Refrigerator-type cold/warm air conditioning-power generating and showering multifunctional system device

A system device, refrigerator technology, applied in household refrigeration devices, generators/motors, refrigerators, etc., can solve the problems of price impact, high price of domestic refrigerators, etc.

CN101738056AInactive Publication Date: 2010-06-16陈绍勇
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Patent Information

Authority / Receiving Office
CN · China
Current Assignee / Owner
Publication Date
2010-06-16
Estimated Expiration
Not applicable · inactive patent

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Abstract

The invention relates to a refrigerator-type cold / warm air conditioning-power generating and showering multifunctional system device which comprises a refrigerator, a dual cold / warm air conditioner, a thermocouple temperature-difference power generating device, a refrigerator / heat source box dual cover, a storage battery, a warm air / hot water device, a heat source box and a showering device, wherein an evaporator and a condenser in the refrigerator are respectively connected with a thermocouple and a heat pipe so as to carry out temperature-difference power generation, a thermocouple power output plug is sequentially connected with an input power socket and a charge-discharge controller, the storage battery is connected with a power connection plug, the heat source box is connected with an electric heater and a temperature controller, and the water pump is connected with a showering nozzle, the heat source box and the cold / warm air conditioner; the refrigerator-type cold / warm air conditioning-power generating and showering multifunctional system device has multi-purposes; the refrigerator can be used as an air cooler and a warm air blower and used for heating water and showering when being used, and the evaporator and the condenser in the refrigerator can be used for regenerating the power and supplying the power for household appliances; and the refrigerator-type cold / warm air conditioning-power generating and showering multifunctional system device can save the electricity more than 80 percent and has energy-saving and pollution-free social and economic benefits.
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Description

Technical field

[0001] Household appliances (multi-purpose refrigerator) Background technique:

[0002] The main energy-saving technologies of domestic refrigerators:

[0003] As a durable consumer product, refrigerators account for more than 85% of domestic urban households, and the domestic refrigerator market has annual sales of more than 10 million units. As a long-life intermittent power consumable, refrigerators consume electricity second only to households air conditioning Countries all over the world attach great importance to the energy-saving work of refrigerator products. The United States, the European Union, Japan, etc. have formulated strict requirements for energy consumption levels. The Chinese government also formally implemented the "Electricity Consumption of Household Refrigerators" in November and January 2003. The "Limited Values ​​and Energy Efficiency Grades" standards require manufacturers to reduce the energy consumption of refrigerators. Refrigerator ma...

Examples

Embodiment 1

[0065] in figure 1 Middle: (B1-1) evaporator, (B1-2) evaporator, (B3) condenser, (B4-1) capillary tube, (B4-2) capillary tube, (B7) compressor, (B10) liquid receiver , (B11) Two-position three-way valve, (B12) Dry filter.

[0066] In the picture: (B7) Compressor is connected to (B3) condenser, (B12) filter drier, (B11) two-position three-way valve, (B4-1) capillary and (B1-1) evaporator, ( B4-2) Capillary tube, (B1-2) evaporator, (B10) accumulator, and (B7) compressor form a circuit to form a refrigerator.

[0067] in figure 2 Middle: (A) refrigerator, (A5) freezer, (B1-1) evaporator, (B3) condenser, (C) cold / heating air conditioner, (C1) ventilation grille, (E) fan, (D1) heat pipe, (D1-1) condensation section, (D1-2) adiabatic section, (D1-3) evaporation section, (D2) heat pipe, (D2-1) condensation section, (D2-2) adiabatic section, (D2-3) Evaporation section, (M) thermocouple thermoelectric power generation device, (W) cold suction grid, (J) thermocouple, (J1) cold surface, (...

Embodiment 2

[0074] in Figure 14 Middle: (A) refrigerator, (A5) freezer compartment, (A6) evaporator compartment, (F) refrigerator / heat source box dual-use cover, (W) cold suction grid, (M) thermocouple temperature difference power generation device, ( M0) outer cover, (B1-1) evaporator, (B3) condenser, (C) cooling / heating air conditioner, (C1) ventilation grille, (E) fan, (K) fan power switch, (D1) Heat pipe, (D1-1) condensation section, (D1-2) adiabatic section, (D1-3) evaporation section, (D2) heat pipe, (D2-1) condensation section, (D2-2) adiabatic section, (D2- 3) Evaporation section, (J) thermocouple, (J1) cold side, (J3) power cord, (J2) hot side, (J4) power cord, (J5) thermocouple power output plug, (DC1) input power socket , (DC2) connecting wire, (DCX) battery box, (DCT) charge and discharge controller, (DC) battery, (DC3) connecting wire, (DC4) power output socket, (DC5) connecting plug, (DC6) connecting wire , (DC7) power connection socket, (G) heat source box, (G1-3) power co...

Embodiment 3

[0077] in Figure 15 ~ Figure 16 Middle: (F) Refrigerator / heat source box dual-purpose cover, (G) heat source box, (G1) left side wall, (G1-1) cooling / heating air conditioner power connection socket, (G1-3) power connection plug, (G2) Top of heat source box, (G3) Heat pipe insertion hole, (G4) Heat source cavity, (G5) universal wheel, (H) temperature controller, (H1) temperature sensor, (L) electric heater, (L1) Connector, (00) heat source (water or superconducting liquid), (C) cold / warming air conditioner, (C1) ventilation grille, (E1) fan power cord, (E2) cold / heating air conditioner connection power plug , (K) fan power switch, (E) fan, (D1) heat pipe, (D1-1) condensation section, (D1-2) adiabatic section, (D1-3) evaporation section.

[0078] In the picture: remove the (F) refrigerator / heat source box dual-use cover connected to the top of the (G) heat source box (G2) of the heat source box; connect (G1-) to the top of the (G2) heat source box of the (G) heat source box 1) C...