CN102494436B - Combination type refrigerating and heating application device - Google Patents
Combination type refrigerating and heating application device Download PDFInfo
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- CN102494436B CN102494436B CN 201110358067 CN201110358067A CN102494436B CN 102494436 B CN102494436 B CN 102494436B CN 201110358067 CN201110358067 CN 201110358067 CN 201110358067 A CN201110358067 A CN 201110358067A CN 102494436 B CN102494436 B CN 102494436B
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Abstract
The invention relates to a combination type refrigerating and heating application device; a refrigerating and heating device with an evaporator, a condenser, a compressor and a throttle mechanism and a refrigerated and heated device with a hollow heat conduction body or a heat conduction layer and a thermal insulation layer are of two independent parts; the two independent parts and a thermal insulation cover can be matched into a whole; a refrigerated cavity body which is in external thermal insulation, a heated cavity body, the evaporator of the refrigerating and heating device and the hollow heat conduction body of the refrigerated device are positioned in the refrigerated cavity body; the condenser of the refrigerating and heating device and the hollow heat conduction body of the heated device are positioned in the heated cavity body; and the purposes of refrigerating, heating and drying by utilizing cold generated by the evaporator in the refrigerated cavity body and heat generated by the condenser in the heated cavity body are achieved. The combination type refrigerating and heating application device disclosed by the invention realizes that one refrigerating and heating device is shared with a plurality of refrigerated and heated devices, solves the problem of being low in application rate of a core part on the certain refrigerating and heating application device, reduces household expenses, and satisfies a plurality of living requirements.
Description
Technical field
The present invention relates to refrigeration, heating combined equipment, be Combined type refrigerating specifically, heat application apparatus.
Background technology
Adopt at present that refrigerant compression or evaporation are freezed, heated, dry technology is very ripe, produced air-conditioning, refrigerator, drying machine etc., facilitated people's life.What family's use at present was more is air-conditioning and refrigerator, but the application of family's reality can also be more, as make drying machine and utilize low-temperature receiver to remove airborne moisture, carry out drying to clothing, shoes, food etc., darkness such as cupboard of giving kitchen easily tide and conventional method are difficult for dry place and carry out the drying processing, make mini air conditioner, carry out temperature control the microenvironment such as in the Warm-keeping tent on sleeping bag or bed, need not open in bed powerful air-conditioning in summer, be conducive to save the energy, the heat heating that utilizes compressed refrigerant to produce etc., it is to have used by comprising compressor that above these install its core, condenser, evaporimeter, the refrigerating and heating combined equipment that throttle mechanism etc. form, but their utilization rates in people's life are extremely low at present, reason is these mini air conditioners of producing at present, drying equipment, every equipment all must have a set of oneself compressor, condenser, evaporimeter, throttle mechanism, and the frequency of individual equipment demand is few or the time period is narrow, compressor, condenser, evaporimeter, throttle mechanisms etc. need not get rusty for a long time, the compressor that repeats to purchase, condenser, evaporimeter, throttle mechanism etc., increase unnecessary expenditures to family, so people can need not just need not, this has affected people's life requirement.
Summary of the invention
The present invention is directed to current home-use serial compression refrigeration heats every, application machine a set of oneself compressor, condenser, evaporimeter, throttle mechanism all must be arranged, and the frequency that separate unit uses is not high or the time period is narrow, people can need not just need not, affected people's the diversified present situation of life requirement, provide a kind of by one include refrigerating and heating combined equipment that compressor, condenser, evaporimeter, throttle mechanism etc. form and Duo Tai catch a cold the shared Combined type refrigerating of heating device, heat application apparatus.
Technical scheme of the present invention is: Combined type refrigerating, heat application apparatus, comprise evaporimeter, condenser, compressor, throttle mechanism, hollow heat carrier or heat-conducting layer, heat-insulation layer, obturator; It is characterized in that: the refrigerating and heating combined equipment with evaporimeter, condenser, compressor, throttle mechanism is two independently parts with the heating device of catching a cold with hollow heat carrier or heat-conducting layer, heat-insulation layer, and these two independently partly can coordinate as a whole with insulation cover.
Refrigerating and heating combined equipment and the heating device of catching a cold coordinate when as a whole, and the junction of evaporimeter or condenser and compressor chamber is through insulation cover, and insulation cover junction sealing therewith contacts, and insulation cover is made by insulation material.
