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All-weather vacuum energy pump thermoelectric power generation heating and cooling water taking system device from air

A technology of temperature difference power generation and system devices, which is applied in water supply devices, drinking water devices, climate change adaptation, etc., and can solve the problems that the technology of air water intake is not easy to promote and other issues

Inactive Publication Date: 2013-10-30
陈绍勇 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

(the inventor thinks; the technology of above-mentioned domestic air water intake is not easy to popularize)

Method used

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  • All-weather vacuum energy pump thermoelectric power generation heating and cooling water taking system device from air
  • All-weather vacuum energy pump thermoelectric power generation heating and cooling water taking system device from air
  • All-weather vacuum energy pump thermoelectric power generation heating and cooling water taking system device from air

Examples

Experimental program
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Effect test

Embodiment Construction

[0034] Use a solar vacuum energy pump to gather heat and connect the vacuum energy pump to underground refrigeration, then connect the vacuum energy pump to the semiconductor thermoelectric power generation sheet to generate electricity and breeze power generation, use the vacuum energy pump to generate heat source, and connect the semiconductor refrigeration sheet to generate a cold source. Made into an all-weather air water intake device.

[0035] The J-breeze generator includes the K42-socket connected to the K41-plug connected to the H-power system by the J0-wind blade connected to the JH-generator connected to the K4-breeze generator power connector; (for cloudy or night power generation or 24 / 7 power generation)

[0036] Solar heating and cooling thermoelectric power generation system

[0037] A-solar heat concentrator is connected to B-solar vacuum thermoelectric power generation pump, including BA1-heat source pump connected to BV-thermoelectric generator connected to...

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Abstract

An all-weather vacuum energy pump thermoelectric power generation heating and cooling water taking system device from air comprises a solar collector, a double-pump radiator, a vacuum energy thermoelectric power generation pump, a breeze generator, a semiconductor refrigeration pump, a cold source toothed wet air condenser, a funnel-type water trap, a charging and discharging controller, a VV storage battery and the like. A new idea is provided to solve the worldwide problem that fresh water is deficient and on the verge of depletion. As energy of the device includes all-weather solar energy and wind energy, the solar energy is used when the sun is available, the wind energy is used when the sun is unavailable, raw materials of the device are moisture air, the device is widely applied, can meet requirements of daily life and is particularly suitable for places with poor water quality, water shortage or water transport inconvenience such as mountain sentry posts of disaster areas or troops, border defense, islands, wetlands, other arid and semi-arid areas and the like, particularly, Gobi deserts can be changed into oases, water supply can be realized in severe environments, people can drink safe and clean drinking water anytime and anyplace, and water used in agricultural and pastoral areas can be supplied.

Description

[0001] Technical field: water resources Background technique: [0002] The fresh water content on the earth only accounts for 2.53% of the total global water volume, 68.7% of which belong to solid glaciers, which are distributed in difficult-to-use alpine and polar regions, and part of the fresh water is buried deep underground and difficult to extract. There are 15% desert areas and 70% ocean areas on the earth's surface, among which there are 628 million people living in desert areas, and even more people lack fresh water on islands and coastal areas. The desert area in the world accounts for 50% of the land area, and the desert population accounts for 10% of the world's population. There are extremely rich mineral resources such as diamonds, oil, and natural gas in the desert. However, due to severe water shortage in the desert, it brings great difficulties to residents' life, industrial production, economic development, scientific investigation and military deployment. At...

Claims

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Application Information

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IPC IPC(8): E03B3/28
CPCY02A10/00
Inventor 陈绍勇丁朝霞
Owner 陈绍勇
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