Water-circulation fruit and vegetable washing machine and working method thereof

Abstract

A water circulation washing fruit and vegetable machine comprises a water swirl tank and a drain port for stirring and rotating water. The invention uses a motor to drive the water spinner to alternately absorb and discharge the water flow, so that the water forms a medium-strength circulating water flow in the water spin tank, and forms a network-shaped high-speed curved water flow above the water flow changing cover. The present invention also breakthroughly introduces a hollow basket that can be driven by water flow, and a ball track that matches the movable ball is provided on the upper edge of the water swirl; a fulcrum is provided at the geometric center of the bottom of the hollow basket, The fulcrum is movably connected with the water flow change cover; at least two groups of baffles are arranged on the bottom and the whole body of the hollow blue. The fulcrum of the hollow basket is movably connected to the water flow changing cover, and the baffle plate drives the hollow basket to rotate under the driving action of the water flow, so that the fruits and vegetables contained in the hollow basket are fully soaked in the dissolved milk and rotate continuously. In the water flow, it has the effect of high efficiency, environmental protection, thorough cleaning and drug residue removal.

Description

technical field [0001] The invention relates to a water circulation fruit and vegetable washing machine and a working method thereof, belonging to the technical field of fruit and vegetable cleaning and detoxification equipment. Background technique [0002] Most of the existing fruit and vegetable washing machines simply wash fruits and vegetables, remove dust and sediment, and cannot effectively remove residual pesticides. Therefore, consumers are often advertised to use disinfectants to clean fruits and vegetables. However, consumers cannot strictly control the use of detergents. Dosage and full dissolution will not only fail to ensure the disinfection effect of fruits and vegetables, but will also increase new sources of pollution due to the large amount of detergent used and incomplete washing. [0003] Although the popular ozone in the market can be easily detoxified, it has problems such as easy leakage and peculiar smell. Low concentrations of ozone can be used for ...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing fruit and vegetable washing machines simply wash fruits and vegetables, remove dust and sediment, and cannot effectively remove residual pesticides. Therefore, consumers are often advertised to use disinfectants to clean fruits and vegetables. However, consumers cannot strictly control the use of detergents. Dosage and full dissolution will not only fail to ensure the disinfection effect of fruits and vegetables, but will also increase new sources of pollution due to the large amount of detergent used and incomplete washing.

[0003] Although the popular ozone in the market can be easily detoxified, it has problems such as easy leakage and peculiar smell

Low concentration of ozone can be disinfected, but excessive ozone is an invisible killer, causing secondary damage to human health

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