The heating device of catching a cold includes and is subject to one of device for cooling and heating device or both, obturator, be subject to device for cooling, heating device has heat-insulation layer, heat-conducting layer, heat-insulation layer is made by insulation material, the part that heat-conducting layer is obturator, the space structure of heat-insulation layer and heat-conducting layer, shape, size, catch a cold heating device energy and insulation cover are satisfied with in position, refrigerating and heating combined equipment coordinates as a whole, catch a cold heating device and insulation cover, refrigerating and heating combined equipment coordinates when as a whole, heat-insulation layer contacts with the insulation cover sealing, heat-insulation layer, insulation cover and heat-conducting layer form catch a cold cavity or the cavity that is heated of sealing, the evaporimeter of refrigerating and heating combined equipment, condenser lays respectively at the cavity of catching a cold, be heated in cavity, heat-conducting layer is solid or hollow body, for its inner chamber of heat-conducting layer of hollow body communicates with obturator inside.
The heating device of catching a cold includes and is subject to one of device for cooling and heating device or both, obturator, be subject to device for cooling, heating device also can be has heat-insulation layer, the structure of hollow heat carrier, the hollow heat carrier can be heat pipe or heat conduction cavity, heat-insulation layer is made by insulation material, the hollow space of hollow heat carrier communicates with obturator inside, heat-insulation layer, the space structure of hollow heat carrier, shape, size, catch a cold heating device energy and insulation cover are satisfied with in position, refrigerating and heating combined equipment coordinates as a whole, catch a cold heating device and insulation cover, refrigerating and heating combined equipment coordinates when as a whole, heat-insulation layer contacts with the insulation cover sealing catch a cold cavity or the cavity that is heated that forms sealing, be subject to the hollow heat carrier of device for cooling, the evaporimeter of refrigerating and heating combined equipment is positioned at the cavity of catching a cold, the hollow heat carrier of heating device, the condenser of refrigerating and heating combined equipment is positioned at the cavity that is heated, also can communicate with the hollow space of the hollow heat carrier of heating device by the hollow heat carrier of device for cooling.
Condenser, evaporimeter is exposed or be externally connected to heat carrier.
The heating device of catching a cold can have more than one device for cooling or the heating device of being subject to.
The heating device of catching a cold has one or two obturator.
The opening part of hollow heat carrier of heating device of catching a cold is connected to disinfection box, add one of pomander or both.
Catch a cold in cavity, the cavity that is heated heat-conducting medium can be arranged.
Insulation cover can be as a whole or two combine.
Warm-keeping tent on the storing casing that obturator is refrigerator, sleeping bag, bed, the space body of the relative closures such as locker of clothes drying box, shoes drying box, food drying case, cabinet, when utilizing the heat of condenser release, obturator can be water tank etc.
Combined type refrigerating provided by the present invention, to heat the application apparatus operation principle as described below:
Refrigerating and heating combined equipment consisted of compressor, condenser, evaporimeter, throttle mechanism of domestic installation and the Duo Tai heating device of catching a cold, space structure, shape, size and the position of the hollow heat carrier of every the heating device of catching a cold or heat-conducting layer, heat-insulation layer meets with same refrigerating and heating combined equipment and insulation cover the needs that dock that to coordinate be the Combined type refrigerating that can realize certain function, heat application apparatus.During use, refrigerating and heating combined equipment coordinates with the heating device docking of catching a cold, the heat-insulation layer sealing of insulation cover and the heating device of catching a cold contact and forms the cavity of catching a cold that externally is incubated (except obturator), cavity is heated, the evaporimeter of refrigerating and heating combined equipment, be subject to the hollow heat carrier of device for cooling to be positioned at the cavity of catching a cold, the hollow heat carrier of the condenser of refrigerating and heating combined equipment, heating device is positioned at the cavity that is heated; While using heat-conducting layer, the heat-insulation layer sealing of insulation cover and the heating device of catching a cold contact with heat-conducting layer and jointly forms the cavity of catching a cold that externally is incubated (except obturator), cavity is heated, the evaporimeter of refrigerating and heating combined equipment is positioned at the cavity of catching a cold, and the condenser of refrigerating and heating combined equipment is positioned at the cavity that is heated.Refrigerating and heating combined equipment is by the evaporation to refrigerating fluid and condense, and realizes refrigeration, heats, and in the cavity of catching a cold, the cavity that is heated, the heat that the cold-peace condenser that the evaporimeter of refrigerating and heating combined equipment produces produces is passed to hollow heat carrier or heat-conducting layer.
