CN101726144A - Portable folding refrigerator for power generation through temperature difference between cold/hot cup and heat pipe semiconductor - Google Patents
Portable folding refrigerator for power generation through temperature difference between cold/hot cup and heat pipe semiconductor Download PDFInfo
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- CN101726144A CN101726144A CN200810171329A CN200810171329A CN101726144A CN 101726144 A CN101726144 A CN 101726144A CN 200810171329 A CN200810171329 A CN 200810171329A CN 200810171329 A CN200810171329 A CN 200810171329A CN 101726144 A CN101726144 A CN 101726144A
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Abstract
The invention discloses a portable folding refrigerator for power generation through temperature difference between a cold/hot cup and a heat pipe semiconductor, which comprises a folding refrigerator body, a semiconductor cooler, a lithium battery, a telescopic water inlet tube, a temperature display controller, a cooling grid, a folding cooling box body, a folding rack, a superconductive heat pipe, a vacuum bottle/cup, a temperature reduction box and an exhaust fan. Current semiconductor cooling refrigerators in the market are a fixed box type, are inconvenient to carry and high in electricity consumption and cannot be used in areas without electricity. The portable folding refrigerator has the following advantages: 1, the refrigerator can be used without electricity; 2, renewable energy sources for power generation through thermoelectric effect can be utilized; 3, the refrigerator is portable; and 4, the refrigerator saves electricity, the refrigerator body is variable along with the dimension of drinks put into the refrigerator body, and the portable folding refrigerator is in particular applied to the areas without electricity and outworkers and suitable for diabetics to carry injection medicaments and has energy-saving and pollution-free social and economic benefits.
Description
Technical field
Field of household appliances " conductor refrigeration refrigerator ".
Background technology
At present conductor refrigeration mini-bar on the market is fixing box, is not easy to carry, power consumption is big, and can not uses at areas without electricity, the invention provides a kind of " the portable folding refrigerator of cold/hot water cup-heat pipe semiconductor thermo-electric generation " for this reason.
Summary of the invention
The technical solution adopted for the present invention to solve the technical problems;
The present invention will utilize the device in the patented technology of having applied for, constitute [the portable folding refrigerator of cold/hot water cup-heat pipe semiconductor thermo-electric generation] of the present invention as " mobile phone hot and cold water charging and coal/gas range semiconductor thermo-electric generation apparatus ", " solar shower water heater thermo-electric generation and heat pipe are crossed the hydrothermal system device ", about principle and structure detailed description no longer in the present invention.
Innovative point of the present invention is:
Technology path one: the thermo-electric generation new technology that has adopted the conductor refrigeration sheet to be connected with super heat-conductive pipe.
Technology path two: the Refrigeration Technique that has adopted the conductor refrigeration sheet.
Technology path three: adopted prevailing air and cold/hot water to generate electricity and freeze as the renewable resource of low-temperature receiver and thermal source.
Beneficial effect of the present invention:
The present invention one is can not electricity consumption, the 2nd, can utilize the regenerative resource of altitude temperature difference effect generating, and the 3rd, be easy to carry, the 4th, economize on electricity has energy-conservation, free of contamination society and economy benefit.
Description of drawings
Fig. 1: twofold semiconductor freezer cut-away view; Be called for short (E/TE/E-2S);
Fig. 1-1: the twofold semiconductor freezer decomposes cut-away view
Fig. 1-2: the twofold semiconductor freezer shrinks cut-away view
Fig. 1-3: the twofold semiconductor freezer is opened the slide fastener cut-away view
Fig. 1-4: the twofold semiconductor freezer is opened cut-away view entirely
Fig. 2: the twofold semiconductor freezer is contained the cut-away view of medicine and food; Be called for short (E/TE/E-2S)
Fig. 2-1: the twofold semiconductor freezer is contained the cut-away view of medicine;
Fig. 2-2: the twofold semiconductor freezer is contained laughable cut-away view of irritating;
Fig. 2-3: the cut-away view of the grand Coke bottle of twofold semiconductor freezer;
Fig. 3: the cut-away view of air cooling/hot water-semiconductor list heat pipe thermoelectric generator; Be called for short (M/TEA/P)
Fig. 3-1: the decomposition cut-away view of air cooling/hot water-semiconductor list heat pipe thermoelectric generator
Fig. 3-2: the cut-away view of air cooling-semiconductor list heat pipe thermoelectric generator dress
Fig. 3-3: the cut-away view of air cooling/hot water-semiconductor list heat pipe thermoelectric generator
Fig. 4: the two heat pipe thermoelectric generators of cold water/hot water-semiconductor; Be called for short (A/TE/A-2P)
Fig. 4-1: the cut-away view that the two heat pipe thermoelectric generators of cold water/hot water-semiconductor decompose;
Fig. 4-2: the cut-away view of the two heat pipe thermoelectric generators of semiconductor;
Fig. 4-3: the cut-away view of the two heat pipe thermoelectric generators of cold water/hot water-semiconductor;
Fig. 5: the two heat pipe thermoelectric generators of cold water/hot water-semiconductor connect twofold semiconductor freezer cut-away view;
Fig. 6: exchange-folding/fan semiconductor freezer abbreviation cut-away view.
