Water evaporation cooling device

Abstract

The invention discloses a water evaporating cooling device, which applies the principles of human bionics to imitate human sweat secretion. The device is a bionic cooing device, which uses no fuel, causes no environmental pollution, and has no impact on the environment temperature. The device is capable of cooling the surface of any physical structure on the earth's surface, and is also applicable to the technical fields of industrial wastewater treatment, and the like. The device is provided with a water-proof physical structure 20, the outer surface 21 of which is covered with an evaporation layer 1 with hydroscopic property; tap water 43 with the flow regulated by a switch 46 overflows through an outlet 45 and is evenly distributed in the evaporation layer 1; in the water evaporation 16 process and water distribution 17 process, water molecules 15 in the evaporation layer 1 continuously distributes the heat absorbed by an evaporation surface 5 and a lamination baffle surface 2 into the environment 6; the heat in the physical structure 20 and the physical structure interior 19 is continuously distributed into the environment 6 through a physical structure exterior surface 21, the lamination baffle surface 2, the evaporation layer 1 and evaporation surface 5, thus reducing the physical structure interior temperature 18 to below the environment temperature 19 and achieving the purpose of bionic cooling.

Description

technical field [0001] The invention relates to the field of heat dissipation and cooling of any physical structure on the earth's surface, especially the field of physical cooling of physical structures such as houses, buildings, vehicles, storage and transportation of materials and articles, awnings, sheds, and umbrellas in summer. Background technique [0002] Air compression technology drives an air compressor through an internal combustion engine or an electric motor to pressurize a closed pipeline. The refrigerant in the pipeline emits heat to the environment during the process of being pressurized from a gaseous state to a liquid state. The refrigerant is decompressed from a liquid state to a liquid state. In the process of gaseous state, heat is absorbed from the environment, and the process of "dissipating heat" and "absorbing heat" is applied to real life, and modern temperature adjustment equipment such as refrigerators and air conditioners are made; air compressio...

AI Technical Summary

Problems solved by technology

[0003] 1. Consuming energy and polluting the environment: Air compression technology depends on fuel supply or power supply, and coal power production depends on coal resources. Coal power production needs to consume water and oxygen, and at the same time, waste heat, smoke, carbon dioxide, and sulfur dioxide will be discharged to the environment , the internal combustion engine needs fuel (such as gasoline, diesel, kerosene, natural gas, vegetable oil, ethanol, etc.) to work. When the internal combustion engine is working, it consumes oxygen and emits waste heat, carbon dioxide, smog, benzopyrene and other substances, which threaten the human living environment

[0004] 2. Generate noise and aggravate changes in ambient temperature: internal combustion engines and air compressors will generate noise due to vibration when they are working, fans will stir the air when they are running to generate noise, and refrigerant will also make noise when flowing in the pipeline. In hot summer, people will Indoor heat is dissipated to the outside. This makes the original hot summer even hotter, resulting in more extreme weather and more areas affected by extreme weather

[0005] 3. It leads to the shortage of electricity consumption in summer, which affects people's normal daily life and is more likely to induce diseases: when the air conditioner is running, it consumes a huge amount of electricity, resulting in a rise in electricity consumption in summer. Due to the shortage of electricity, some industrial electricity consumption will be stopped, and When the weather gets hotter, the electricity consumption of some residents has to be interrupted. On the other hand, when the air conditioner is cooling, it takes away a lot of moisture from the room (in the compartment, in the cabin, in the engine room), and the indoor air becomes very dry. , when the air conditioner fan is running, it is more likely to raise dust, and the doors and windows are closed, the ventilation is not smooth, and the indoor air quality cannot be guaranteed. For comfort, the indoor temperature is lowered, causing the elderly, infirm, and children to catch cold and sick. In order to save money, it is completely closed Doors and windows reduce the leakage of air-conditioning, resulting in no air circulation, hypoxia, carbon dioxide accumulation, air quality becomes worse, and diseases are more likely to be induced

[0006] 4. Lead to hypoxia, poisoning, and life-threatening: Turn on the air conditioner when parking, and the local carbon monoxide concentration will increase. If the airtightness of the car body is not strong, it will easily lead to carbon monoxide poisoning. Oxygen deprivation, increased carbon dioxide concentration and carbon dioxide poisoning lead to tragedy

[0007] 5. High production cost, high use cost, and high maintenance cost: the price of household air conditioners is 1-6 thousand yuan / set, the electricity cost is 0.8-3 hundred yuan / month, the maintenance fee is 0.8-3 hundred yuan / time, and the comprehensive cost of commercial air conditioners will be higher

[0008] 6. Refrigerants such as Freon have a damaging effect on the atmospheric ozone layer, which is not conducive to environmental protection

[0010] In summer, although physical structures such as awnings, parasols, tents, canopies, and carports can block direct sunlight, they cannot avoid the temperature rise inside the physical structure. The interior is like a steamer, especially in the canopy and carport; in the south, due to the high air humidity, the above situation is more prominent

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