Ozone water mixing device and cleaning equipment with same

Abstract

The invention discloses an ozone water mixing device and cleaning equipment with the same. The mixing device comprises a base, a gas diffusion plate, a main body, a runner body and an upper cover; wherein the main body comprises an upper part and a lower part and is provided with a through hole for communicating the upper part and the lower part; a sealed cavity is formed between the lower portionof the body and the base in a matched mode, wherein the gas diffusion plate is arranged in the cavity and divides the cavity into a gas diffusion cavity located on the lower portion and a first mixing cavity located on the upper portion. A gas inlet communicated with the gas diffusion cavity is formed in the base. A water inlet communicated with the first mixing cavity is formed in the main body.A sealed second mixing part is formed between the upper part of the main body and the upper cover in a matching manner, a spiral flow channel is formed in the second mixing part and comprises an inflow part and an outflow part. A through hole is communicated with the inflow part. A second mixing part is provided with a water outlet communicated with the outflow part. The mixing device is simple in structure, the concentration of generated ozone water is high, and articles can be better cleaned and disinfected.

Description

technical field [0001] The invention relates to the technical field of cleaning equipment, in particular to an ozone water mixing device and cleaning equipment with the mixing device. Background technique [0002] With the continuous development of society, human beings have increasingly urgent requirements for hygiene, environment and health. However, the current planting of fruits and vegetables basically uses chemical fertilizers and pesticides to spray on the plants, so that after the fruits and vegetables are ripe, there may still be some toxic organic residues on the surface. If these residues cannot be effectively removed before eating, the edible Afterwards, it will gradually form a chronic accumulation in the human body, which will cause harm to the human body for a long time. All kinds of meat will have a lot of Salmonella bacteria, washing with water will cause the bacteria to splash around, and contamination of the tableware may cause disease. The traditional d...

AI Technical Summary

Problems solved by technology

However, the current planting of fruits and vegetables basically uses chemical fertilizers and pesticides to spray on the plants, so that after the fruits and vegetables are ripe, there may still be some toxic organic residues on the surface. If these residues cannot be effectively removed before eating, the edible Afterwards, it will gradually form a chronic accumulation in the human body, which will cause harm to the human body for a long time

All kinds of meat will have a lot of Salmonella bacteria, washing with water will cause the bacteria to splash around, contaminating the tableware may cause disease

The traditional disinfection method is to use disinfectant, bleach or electrolysis of tap water to produce chlorine gas dissolved in water to produce hypochlorous acid equipment, etc., but this disinfection method will also produce halogenated substances during disinfection, causing secondary pollution; there are also used in the market Ozone disinfection, but using a simple gas blasting stone or jet to dissolve oxygen, ozone is difficult to dissolve in water, the concentration of ozone in water cannot meet the requirements of disinfection, and it will cause a large amount of ozone to volatilize into the air, causing air pollution. The existing disinfection device has a large volume and is troublesome to carry, so there is room for improvement

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