Among the figure: (E/TE/E-2S) twofold semiconductor freezer, (E) folding refrigerated cabinet, (E1) base plate, (E2) folding sand frame, (E3) import circle, (E4) slide fastener, (E5) top cover, (TE) conductor refrigeration sheet, (TE1) conductor refrigeration sheet, (TE1/A1) huyashi-chuuka (cold chinese-style noodles), (TE/0) semiconductor element, (TE/A2) hot side, (TE2) conductor refrigeration sheet, (TE/B1) huyashi-chuuka (cold chinese-style noodles), (TE/B2) hot side, (DC) battery, (DC/A) battery socket, (DC/B) battery socket, (DC/C) battery socket, (DV) electric main, (DV/DC) AC/DC changeover switch, (DC1) connect electric wire, (DC2) connect electric wire, (DC3) connect electric wire, (DC4) connect electric wire, (I) current regulator, (DCX) lithium battery, (L) flexible water inlet pipe, (L1) the flexible mouth of pipe, (L2) tube connector, (W) display temperature controller, (W1) control circuit board, (W2) temperature sensor, (W3) temperature sensor, (W4) electric wire, (W5) display screen, (W6) alarm, (M) heat radiation grid, (M1) joint face, (M2) fin, (F) folding heat radiation casing, (F1) adapter ring, (F2) circle mouth, (F3) folded box section, (U) underframe, (U1) osculum, (U2) drain plug, (V) folding frame, (V1) go up tabs, (V1-1) go up gim peg, (V1-2) coupling bar, (V2) tabs under, (V2-0) gim peg under, (Q1) special medicament, (Q2) cola, (Q3) big bottle drink, (A) super heat-conductive pipe, (A1) super heat-conductive pipe, (A1-1) condensation segment, (A1-2) linkage section, (A1-3) evaporator section, (A1/1) (A1/2) joint face, (A2) super heat-conductive pipe, (A2-1) condensation segment, (A2-2) linkage section, (A2-3) evaporator section, (P1) vacuum flask/cup, (P1-1) cup chamber, (P1-2) rim of a cup, (P2) vacuum flask/cup, (P2-1) cup chamber, (P2-2) rim of a cup, (M/TEA) air cooling/hot water-semiconductor and hot tube thermoelectric generator, (Y) heat pipe shell, (Y1) shell lower end, (J) adiabatic insulating materials, (Z) lid, (Z1) cold water bowl cover, (Z2) hot water bowl cover, (S2) hot water, (M/TEA/P) air cooling/hot water-semiconductor list heat pipe thermoelectric generator, (A/TE/A-2P) the two heat pipe thermoelectric generators of cold water/hot water-semiconductor, (N) cooling box, (NX) ventilating fan, (E/TE/N-NX) folding/fan semiconductor freezer.
The specific embodiment
Embodiment one:
In Fig. 1～Fig. 2: (E/TE/E-2S) twofold semiconductor freezer, (E) folding refrigerated cabinet, (E1) base plate, (E2) folding sand frame, (E3) import circle, (E4) slide fastener, (E5) top cover, (TE) conductor refrigeration sheet, (TE1) conductor refrigeration sheet, (TE1/A1) huyashi-chuuka (cold chinese-style noodles), (TE/0) semiconductor element, (TE/A2) hot side, (TE2) conductor refrigeration sheet, (TE/B1) huyashi-chuuka (cold chinese-style noodles), (TE/B2) hot side, (DC/A) battery socket, (DC1) connect electric wire, (L) flexible water inlet pipe, (L1) the flexible mouth of pipe, (L2) tube connector, (W) display temperature controller, (W1) control circuit board, (W2) temperature sensor, (W3) temperature sensor, (W4) electric wire, (W5) display screen, (W6) alarm, (M) heat radiation grid, (M1) joint face, (M2) fin, (F) folding heat radiation casing, (F1) adapter ring, (F2) circle mouth, (F3) folded box section, (U) underframe, (U1) osculum, (U2) drain plug, (V) folding frame, (V1) go up tabs, (V1-1) go up gim peg, (V1-2) coupling bar, (V2) tabs under, (V2-0) gim peg under, (Q1) special medicament, (Q2) cola, (Q3) big bottle drink.