The hollow space of hollow heat carrier communicates with obturator, while using heat-conducting layer, heat-conducting layer is connected with obturator, and be its part, when heat-conducting layer is hollow body, inner chamber communicates with obturator inside, and the heating device of catching a cold is by hollow heat carrier or heat-conducting layer, heat in cold, the cavity that is heated that utilization is caught a cold in cavity, realize refrigeration to obturator inside, heating, dry function.
Advantage of the present invention is:
1. share by core components such as compressor, condenser, evaporimeter, throttle mechanisms, solved core component low problem of utilization rate on a certain cooling and warming application apparatus, reduced the spending of family, met the needs of multiple life.
2. be adapted to different seasons, stagger the time and use the refrigerating and heating combined equipment formed by core components such as compressor, condenser, evaporimeter, throttle mechanisms.Summer is for mini air conditioner, and autumn, winter, spring be for the drying of shoes inside, in particular cases for the drying of clothing, food.Some shoes are to responsive to temperature, pure heat drying, the temperature height shoes can't stand, by being subject to device for cooling, dry and utilize heating device rear directly the sending in footwear of suitably heating to air, can play good desiccation, and not injure shoes.
3. when family's refrigerator during with two refrigerating and heating combined equipments, two are used alternatingly, and can prevent the problem that compressor need not get rusty for a long time, and available one is refrigeration for refrigerator when needed, and another its use does not affect refrigeration and the fresh-keeping function of refrigerator.
4. the dryings such as food, clothing, shoes can share a refrigerating and heating combined equipment and can mutually not pollute.
5. in summer, can be used as mini air conditioner, use in bed sleeping bag or the Warm-keeping tent with temperature control sensor, is its space refrigeration with refrigerating and heating combined equipment, and because space is little, energy consumes low, can avoid using powerful air-conditioning in bed, has saved the energy.
6. convenient, do not take up space, as long as dresser, cabinet, wardrobe, shoe chest etc. are transformed a little, be the cupboard of foodstuff storing, clothes, shoes etc. at ordinary times, while being used in conjunction with refrigerating and heating combined equipment, just become specific drying machine.
The accompanying drawing explanation
The structural representation that Fig. 1 is the heating device embodiment mono-that catches a cold of the present invention;
The structural representation that Fig. 2 is refrigerating and heating combined equipment of the present invention, insulation cover embodiment mono-;
Fig. 3 is in Fig. 1, Fig. 2, catch a cold heating device and schematic diagram after refrigerating and heating combined equipment, insulation cover coordinate;
The structural representation that Fig. 4 is the heating device embodiment bis-that catches a cold of the present invention;
The structural representation that Fig. 5 is refrigerating and heating combined equipment of the present invention, insulation cover embodiment bis-;
Fig. 6 is in Fig. 4, Fig. 5, catch a cold heating device and schematic diagram after refrigerating and heating combined equipment, insulation cover coordinate;
The structural representation that Fig. 7 is the heating device embodiment tri-that catches a cold of the present invention;
The structural representation that Fig. 8 is the heating device embodiment tetra-that catches a cold of the present invention;
The structural representation that Fig. 9 is the heating device embodiment five that catches a cold of the present invention;
The structural representation that Figure 10 is the heating device embodiment six that catches a cold of the present invention;
The structural representation of the embodiment tri-that Figure 11 is insulation cover;
The profile of the embodiment that Figure 12 is heat-conducting layer of the present invention;
A kind of embodiment schematic diagram that changes structure that Figure 13 is Fig. 6.
The structural representation that Figure 14 is the heating device embodiment seven that catches a cold of the present invention;
The structural representation of the embodiment tri-that Figure 15 is refrigerating and heating combined equipment of the present invention, insulation cover;
Figure 16 is in Figure 14, Figure 15, catch a cold heating device and schematic diagram after refrigerating and heating combined equipment, insulation cover coordinate.
