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Outdoor infrared automatic control LED lamp device for wind power/thermotube-thermocouple power generation

An LED lamp device and LED lamp technology, applied in the direction of lamp circuit layout, lighting device, circuit layout, etc., can solve the problems of insufficient power, abnormal power supply of batteries, high price, etc., and achieve low price, pollution-free social and economic benefits, Easy installation and maintenance

Inactive Publication Date: 2010-06-09
陈绍勇
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Solar photovoltaic cell lamps are mainly promoted on the market. The main problem is the high price. Due to the instability of sunlight, there is a shortcoming of insufficient power in use. Serious defects that cannot supply power normally

Method used

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  • Outdoor infrared automatic control LED lamp device for wind power/thermotube-thermocouple power generation
  • Outdoor infrared automatic control LED lamp device for wind power/thermotube-thermocouple power generation
  • Outdoor infrared automatic control LED lamp device for wind power/thermotube-thermocouple power generation

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0043] exist figure 1 Middle: (A) wind turbine, (B) light pole, (B5) base, (C) LED lamp, (D) automatic switch device, (D1) infrared remote sensor, (DK) switch controller, (D2) Photosensitive controller, (KZ) charge and discharge controller, (DC) storage battery, (E) underground incubator, (RG) heat pipe, (R1) condensing section, (R2) adiabatic section, (R3) evaporating section, (Z1) Ground, (Z2) Underground.

[0044]In the picture: (A) the wind turbine is connected to the (B) light pole and the base of the light pole (B5); the (C) LED lamp is connected to the upper end of the (B) light pole, and the (D) automatic Switching device; (D) automatic switching device is composed of (D1) infrared remote sensor, (DK) switch controller, (D2) photosensitive controller; (Z2) underground at the base of lamp pole (B5) on (Z1) ground Connected to (E) underground incubator; in (E) underground incubator is connected to (KZ) charge-discharge controller and (DC) storage battery; connected to ...

Embodiment 2

[0046] exist figure 2 Middle: (A) wind generator, (A1) blade, (A2) blade shaft, (A3) gearbox, (A4) shell, (A5) generator shaft, (A6) horizontal generator, (A7) output power Wire, (A8) base bolt, (A9) wind vane, (A10) base plate, (A11) bearing, (A12) base connecting sleeve, (B) light pole.

[0047] In the picture: (A2) blade shaft connected in sequence by (A1) blade, (A3) gearbox, (A4) casing, (A5) generator shaft, (A6) horizontal generator, (A7) output power line , (A8) base bolts, (A9) wind direction blades, (A10) base plates, (A11) bearings, (A12) base connecting sleeves constitute (A) wind turbine; (A12) base connecting sleeves are connected to (B) An outdoor LED light device for horizontal wind power generation is formed on the light pole.

Embodiment 3

[0049] exist image 3 Middle: (A) wind turbine, (A1) blade, (A2) blade shaft, (A3) gearbox, (A4) housing, (A5) generator shaft, (A6) vertical generator, (A7) output power Wire, (A8) Base Bolt, (B) Lamp Pole.

[0050] In the figure: including (A2) blade shaft connected sequentially by (A1) blade, (A3) gearbox, (A4) casing, (A5) generator shaft, (A6) vertical generator, (A7) output power supply Line, (A8) base bolts form (A) vertical wind power generator; (A) vertical wind power generator (A4) housing lower end is connected with (B) light pole and constitutes the outdoor LED light device of vertical wind power generation.

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Abstract

An outdoor infrared automatic control LED lamp device for wind power / thermotube-thermocouple power generation is disclosed, which comprises a wind driven generator, a lamp-post, an LED luminaire, an automatic switch device, an infrared remote sensor, a switch controller, a photosensitive, a charge and discharge controller, a storage battery, a load connecting socket, an LED lamp, a uniwafer thermocouple, a serial / parallel three-level thermocouple, a cold grid collecting tank, a thermocouple generating LED luminaire, an underground incubator, a reinforced concrete foundation, a thermotube, a metal honeycomb efficient heat collector and a bug-killing lamp. The invention can operate without electricity, can use wind power and renewable energy sources of temperature effect generation, has advantages of energy saving, no pollution, good economic and social benefits, low price, easy installation and maintenance, and quick popularization. The production and application of low price, eco-friendly and renewable energy source using LED lamps such as street lamp, lawn lamp, bug-killing lamp, yard lamp, signal lamp and indoor lamp can be realized on the existing capacity, technology and knowledge, once the market is opened, the global influence is immeasurable.

Description

technical field [0001] Outdoor wind power generation, thermoelectric power generation LED lamps. Background technique: [0002] Solar photovoltaic cell lamps are mainly promoted on the market. The main problem is the high price. Due to the instability of sunlight, there is a shortcoming of insufficient power in use. A serious defect that does not provide proper power. Invention content: [0003] Now the novel devices of wind power generation and "heat pipe / semiconductor thermoelectric power generation" are attracting the attention of the world. We can use the ground air and underground low temperature or use the waste heat of high-power LED lamps to connect thermocouples to generate electricity, and we can also use wind power to generate electricity for outdoor LED lamps, such as street lamps, lawn lamps, hall lamps, signal lamps and indoor lamps. It is the largest untapped energy source on this planet. Plus, it's clean and recyclable. It is a problem that has been unr...

Claims

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Application Information

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IPC IPC(8): F21S9/04F21V23/00H05B37/00F21Y101/02F21W131/10
CPCY02B20/72Y02B20/40
Inventor 陈绍勇
Owner 陈绍勇
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