Deep cleaning machine for vegetables

Abstract

The invention discloses a deep cleaning machine for vegetables, comprising a first-grade frame and a second-frame; the inner part of the frame is provided with two conveying wheels, and a track is arranged on the conveying wheel; a feeding opening is arranged at the left upper end of the frame, and the right side of the feeding opening is provided with an atomizing nozzle I, and the right side of the atomizing nozzle I is provided with a storage box; the top part of the second-grade frame is provided with an atomizing nozzle II, the right side face of the second-grade frame is provided with a discharge opening; the inner part of the discharge opening is provided with a guide plate; the joint of the bottom parts of the first-grade frame and the second-frame is provided with a pollution accumulation pond; for the storage box pond is filled with saline water with 3% of concentration; the saline water is sprayed to vegetables to be cleaned through the atomizing nozzle I, thereby removing sludge on the surface of the vegetable and cleaning pesticide residue on the vegetable; for the atomizing nozzle II in the second-grade frame sprays clean water, the vegetable surface is further cleaned, thereby guaranteeing the complete cleaning and safe use of vegetables; therefore, the deep cleaning machine is worthy of popularization.

Description

technical field [0001] The invention relates to the technical field of vegetable cleaning, in particular to a vegetable deep cleaning machine. Background technique [0002] In the vegetable processing process, it is often necessary to clean the vegetables. The general cleaning methods are manual washing and machine cleaning. The manual cleaning method not only greatly increases the labor intensity, but also the work efficiency is not high, which increases the cost of vegetable processing. Cost, machine cleaning requires the use of a vegetable cleaning machine, the general cleaning effect of the cleaning machine is not good, the cleaning efficiency is not high, and because many machines are involved in cleaning at the same time, the noise is loud when cleaning vegetables, and the cleaning is not thorough. Especially the pesticide residues in the vegetables, when the vegetables are generally cleaned by machines, the rapid water flow will wash the vegetables to pieces, causing ...

AI Technical Summary

Problems solved by technology

[0002] In the vegetable processing process, it is often necessary to clean the vegetables. The general cleaning methods are manual washing and machine cleaning. The manual cleaning method not only greatly increases the labor intensity, but also the work efficiency is not high, which increases the cost of vegetable processing Cost, machine cleaning requires the use of a vegetable cleaning machine, the general cleaning effect of the cleaning machine is not good, the cleaning efficiency is not high, and because many machines are involved in cleaning at the same time, the noise when cleaning vegetables is large, and the cleaning is not thorough. Especially the pesticide residues in the vegetables, when the vegetables are generally cleaned by machines, the rapid water flow will wash the vegetables to pieces, causing the vegetables to overlap, so that the overlapping vegetables cannot be cleaned. Most of the existing cleaning machines are field vegetable cleaning devices. The lack of cleaning vegetables in the kitchen and the removal of pesticide residues cannot solve the problem of pesticide residues. For example, the Chinese patent No. CN102613667 A solves the problem of cleaning vegetables in the field but does not propose deep cleaning of vegetables. better solution

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