In the drawings: (E) folding refrigerated cabinet is made up of (E1) base plate that is connecting in turn, (E2) folding sand frame, (E3) import circle, (E4) slide fastener, (E5) top cover; (E) (E1) base plate of folding refrigerated cabinet connects (TE1/A1) huyashi-chuuka (cold chinese-style noodles) of (TE1) conductor refrigeration sheet and (TE2) (TE/B1) huyashi-chuuka (cold chinese-style noodles) of conductor refrigeration sheet with heat-conducting glue; (TE1) (TE/B2) hot side of (TE/A2) hot side of conductor refrigeration sheet and (TE2) conductor refrigeration sheet is being connected (M1) joint face and (M2) fin of (M) heat radiation grid; Be connected (W1) control circuit board of (W) display temperature controller and (W2) (W3) temperature sensor and (W5) display screen, (W6) alarm of being connected through (W4) electric wire are connected (DC/A) battery socket of electric wire connection and (L) stretch (L1) of water inlet pipe stretch mouth of pipe and (L2) tube connector with (DC1) in the outer ring of (TE) conductor refrigeration sheet and (M) heat radiation grid; Connecting (F1) adapter ring of (F) folding heat radiation casing and (F2) (F3) folded box section of circle mouthful and lower end in the lower end of (M) heat radiation grid; (F3) the folded box section lower end is connecting (U) underframe, (U1) osculum, (U2) drain plug; (M) heat radiation grid are being connected (V) folding frame with the centre of (U) underframe (V1) go up tabs, (V1-1) go up gim peg, (V1-2) coupling bar, (V2) down under tabs, (V2-0) gim peg constituted (E/TE/E-2S) of the present invention twofold semiconductor freezer.
In Fig. 3: (M) heat radiation grid, (M1) joint face, (M2) fin, (TE) conductor refrigeration sheet, (TE1) conductor refrigeration sheet, (TE1/A1) huyashi-chuuka (cold chinese-style noodles), (TE/A2) hot side, (A) super heat-conductive pipe, (A-1) super heat-conductive pipe, (A1-1) condensation segment, (A1-2) linkage section, (A-3) evaporator section, (Z2) hot water bowl cover, (P1) vacuum flask/cup, (P1-1) cup chamber, (P1-2) rim of a cup, (Y) heat pipe shell, (Y1) shell lower end, (J) adiabatic insulating materials, (DC/B) battery socket, (M/TEA/P) air cooling/hot water-semiconductor list heat pipe thermoelectric generator.
In the drawings: (M) (M1) joint face of heat radiation grid connects (TE1/A1) huyashi-chuuka (cold chinese-style noodles) of (TE) conductor refrigeration sheet with heat-conducting glue; (TE) (TE/A2) hot side of conductor refrigeration sheet connects (A1-1) condensation segment of (A-1) super heat-conductive pipe with superconduction glue; (A-1) (A1-2) linkage section of super heat-conductive pipe inserts through (A-3) evaporator section and connects (Z2) hot water bowl cover middle part; Be connected its (Y1) shell lower end of (Y) heat pipe shell in the outside of (A1-1) condensation segment of (TE) conductor refrigeration sheet and (A-1) super heat-conductive pipe and connecting (Z2) hot water bowl cover outer ring; Pouring into (J) adiabatic insulating materials in the space in (Y) heat pipe shell; Extracting power supply cord is connected (DC/B) battery socket outside (Y) heat pipe shell on (TE) conductor refrigeration sheet, has constituted air cooling/hot water of the present invention-semiconductor list heat pipe thermo-electric generation apparatus.
