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Cold-hot water mobile phone charging and coal/gas stove semiconductor temperature difference power generation device

A thermoelectric power generation and semiconductor technology, applied in battery circuit devices, circuit devices, electrical components, etc., can solve the problem of insufficient utilization of stove heat, and achieve easy processing to change the direction of heat transmission, simple structure, and low price. Effect

Inactive Publication Date: 2010-05-26
陈绍勇 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Charging mobile phones becomes a problem when they are used in areas without electricity. It is also a very important issue to use household appliances in areas without electricity at home and abroad. In many areas at home and abroad, people are still using the most primitive various stoves. The heat generated by the battery has not been fully utilized; solving the daily electricity consumption in areas without electricity is a top priority and is imminent. This invention will provide "Mobile Phone Cold and Hot Water Charging and Coal / Gas Stove Semiconductor Thermoelectric Power Generation Device", which can generate electricity by using waste heat and water , and low cost, easy to popularize and apply

Method used

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  • Cold-hot water mobile phone charging and coal/gas stove semiconductor temperature difference power generation device
  • Cold-hot water mobile phone charging and coal/gas stove semiconductor temperature difference power generation device
  • Cold-hot water mobile phone charging and coal/gas stove semiconductor temperature difference power generation device

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0064] exist image 3 Middle: (U1) cold water cup, (U1-1) cold water inner wall, (U1-2) cold water cup cavity, (U1-3) cold water cup mouth, (U2) hot water cup, (U2-1) hot water inner wall, (U2-2) hot water cup cavity, (U2-3) hot water cup mouth, (TE) semiconductor cooling plate, (Q1) heating surface, (Q2) cooling surface, (V) power output line, (DC- 0) Current regulator, (DC-1) power connector.

[0065] In the figure: connect a (U1) cold water cup to the (Q1) heating surface of the (TE) semiconductor cooler; connect a (U2) hot water cup to the (Q2) cooling surface of the (TE) semiconductor cooler cup; pour boiling water into (U2) hot water cup, and pour cold water into (U1) cold water cup; the (V) power output line on (TE) semiconductor refrigerating sheet is connected with (DC-0) current regulator and (DC- 1) The power connection base generates current, which constitutes a semiconductor thermoelectric power generation device for charging mobile phones with hot and cold wate...

Embodiment 2

[0067] exist Figure 4 Middle: (TE) semiconductor cooler, (Q1) heating surface, (Q2) cooling surface, (V) power output line, (DC-0) current regulator, (DC-1) power connector, (W) Heat collector, (M) stove, (M1) stove base, (M2) stove grate, (M3) furnace inner wall, (M4) hearth, (M5) stove mouth, (Z) heat source; including briquettes, carbon, firewood or Gas, (H) insulation ring, (L) cold water tank, (L1) water inlet, (L2) tank inner wall, (L3) tank outer wall, (L4) drain valve, (V) power output line, (DC) battery , (DC-1) power connector, (DC-2) appliance connector, (I) charge regulator.

[0068] In the picture: (M) stove is composed of (M2) grate connected to the upper end of (M1) stove base, (M3) furnace inner wall, (M4) furnace, and (M5) stove mouth, and placed in (M4) furnace (Z) heat source; including briquettes, carbon, firewood or gas; in (L) cold water irrigation is made up of (L1) water inlet at the top and (L2) irrigation inner wall and (L3) irrigation outer wall a...

Embodiment 3

[0070] exist Figure 5 Middle: (TE) semiconductor cooler, (Q2) heating surface, (Q1) cooling surface, (V) power output line, (DC-0) current regulator, (DC-1) power connector, (B1) (B2) heat pipe connecting surface, (A1) superconducting heat pipe, (A1-1) condensing section, (A1-2) connecting section, (A1-3) evaporating section, (A2) superconducting heat pipe, (A2-1) Condensation section, (A2-2) connection section, (A2-3) evaporation section, (B1) (B2) heat pipe connection surface, (M) furnace body, (M1) furnace base, (M2) grate, (M3) Inner wall of furnace, (M4) furnace, (M5) stove mouth, (Z) heat source; including briquettes, carbon, firewood or gas, (H) insulation ring, (L) cold water irrigation, (L1) water inlet, (L2) Irrigation inner wall, (L3) Irrigation outer wall, (L4) Drain / supply valve, (L5) Drain valve, (X0) Fan, (V) Power output line, (DC) Battery, (DC-1) Power connector, ( DC-2) Appliance connector, (I) charging regulator, (J) temperature control alarm, (J1) temper...

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Abstract

The invention discloses a cold-hot water mobile phone charging and coal / gas stove semiconductor temperature difference power generation device, which comprises a superconductive heat tube, a semiconductor cooling plate, a heat collector, a storage battery, a current regulator, a power supply connecting seat, a home appliance connecting seat, a charging regulator, a cold water cup, a hot water cup, a stove, a heat source, briquets, carbon, firewood or fuel gas, an insulating ring a cold water tank, a water discharge / supply value, a drainage valve, an electromagnetic valve, a fan, a light emitting diode lamp, a power supply switch and a computer / television. The device of the invention can generate power upon pouring hot water and running water in the two cups respectively to charge the mobile phone and, in the coal / gas stove, uses waste heat to generate power. The device can be placed in any facility cooled by water (or air) to generate power, has obvious waste heat recycling, energy saving and consumption reducing effects, is easy to manufacture, long in service life, reliable, low in cost and convenient to popularize and promote, has energy-saving and emission-reducing social and economic benefits, represents an inevitable development trend at present and in future. Thus, the device has a great significance.

Description

technical field [0001] In the field of home appliances, a semiconductor cold and hot water temperature difference power generation device. Background technique [0002] Charging mobile phones becomes a problem when they are used in areas without electricity. It is also a very important issue to use household appliances in areas without electricity at home and abroad. In many areas at home and abroad, people are still using the most primitive various stoves. The heat generated by the battery has not been fully utilized; solving the daily electricity consumption in areas without electricity is a top priority and is imminent. This invention will provide "Mobile Phone Cold and Hot Water Charging and Coal / Gas Stove Semiconductor Thermoelectric Power Generation Device", which can generate electricity by using waste heat and water , and low cost, easy to popularize and apply. Contents of the invention [0003] With the increasing demand for environmental protection and energy co...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H02J7/00H02N11/00
Inventor 陈绍勇丁朝霞
Owner 陈绍勇
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