Mist generator using wind energy and mist sprayer

Abstract

The invention discloses a mist generator using wind energy and a mist sprayer. The mist generator comprises a mist generator body, a material storage container, an air inlet and outlet passage, a pressurization passage and a fluid passage, wherein the mist generator body is provided with an air inlet and an air outlet; the air inlet and outlet passage communicates with the air inlet and the air outlet; the fluid passage communicates with an inner cavity of the material storage container and the air outlet; the pressurization passage communicates with the air inlet and the inner cavity of the material storage container and is provided with a pressurization part, and a plurality of pressurization holes are formed in the pressurization part; and after air entering the mist generator body fromthe air inlet is distributed, one part of the air enters the inner cavity of the material storage container, and the other part is mixed with materials at the air outlet to form atomized mist. The mist sprayer comprises an air blower and the mist generator, and an air exhaust opening of the air blower is connected with the air inlet of the mist generator. The mist generator is simple in structure, economical, practical, and particularly suitable for the occasions like disinfection and epidemic prevention in an indoor environment, an airplane, a G-series high-speed train, an office and a family.

Description

technical field [0001] The invention relates to the technical field of spray equipment, in particular to a mist generator and a mist machine utilizing wind energy. Background technique [0002] The mist generator is a device that turns liquid medicine or other liquids into mist sprays. The mist machine is widely used in various crops, orchard drug spraying and pest control, as well as sanitation and epidemic prevention and disinfection in public places. However, the misting machines on the existing market are mainly driven by motors and gasoline engines, which drive the liquid medicine pump to extract the liquid medicine from the liquid medicine tank, and then transport it to the nozzle for atomization and spraying through the water inlet hose. Its product is bulky, heavy, and costly, and it is inconvenient to use as an indoor disinfection and epidemic prevention; and the disinfection watering can widely used in indoor disinfection is light, but the working surface of a sing...

AI Technical Summary

Problems solved by technology

Its product is bulky, heavy, and costly, and it is inconvenient to use as an indoor disinfection and epidemic prevention; and the disinfection watering can widely used in indoor disinfection is light, but the working surface of a single spraying is too small, and it needs to be sprayed on a larger working surface. Only by constantly pressing the trigger can the operation be performed, which is inefficient

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