In accompanying drawing, 1 obturator, 2 heat-insulation layers, 3 heat pipes, 4 drainpipes, 5 cavitys, the opening of 6 heat pipes, 7 blower fans, 8 supported holes, 9 heat-insulation layers, 10 cavitys, the opening of 11 heat pipes, 12 heat pipes, 13 insulation covers, 14 evaporimeters, 15 condensers, 16 bracing frames, 17 capillaries, 18 refrigerating fluid conduits, 19 handles, 20 compressors, 21 insulation covers, 22 heat-conducting layers, 23 heat-insulation layers, 24 heat-dissipating cavities, 25 air-vents, 26 insulation covers, 27 heat carriers, the opening of 28 heat pipes, 29 heat-conducting layers, 30 disinfection box, 31 add pomander, 32 pipelines, 33 obturators, 34 insulation cover outer rings, 35 insulation cover inner rings, 36 cavitys of catching a cold, 37 cavitys that are heated, 38 housings, 39 openings, 40 drainage interlayers, 41 heat-insulation layers, 42 heat conduction cavitys, the opening of 43 heat conduction cavitys, 44 heat conduction cavitys, 45 heat-insulation layers, the opening of 46 heat conduction cavitys, 47 insulation covers.
Referring to Fig. 1
Heat-insulation layer 2 and heat pipe 3 formations are subject to device for cooling, the cavity 5,10 of hollow and obturator 1 space isolation, heat pipe 3 is placed in cavity 5, heat pipe 12 is placed in cavity 10, an opening 6 of heat pipe 3 communicates with obturator 1 inside, heat-insulation layer 9, heat pipe 12 forms heating devices, the opening 11 of heat pipe 12 communicates with obturator 1 inside, heat pipe 3, heat pipe 12 are connected by blower fan 7, and blower fan 7 impels the circulation of air in heat pipe 3, heat pipe 12.Drainpipe 4 communicates with heat pipe 3 inside, with the air of moisture content, enters after heat pipe 3 after catching a cold and becomes liquid, and pipe flows out thus.Obturator 1 forms with being subject to device for cooling, heating device the heating device of catching a cold, and is one independently whole.
Referring to Fig. 2
Refrigerating and heating combined equipment consists of evaporimeter 14, condenser 15, capillary 17, bracing frame 16, refrigerating fluid conduit 18, compressor 20, handle 19, is an independently integral body, and evaporimeter 14, condenser 15 are all externally exposed, and capillary 17 is throttle mechanism.
Referring to Fig. 3
The heating device of catching a cold coordinates with insulation cover, refrigerating and heating combined equipment when as a whole, a, insulation cover 13 contact and form the cavity 36 of catching a cold with heat-insulation layer 2 sealings, in contact position, externally be incubated, the enclosure space body that the cavity 36 of catching a cold forms for insulation cover 13 and cavity 5, insulation cover 21 contacts and forms the cavity 37 that is heated with heat-insulation layer 9 sealings, externally be incubated the enclosure space body that the cavity 37 that is heated forms for insulation cover 21 and cavity 10 in contact position; B, the heat pipe 3 that is subject to device for cooling, heating device heat pipe 12 lay respectively in catch a cold cavity 36 and the cavity 37 that is heated; C, evaporimeter 14, condenser 15 can be placed in respectively simultaneously catch a cold cavity 36 and the cavity 37 that is heated in; D, bracing frame 16 are placed in supported hole 8, work to support refrigerating and heating combined equipment.
The heating device of catching a cold of Fig. 1 is used for dry, when Fig. 1 and Fig. 2 cooperation, evaporimeter 14, condenser 15 enter respectively cavity 5 and 10, after covering insulation cover 13,21, air in obturator 1 enters heat pipe 3 through the opening 6 of heat pipe, through cooling, moisture in air becomes liquid or solid, and it is dry that air becomes, send into heat pipe 12 by blower fan 7, heated, then sent back in obturator 1 by the opening 11 of heat pipe, make the air in obturator 1 obtain drying.
In Fig. 1, obturator 1 can be the space body that stores clothing, shoes, food of clothes drying box, shoes drying box, food drying case etc.
Catch a cold in cavity 36, the interior elastic metallic yarn of can filling of the cavity 37 that is heated is as heat-conducting medium, accelerate between evaporimeter 14 and heat pipe 3 and hot conduction between condenser 15 and heat pipe 12, when cavity 5, cavity 10 opening upwards are placed, catch a cold in cavity 36, the interior conduction oil of can filling of the cavity 37 that is heated is as heat-conducting medium, to accelerate hot conduction.
