Vegetable washing method and vegetable washing machine capable of detachment and separation of impurities

Abstract

The invention discloses a vegetable washing method capable of disassembling impurities from vegetables and separately placing the impurities and a machine implementing the same. The vegetable washing method comprises the steps that fruits, the vegetables and the like are placed into a washing basket, the washing basket is driven to rotate through a motor, and therefore water is made to flow circularly in a reciprocating mode to disassemble the impurities from the vegetables. The vegetable washing method is characterized by comprising the three following technical characteristics (A, B and C) or at least one of the three following technical characteristics (A, B and C). According to the characteristic A, the vegetables in the basket are purified gradually by the adoption of the method of preventing the impurities which are thrown out of the washing basket along with water from falling back into the basket along with water circularly. According to the characteristic B, sewage and the impurities are removed by the adoption of the method of vortex center sewage disposal. According to the characteristic C, the placing angles of the vegetables and the fruits in the basket are turned by the adoption of the method of forcing the fruits and the vegetables to conduct centripetal motion and centrifugal motion in the basket periodically. The washing method enables the B-type impurities and the C-type impurities to be placed in different spaces separately to be removed, however, a washing method of a vegetable washing machine in the prior art can only disassemble the B-type impurities and the C-type impurities from the vegetables.

Description

technical field [0001] The invention relates to a method for cleaning fruits and vegetables and a vegetable washing machine applying the method. In particular, it is a method and machine capable of separating various impurities from fruits and vegetables and placing them in different spaces during the cleaning process. Background technique [0002] First of all, let's understand what impurities will be in unwashed vegetables: the first category: those invisible to the naked eye, such as pesticides, viruses and bacteria remaining on the surface of fruits and vegetables, are called Type A impurities; the second category, visible to the naked eye, are attached Substances that exist in the form of attachment or inclusions and have a large specific gravity are called Type B impurities, such as sand grains, sand grains, soil, etc.; the third category, substances that are also present in the form of attachment or inclusions but have a small specific gravity, are called impurities. ...

AI Technical Summary

Problems solved by technology

[0037] In order to solve the above-mentioned three problems existing in the existing vegetable washing machine, and to complete the whole process of washing vegetables mechanically, that is, to complete the work including X operation and Y operation, the present invention discloses a washing machine capable of splitting and separating impurities. Vegetable washing method and the machine for implementing the method. This machine is also called a vegetable washing machine with a central sewage discharge with an impurity retainer, and the device used by this machine to solve the above-mentioned three existing problems of the existing vegetable washing machine is simple in structure, The cost is low, the method is ingenious, and the effect is remarkable

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