pad 1 of intelligence.
Being combined as a whole completely of changes in temperature pad 1 in above-mentioned and whole sitting and lying product 2, its use and operating process all very simple, be easy to carry, and do not take up space, the outward appearance of whole sitting and lying product 2 can not be affected.
In order to the thermoregulator 12 in above-mentioned is placed in the support body 21 of sitting and lying product 2, be provided with in support body 21 connect outside and for the cavity of laying temperature adjuster 12, certainly, thermoregulator 12 is placed in cavity, sometimes need thermoregulator 12 to extract and carry out safeguarding or in other operations, for the ease of extracting thermoregulator 12, also in order to locate the position of thermoregulator 12 in support body 21, sitting and lying product 2 in the present embodiment is also provided with moving structure 16, this moving structure 16 arranges the both sides of support body 21 cavity respectively, it can be connected with the both sides of thermoregulator 12, and can returning on this moving structure 16 of thermoregulator 12 is mobile, thus realize thermoregulator 12 to plug in the cavities, or the effect extracted from cavity.
Particularly, moving structure 16 comprises the fixed strip 161 be fixedly mounted on cavity two side, first Moving-strip 162 that can move around on fixed strip 161 and can the second Moving-strip 163 of movement on the first Moving-strip 162, this second Moving-strip 163 is connected on the both sides of installing rack 17, thus when the second Moving-strip 163 moves relative to fixed strip 161, then can drive thermoregulator 12 movement in the cavities.
Certainly, can move relative to fixed strip 161 to make the first Moving-strip 162, and the second Moving-strip 163 can move relative to the first Moving-strip 162, rail structure is respectively equipped with between the first Moving-strip 162 and fixed strip 161 and between the second Moving-strip 163 and the first Moving-strip 162, under the effect of this rail structure, the second Moving-strip 163 moving around relative to fixed strip 161 can be made.
Particularly, the structures such as rail structure ball, concrete arrange actual conditions and determining.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (7)
1. the changes in temperature pad that temperature is adjustable, it is characterized in that, comprise the installing rack that inside has the mat of the runner that can circulate for liquid, controller, the thermoregulator that can be controlled described liquid refrigerating/heat also the liquid of cooling/heating can be made constantly to circulate in described runner by described controller, housing and can be placed in sitting and lying product, described thermoregulator and described controller are placed in described housing, and described housing is placed on described installing rack, described thermoregulator comprises the semiconductor refrigerating/hot device that can be controlled to carry out liquid by described controller cooling/heating, first pump housing and interchanger, described semiconductor refrigerating/hot device two apparent surface forms heat absorbent surface and heat delivery surface respectively, described interchanger is directly attached at the heat absorbent surface of described semiconductor refrigerating/hot device, multiple metal ribs distributed alternately is provided with in it, between multiple described metal ribs, there is the gap that can flow for liquid, described interchanger is provided with the interface being communicated with described gap, described first pump housing is connected on described interface, and the runner be communicated with in described mat, described mat comprise multilayer sequentially superimposed and through high temperature hot pressing fuse in one PVC material layer, multiple support column perpendicular to described PVC material layer is provided with in PVC material layer described in multilayer, multiple described support column is connected to PVC material layer described in multilayer, and form described runner between multiple described support column, be provided with air-vent in described support column.
2. the changes in temperature pad that temperature as claimed in claim 1 is adjustable, it is characterized in that, the heat delivery surface of described semiconductor refrigerating/hot device has directly been sticked radiator, described interchanger and described radiator respectively corresponding be welded in described semiconductor refrigerating/hot device heat absorbent surface and heat delivery surface on.
3. the changes in temperature pad that temperature as claimed in claim 2 is adjustable, it is characterized in that, described housing is provided with heat radiation interface, and described heat radiation interface is connected with the heat removal pipeline that may extend to outside sitting and lying product.