Referring to Fig. 4
The heat abstractor, the obturator 1 that are subject to device for cooling and consist of heat-dissipating cavity 24 and air-vent 25 on every side that in the present embodiment, refrigerating and heating combined equipment consists of heat-conducting layer 22, heat-insulation layer 23 form, there is no heating device, heat-conducting layer 22 is connected with obturator 1, and be the part of obturator 1, heat-insulation layer 23 is made by insulation material.
Referring to Fig. 5
In the present embodiment, the structure of refrigerating and heating combined equipment is similar to embodiment mono-, and difference is that insulation cover only has one, is insulation cover 26, there is depression in insulation cover 26, and evaporimeter 14 is arranged in depression, and heat carrier 27 is arranged on evaporimeter 14, for conducting heat, by the elastic metallic screen net structure, made, and outside exposed.
Referring to Fig. 6
The heating device of catching a cold coordinates with insulation cover, refrigerating and heating combined equipment when as a whole, a, insulation cover 26 contact with heat-insulation layer 23 sealings, and externally be incubated in contact position, form the cavity of an enclose inside, for the cavity 36 of catching a cold, evaporimeter 14 is positioned at the part for the cavity of catching a cold of the cavity of catching a cold, heat-conducting layer 22, and heat-conducting layer 22 is connected with obturator 1, and is the part of obturator 1; B, condenser 15 are placed in heat-dissipating cavity 24, and the heat of condenser 15 distributes towards periphery by the air-vent 25 around heat-dissipating cavity 24; C, bracing frame 16 are placed in supported hole 8, work to support refrigerating and heating combined equipment; D, heat carrier 27 contact with evaporimeter 14 with heat-conducting layer 22, accelerate heat exchange between the two.
Form heat abstractor by heat-dissipating cavity 24 and air-vent on every side 25 thereof in Fig. 4 and also can remove, when catch a cold heating device and the refrigerating and heating combined equipment of Fig. 5 of Fig. 4 coordinate docking with insulation cover, the condenser 15 of refrigerating and heating combined equipment vacant in outside.
Referring to Fig. 7
In the present embodiment, catch a cold structure and embodiment mono-structural similarity of heating device, difference is, heating device is replaced by heat abstractor, heat-dissipating cavity 24 and air-vent on every side 25 thereof form heat abstractor, be subject to device for cooling to comprise heat-insulation layer 2 and heat pipe 3, originally be subject to device for cooling to coordinate docking with the refrigerating and heating combined equipment shown in Fig. 2, the formation cavity of catching a cold, the opening 6 of heat pipe 3 and the opening 28 of heat pipe 3, directly with obturator 1, be connected, while coordinating docking to use with insulation cover when the refrigerating and heating combined equipment with shown in Fig. 2, condenser 15 can be placed in 24, and by 25 heat radiations, now in Fig. 2, insulation cover 21 can not wanted.Obturator 1 can be space in sleeping bag and Warm-keeping tent.
The heat abstractor consisted of heat-dissipating cavity 24 and air-vent on every side 25 thereof in Fig. 7 also can remove, when the heating device of catching a cold of Fig. 7 coordinates docking with refrigerating and heating combined equipment in Fig. 2 with insulation cover, the condenser 15 of refrigerating and heating combined equipment vacant in outside, and insulation cover 21 not.
Referring to Fig. 8
In the present embodiment, the heating device of catching a cold comprises that two are subject to device for cooling, obturator 1, two consisted of heat-conducting layer 29, heat-insulation layer 2 respectively by device for cooling, two are subject to device for cooling to share an obturator 1, can dock and be used in conjunction with insulation cover with one or two refrigerating and heating combined equipment as shown in Figure 2 simultaneously.The part that heat-conducting layer 29 is obturator 1, obturator 1 can be storeroom, the fresh-keeping chamber of refrigerator.
In the present embodiment, another kind of using method is, will be subject to device for cooling to make heating device, with two refrigerating and heating combined equipments as shown in Figure 2, with insulation cover, docks and is used in conjunction with simultaneously, and now obturator 1 can be water tank.