In Fig. 4～Fig. 5: (TE) conductor refrigeration sheet, (TE1) conductor refrigeration sheet, (TE1/A1) huyashi-chuuka (cold chinese-style noodles), (TE/A2) hot side, (A1) super heat-conductive pipe, (A1-1) condensation segment, (A1-2) linkage section, (A1-3) evaporator section, (A1/1) (A1/2) joint face, (A2) super heat-conductive pipe, (A2-1) condensation segment, (A2-2) linkage section, (A2-3) evaporator section, (DC) battery, (DC/C) battery socket, (DC2) connect electric wire, (DC3) connect electric wire, (I) current regulator, (DCX) lithium battery, (A1/1) joint face, (A1/2) joint face, (M/TEA) air cooling/hot water-semiconductor and hot tube thermoelectric generator, (Z) lid, (Z1) cold water bowl cover, (Z2) hot water bowl cover, (S2) hot water, (P1) vacuum flask/cup, (P1-1) cup chamber, (P1-2) rim of a cup, (P2) vacuum flask/cup, (P2-1) cup chamber, (P2-2) rim of a cup, (A/TE/A-2P) the two heat pipe thermoelectric generators of cold water/hot water-semiconductor, (E/TE/E-2S) twofold semiconductor freezer.
In the drawings: (A1) (A1/2) joint face of super heat-conductive pipe (A1-1) condensation segment connects (TE1/A1) huyashi-chuuka (cold chinese-style noodles) of (TE) conductor refrigeration sheet with heat-conducting glue; (TE) (TE1/A2) hot side of conductor refrigeration sheet connects (A2/2) joint face of (A2-1) condensation segment of (A2) super heat-conductive pipe with heat-conducting glue; The periphery of (A2) super heat-conductive pipe that (TE) conductor refrigeration sheet that connects at (A1) super heat-conductive pipe connects is connecting (Y) heat pipe shell and is connecting (DC/C) battery socket that (I) current regulator connects with inner (J) adiabatic insulating materials that is connected, in (Y1) shell lower end; (A1) (A2-3) evaporator section of being connected of (A2-2) linkage section of (A1-3) evaporator section of connecting of (A1-2) linkage section of super heat-conductive pipe and (A2) super heat-conductive pipe inserts connection (Z1) the cold water bowl cover and (Z2) centre of hot water bowl cover respectively; Be connected (P1-2) rim of a cup of (P1) vacuum flask/cup and (P2) (P2-2) rim of a cup of vacuum flask/cup respectively in the lower end of (Z1) cold water bowl cover and (Z2) hot water bowl cover; Lower end at (Y) heat pipe shell is connecting (DCX) lithium battery, in (P1) vacuum flask/cup, pouring into (S1) refrigerating fluid or frozen water, in (P2) vacuum flask/cup, pour into (S2) boiling water, constituting " the two heat pipe thermoelectric generators of cold water/hot water-semiconductor " of the present invention and " twofold semiconductor freezer " device.
In Fig. 6: (DV) electric main, (DV/DC) AC/DC changeover switch, (DC4) connect electric wire, (N) cooling box, (NX) ventilating fan.
In the drawings: (E) folding refrigerated cabinet is made up of (E1) base plate that is connecting in turn, (E2) folding sand frame, (E3) import circle, (E4) slide fastener, (E5) top cover; (E) (E1) base plate of folding refrigerated cabinet connects (TE1/A1) huyashi-chuuka (cold chinese-style noodles) of (TE1) conductor refrigeration sheet and (TE2) (TE/B1) huyashi-chuuka (cold chinese-style noodles) of conductor refrigeration sheet with heat-conducting glue; (TE1) (TE/B2) hot side of (TE/A2) hot side of conductor refrigeration sheet and (TE2) conductor refrigeration sheet is being connected (M1) joint face and (M2) fin of (M) heat radiation grid; Be connected in the outer ring of (TE) conductor refrigeration sheet and (M) heat radiation grid (W1) control circuit board of (W) display temperature controller and (W2) (W3) (W5) display screen, (W6) alarm of being connected with warp (W4) electric wire of temperature sensor be connected (DC/A) battery socket of electric wire connection with (DC1); Connecting in the lower end of (M) heat radiation grid (N) cooling box and (NX) ventilating fan constituted (E/TE/N-NX) of the present invention folding/the fan semiconductor freezer; (DV) (DV/DC) AC/DC changeover switch of electric main connection can insert (DC/B) the interior connection of (DC/C) battery socket device use of the present invention of connection (DC/A) through (DC4) connection electric wire.
