Efficient cleaning device

Abstract

Disclosed is an efficient cleaning device. The efficient cleaning device comprises a cleaning pool, a material cleaning groove, a circulating water treating pool, a connecting pipeline and the like. Gas can be fed into the material cleaning groove to conduct bubble-type washing on materials. Enough purified water is added into the material cleaning groove to spray and flush the materials. The water and sewage penetrate through the material cleaning groove and then are sucked by a water intake formed nearby. Water of the water intake flows into the circulating water treating pool through the pipeline or a water pump and the pipeline. Impurities or sludge or high-concentration sewage can be filtered or discharged from a sewage discharging valve. The purified water obtained after being treated can flow back through the pipeline or be conveyed back to the cleaning pool or the material cleaning groove by the water pump and the pipeline to form recycling of the water. Meanwhile, the materials can be washed under the environment with cleaner water. The circulating water treating pool is independent of the cleaning pool and is provided with a filtering device, a fine filtering layer and the like, water treatment like sediment or filtering or medicine adding or ozone disinfection or sterilization and disinfection can be carried out on the water. The efficient cleaning device is suitable for fixation of materials like fruits and vegetables or continuous cleaning.

Description

Technical field [0001] The invention relates to a device for cleaning materials such as vegetables, fruits, herbs, etc., belonging to the technical field of water treatment and cleaning, and in particular to a high-efficiency cleaning device capable of recycling water and replacement cleaning. Background technique [0002] In the cleaning of materials such as vegetables or fruits in food processing, the bubble cleaning machine is a relatively common cleaning device. The bubble cleaning machine is mainly composed of a cleaning tank, a washing tank, and a gas pipe arranged under the washing tank. The material washing tank is immersed in the cleaning tank, and the gas pipe can send air into the material washing tank, generate bubbles to float up and make the water toss, and wash the vegetables or fruits and other materials (hereinafter referred to as materials) washed in the material washing tank with bubbles. . Bubble washing relies on bubbles to cause water to vibrate and impact...

AI Technical Summary

Problems solved by technology

The problem is that the wastewater on the surface of the cleaning tank overflows and flows into the treatment tank, making the water level of the treatment tank lower than the water level of the cleaning tank, which is also not conducive to the formation of sedimentation space.

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