In the present embodiment, another is changed to, and changes heat-conducting layer 29 into the heat conduction cavity, and can be positioned at heat-insulation layer 2 and coordinate with refrigerating and heating combined equipment as shown in Figure 2 the cavity of catching a cold formed with insulation cover, and its hollow space communicates with obturator 1 inside.
Forming heat abstractor by heat-dissipating cavity 24 and air-vent on every side 25 thereof also can remove, when the heating device of catching a cold as shown in the figure coordinates docking with insulation cover with the refrigerating and heating combined equipment shown in Fig. 2, the condenser 15 of refrigerating and heating combined equipment vacant in outside, and insulation cover 21 not.
Referring to Fig. 9
In the present embodiment, the heating device structure of catching a cold is similar to Fig. 1, and it can coordinate docking with the refrigerating and heating combined equipment shown in Fig. 2 and insulation cover.Difference is, has disinfection box 30 and the opening 6 of heat pipe 3 to join, and the air entered is played to disinfective action, has to add pomander 31 and join with the opening 11 of heat pipe, and convection current goes out air and plays the perfuming effect.Disinfection box 30, as long as both can be one to add pomander 31.Obturator 1 can be the parking space body of shoe chest, or the parking space body of wardrobe.
Referring to Figure 10
In the present embodiment, the heating device structure of catching a cold is similar to Fig. 1, it can coordinate docking with the refrigerating and heating combined equipment shown in Fig. 2 and insulation cover, difference is, 33 two obturators of obturator 1 and obturator are arranged, the opening 6 of heat pipe 3, the opening 28 of heat pipe 3 communicate with obturator 1, heat pipe 3 forms and is subject to device for cooling with heat-insulation layer 2, heat pipe 12 forms heating device with heat-insulation layer 9, the two ends of heat pipe 12 directly communicate with obturator 33 by pipeline 32, pipeline 32 can be water pipe, and obturator 33 can be used as water tank and uses.
From Fig. 2, Fig. 5, insulation cover 13, insulation cover 21, insulation cover 26 are as a whole.
Referring to Figure 11
Insulation cover can combine by two.Insulation cover outer ring 34 is hard insulating material, and insulation cover inner ring 35 is soft insulation material.During use, insulation cover inner ring 35 is stuck in the junction of evaporimeter 14, condenser 15 and compressor chamber in Fig. 2, and the docking side seal contact of two, become as a whole, can replace insulation cover 13 and insulation cover 21 in Fig. 2.
Referring to Figure 12
In the present embodiment, heat-conducting layer is hollow body, and this heat-conducting layer has housing 38, and housing 38 is made by Heat Conduction Material, is provided with drainage interlayer 40 in housing 38, has opening 39 on housing 38, and the bootable fluid of drainage interlayer 40 is walked along certain route in the heat conduction cavity.When in Fig. 4, Fig. 6, heat-conducting layer 22 adopts this structure, its opening 39 communicates with obturator 1 inside.In Fig. 8, heat-conducting layer 29 also can adopt this structure when it changes the heat conduction cavity into.
Referring to Figure 13
The present embodiment and Fig. 6 difference are, heat-insulation layer 41 contacts with insulation cover 26 sealings the cavity 36 of catching a cold that forms enclose inside, heat conduction cavity 42 is positioned at the cavity 36 of catching a cold, the structure that the structure of heat conduction cavity 42 is the hollow body heat-conducting layer shown in Figure 12, the opening of heat conduction cavity 42 communicates with obturator 1 inside.
Referring to Figure 14
In the present embodiment refrigerating and heating combined equipment include and be subject to device for cooling, be subject to device for cooling, obturator 1, formed by heat conduction cavity 42, heat-insulation layer 41 by device for cooling, heating device consists of heat conduction cavity 44, heat-insulation layer 45, and drainpipe 4 communicates with heat conduction cavity 42 inside, for discharging interior liquid water.
The opening 43 of heat conduction cavity 42, the opening 46 of heat conduction cavity 44 communicate with obturator 1 inside, and the hollow space of heat conduction cavity 42, heat conduction cavity 44 communicates by blower fan 7.The structure of heat conduction cavity 42, heat conduction cavity 44 can be the structure of the hollow body heat-conducting layer shown in Figure 12.