Claims (4)
1. the portable folding refrigerator of cold/hot water cup-heat pipe semiconductor thermo-electric generation, comprise that (E) folds refrigerated cabinet, (TE) conductor refrigeration sheet, (DV/DC) AC/DC changeover switch, (I) current regulator, (DCX) lithium battery, (L) flexible water inlet pipe, (W) display temperature controller, (W2) temperature sensor, (W5) display screen, (W6) alarm, (M) heat radiation grid, (F) folding heat radiation casing, (F1) adapter ring, (F3) folded box section, (U) underframe, (U1) osculum, (U2) drain plug, (V) folding frame, (A) super heat-conductive pipe, (A1) super heat-conductive pipe, (P1) vacuum flask/cup, (Y) heat pipe shell, (J) adiabatic insulating materials, (Z) lid, (Z1) cold water bowl cover, (Z2) hot water bowl cover, (S2) hot water, (N) cooling box, (NX) ventilating fan constitutes, and it is characterized in that; (E) folding refrigerated cabinet is made up of (E1) base plate that is connecting in turn, (E2) folding sand frame, (E3) import circle, (E4) slide fastener, (E5) top cover; (E) (E1) base plate of folding refrigerated cabinet (TE/B2) hot side of connecting (TE/A2) hot side of (TE/B1) huyashi-chuuka (cold chinese-style noodles) (TE1) conductor refrigeration sheet of (TE1/A1) huyashi-chuuka (cold chinese-style noodles) of (TE1) conductor refrigeration sheet and (TE2) conductor refrigeration sheet and (TE2) conductor refrigeration sheet with heat-conducting glue is being connected (M) dispel the heat (M1) joint face of grid and (M2) fin; Be connected (W1) control circuit board of (W) display temperature controller and (W2) (W3) temperature sensor and (W5) display screen, (W6) alarm of being connected through (W4) electric wire are connected (DC/A) battery socket of electric wire connection and (L) stretch (L1) of water inlet pipe stretch mouth of pipe and (L2) tube connector with (DC1) in the outer ring of (TE) conductor refrigeration sheet and (M) heat radiation grid; Connecting (F1) adapter ring of (F) folding heat radiation casing and (F2) (F3) folded box section of circle mouthful and lower end in the lower end of (M) heat radiation grid; (F3) the folded box section lower end is connecting (U) underframe, (U1) osculum, (U2) drain plug; (V1) that is being connected (V) folding frame with the centre of (U) underframe at (M) heat radiation grid go up tabs, (V1-1) go up gim peg, (V1-2) coupling bar, (V2) down tabs, (V2-0) down gim peg constituted (E/TE/E-2S) of the present invention and folded semiconductor freezer; (A1) (A1/2) joint face of super heat-conductive pipe (A1-1) condensation segment connects (TE1/A1) huyashi-chuuka (cold chinese-style noodles) of (TE) conductor refrigeration sheet with heat-conducting glue; (TE) (TE1/A2) hot side of conductor refrigeration sheet connects (A2/2) joint face of (A2-1) condensation segment of (A2) super heat-conductive pipe with heat-conducting glue; The periphery of (A2) super heat-conductive pipe that (TE) conductor refrigeration sheet that connects at (A1) super heat-conductive pipe connects is connecting (Y) heat pipe shell and is connecting (DC/C) battery socket that (I) current regulator connects with inner (J) adiabatic insulating materials that is connected, in (Y1) shell lower end; (A1) (A2-3) evaporator section of being connected of (A2-2) linkage section of (A1-3) evaporator section of connecting of (A1-2) linkage section of super heat-conductive pipe and (A2) super heat-conductive pipe inserts connection (Z1) the cold water bowl cover and (Z2) centre of hot water bowl cover respectively; Be connected (P1-2) rim of a cup of (P1) vacuum flask/cup and (P2) (P2-2) rim of a cup of vacuum flask/cup respectively in the lower end of (Z1) cold water bowl cover and (Z2) hot water bowl cover; Lower end at (Y) heat pipe shell is connecting (DCX) lithium battery, is pouring into (S1) refrigerating fluid or frozen water in (P1) vacuum flask/cup, is pouring into (S2) boiling water and constitute in (P2) vacuum flask/cup.