4. the changes in temperature pad that temperature as claimed in claim 1 is adjustable, it is characterized in that, the heat delivery surface of described semiconductor refrigerating/hot device has directly been sticked interchanger, interchanger described in two respectively corresponding be welded in described semiconductor refrigerating/hot device heat absorbent surface and heat delivery surface on, the interface being welded in the interchanger on the heat delivery surface of described semiconductor refrigerating/hot device is connected to one by second pump housing and is placed in meson heat sink outside sitting and lying product, is provided with the heat radiation road that can flow for liquid in described meson heat sink.
5. sitting and lying product, comprises support body and is placed in the place mat on described support body, it is characterized in that, also comprises the changes in temperature pad described in any one of Claims 1 to 4, and the mat of described changes in temperature pad is placed in described place mat, and described installing rack is placed in described support body.
6. sitting and lying product as claimed in claim 5, it is characterized in that, be provided with the cavity that can plug for the activity of described installing rack in described support body, be provided with between described cavity both sides and described installing rack and described installing rack can be made to return in described cavity the moving structure of movement.
7. sitting and lying product as claimed in claim 6, it is characterized in that, described moving structure comprises the second Moving-strip of the fixed strip being individually fixed in described cavity both sides, first Moving-strip that can move around on described fixed strip and movement of can returning on described first Moving-strip, and the both sides of described installing rack are connected to described second Moving-strip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210134580.4A CN102894719B (en) | 2012-05-03 | 2012-05-03 | Temperature-adjustable cool/warm cushion and sitting and lying product |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210134580.4A CN102894719B (en) | 2012-05-03 | 2012-05-03 | Temperature-adjustable cool/warm cushion and sitting and lying product |
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| Publication Number | Publication Date |
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| CN102894719A CN102894719A (en) | 2013-01-30 |
| CN102894719B true CN102894719B (en) | 2015-04-22 |
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| CN201210134580.4A Expired - Fee Related CN102894719B (en) | 2012-05-03 | 2012-05-03 | Temperature-adjustable cool/warm cushion and sitting and lying product |
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| CN103335489B (en) * | 2013-07-08 | 2016-04-20 | 林文浩 | Local temperature adjustment device and application thereof |
| CR20160356A (en) * | 2014-01-13 | 2016-12-16 | Bedgear Llc | ENVIRONMENT BED THAT HAS A HEAT RECOVERY SYSTEM |
| CN104359171A (en) * | 2014-09-22 | 2015-02-18 | 齐贸屋贸易（深圳）有限公司 | Automatic temperature control palm pad |
| CN104359170A (en) * | 2014-09-22 | 2015-02-18 | 齐贸屋贸易（深圳）有限公司 | Temperature controllable bedding system |
| CN107660932B (en) * | 2017-09-30 | 2021-07-23 | 吴标 | 3D (three-dimensional) mattress and hardness adjusting method thereof |
| CN110353877A (en) * | 2019-06-21 | 2019-10-22 | 齐力制冷系统(深圳)有限公司 | A kind of body temperature lowering equipment |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2706067Y (en) * | 2004-03-16 | 2005-06-29 | 程勇 | Cold warm oxygen bar mattress |
| CN2729564Y (en) * | 2004-10-09 | 2005-09-28 | 邢诒存 | Air conditioner by difference in temp. |
| CN201468643U (en) * | 2009-06-23 | 2010-05-19 | 陶子中 | Cold-warm cushion liquid-vapor exchange interface |
| CN202112699U (en) * | 2011-07-05 | 2012-01-18 | 唐德芳 | Semiconductor cold and hot water mattress |
| CN202604241U (en) * | 2012-05-03 | 2012-12-19 | 蒋文先 | Adjustable-temperature cold-warm cushion and seating-lying product |
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| Publication number | Publication date |
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| CN102894719A (en) | 2013-01-30 |
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Effective date of registration: 20151105 Address after: Futian District Yuanling village Shenzhen city Guangdong province 518000 64 402 Patentee after: Wang Ji Address before: Futian District Yuanling village Shenzhen city Guangdong province 518028 64 402 Patentee before: Jiang Wenxian |
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