Referring to Figure 15
Structure is similar to Fig. 5, and difference is that insulation cover 47 is arranged, and in its depression, condenser 15 is arranged.
Referring to Figure 16
Catch a cold heating device and insulation cover, refrigerating and heating combined equipment coordinates when as a whole, a, insulation cover 26 contacts with heat-insulation layer 41 sealings, and externally be incubated in contact position, form the cavity of an enclose inside, for the cavity 36 of catching a cold, evaporimeter 14, heat conduction cavity 42 is positioned at the cavity 36 of catching a cold, b, insulation cover 47 contacts with heat-insulation layer 45 sealings, and externally be incubated in contact position, form the cavity of an enclose inside, for the cavity 37 that is heated, condenser 15, heat conduction cavity 44 is positioned at the cavity 37 that is heated, c, bracing frame 16 is placed in supported hole 8, work to support refrigerating and heating combined equipment.
Claims (5)
- Combined type refrigerating, heat application apparatus, comprise evaporimeter, condenser, compressor, throttle mechanism, hollow heat carrier or heat-conducting layer, heat-insulation layer, obturator; Refrigerating and heating combined equipment with evaporimeter, condenser, compressor, throttle mechanism is two independently parts with the heating device of catching a cold with hollow heat carrier or heat-conducting layer, heat-insulation layer, these two independently partly can coordinate as a whole with insulation cover, it is characterized in that: the heating device of catching a cold includes and is subject to one of device for cooling and heating device or both, is subject to device for cooling, heating device to have heat-insulation layer, heat-conducting layer; The part that heat-conducting layer is obturator, the heating device of catching a cold coordinates with insulation cover, refrigerating and heating combined equipment when as a whole, heat-insulation layer contacts with the insulation cover sealing, heat-insulation layer, insulation cover and heat-conducting layer form catch a cold cavity or the cavity that is heated of sealing, the evaporimeter of refrigerating and heating combined equipment, condenser lay respectively at the cavity of catching a cold, in the cavity that is heated, heat-conducting layer is solid or hollow body, for its inner chamber of heat-conducting layer of hollow body communicates with obturator inside.
- 2. Combined type refrigerating according to claim 1, heat application apparatus, it is characterized in that: the heating device of catching a cold includes and is subject to one of device for cooling and heating device or both, be subject to device for cooling, heating device has heat-insulation layer, the hollow heat carrier, the hollow space of hollow heat carrier communicates with obturator inside, catch a cold heating device and insulation cover, refrigerating and heating combined equipment coordinates when as a whole, heat-insulation layer contacts with the insulation cover sealing catch a cold cavity or the cavity that is heated that forms sealing, be subject to the hollow heat carrier of device for cooling, the evaporimeter of refrigerating and heating combined equipment is positioned at the cavity of catching a cold, the hollow heat carrier of heating device, the condenser of refrigerating and heating combined equipment is positioned at the cavity that is heated, communicated with the hollow space of the hollow heat carrier of heating device by the hollow heat carrier of device for cooling.
- According to claim 2 Combined type refrigerating, heat application apparatus, it is characterized in that the opening part of the hollow heat carrier of the described heating device of catching a cold is connected to disinfection box, add one of pomander or both.
- According to the described Combined type refrigerating of claim 1 or 2, heat application apparatus, it is characterized in that, in the described cavity of catching a cold, the cavity that is heated, heat-conducting medium is arranged.
- According to the described Combined type refrigerating of claim 1 or 2, heat application apparatus, it is characterized in that: the heating device of catching a cold includes two and is subject to device for cooling or includes two heating devices.
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| CN 201110358067 CN102494436B (en) | 2011-11-13 | 2011-11-13 | Combination type refrigerating and heating application device |
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| CN 201110358067 CN102494436B (en) | 2011-11-13 | 2011-11-13 | Combination type refrigerating and heating application device |
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| CN201027264Y (en) * | 2007-04-12 | 2008-02-27 | 陈少东 | Clothes cabinet capable of drying clothes with refrigerator |
| JP2009090049A (en) * | 2007-10-12 | 2009-04-30 | Panasonic Corp | Clothes drying apparatus |
| CN202304097U (en) * | 2011-11-13 | 2012-07-04 | 洪明 | Refrigerating, heating and drying device for use in matched way |
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| CN102494436A (en) | 2012-06-13 |
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