2. the portable folding refrigerator of cold/hot water cup according to claim 1-heat pipe semiconductor thermo-electric generation is characterized in that; (M) (M1) joint face of heat radiation grid connects (TE1/A1) huyashi-chuuka (cold chinese-style noodles) of (TE) conductor refrigeration sheet with heat-conducting glue; (TE) (TE/A2) hot side of conductor refrigeration sheet connects (A1-1) condensation segment of (A-1) super heat-conductive pipe with superconduction glue; (A-1) (A1-2) linkage section of super heat-conductive pipe inserts through (A-3) evaporator section and connects (Z2) hot water bowl cover middle part; Be connected its (Y1) shell lower end of (Y) heat pipe shell in the outside of (A1-1) condensation segment of (TE) conductor refrigeration sheet and (A-1) super heat-conductive pipe and connecting (Z2) hot water bowl cover outer ring; Pouring into (J) adiabatic insulating materials in the space in (Y) heat pipe shell; Extracting power supply cord is connected (DC/B) battery socket outside (Y) heat pipe shell on (TE) conductor refrigeration sheet, has constituted air cooling/hot water of the present invention-semiconductor list heat pipe thermo-electric generation apparatus.
3. the portable folding refrigerator of cold/hot water cup according to claim 1-heat pipe semiconductor thermo-electric generation is characterized in that; (E) folding refrigerated cabinet is made up of (E1) base plate that is connecting in turn, (E2) folding sand frame, (E3) import circle, (E4) slide fastener, (E5) top cover; (E) (E1) base plate of folding refrigerated cabinet connects (TE1/A1) huyashi-chuuka (cold chinese-style noodles) of (TE1) conductor refrigeration sheet and (TE2) (TE/B1) huyashi-chuuka (cold chinese-style noodles) of conductor refrigeration sheet with heat-conducting glue; (TE1) (TE/B2) hot side of (TE/A2) hot side of conductor refrigeration sheet and (TE2) conductor refrigeration sheet is being connected (M1) joint face and (M2) fin of (M) heat radiation grid; Be connected in the outer ring of (TE) conductor refrigeration sheet and (M) heat radiation grid (W1) control circuit board of (W) display temperature controller and (W2) (W3) (W5) display screen, (W6) alarm of being connected with warp (W4) electric wire of temperature sensor be connected (DC/A) battery socket of electric wire connection with (DC1); Connecting in the lower end of (M) heat radiation grid (N) cooling box and (NX) ventilating fan constituted (E/TE/N-NX) of the present invention folding/the fan semiconductor freezer.
4. the portable folding refrigerator of cold/hot water cup according to claim 1-heat pipe semiconductor thermo-electric generation is characterized in that; (DV) (DV/DC) AC/DC changeover switch of electric main connection can insert (DC/B) the interior connection of (DC/C) battery socket device use of the present invention of connection (DC/A) through (DC4) connection electric wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810171329A CN101726144A (en) | 2008-10-11 | 2008-10-11 | Portable folding refrigerator for power generation through temperature difference between cold/hot cup and heat pipe semiconductor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810171329A CN101726144A (en) | 2008-10-11 | 2008-10-11 | Portable folding refrigerator for power generation through temperature difference between cold/hot cup and heat pipe semiconductor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101726144A true CN101726144A (en) | 2010-06-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200810171329A Pending CN101726144A (en) | 2008-10-11 | 2008-10-11 | Portable folding refrigerator for power generation through temperature difference between cold/hot cup and heat pipe semiconductor |
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| CN (1) | CN101726144A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102545712A (en) * | 2010-12-09 | 2012-07-04 | 西安大昱光电科技有限公司 | Portable thermal power generation device |
| CN103415750A (en) * | 2011-02-18 | 2013-11-27 | 佐莱斯公司 | Household system with multiple peltier systems |
| RU2505768C2 (en) * | 2012-02-15 | 2014-01-27 | Андрей Дмитриевич Тен | Condenser |
| CN103561494A (en) * | 2013-11-12 | 2014-02-05 | 顾晓烨 | Heating method with heat stored in electromagnetic induction heating mode and heat released slowly |
-
2008
- 2008-10-11 CN CN200810171329A patent/CN101726144A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102545712A (en) * | 2010-12-09 | 2012-07-04 | 西安大昱光电科技有限公司 | Portable thermal power generation device |
| CN103415750A (en) * | 2011-02-18 | 2013-11-27 | 佐莱斯公司 | Household system with multiple peltier systems |
| RU2505768C2 (en) * | 2012-02-15 | 2014-01-27 | Андрей Дмитриевич Тен | Condenser |
| CN103561494A (en) * | 2013-11-12 | 2014-02-05 | 顾晓烨 | Heating method with heat stored in electromagnetic induction heating mode and heat released slowly |
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