Automatic vegetable washer

Abstract

The invention discloses an automatic vegetable washer. The automatic vegetable machine comprises a rack, an upper bracket, a control device and a blower, wherein a plurality of vegetable washing sinks are arranged on the rack in sequence in the ring direction; a plurality of hollow vegetable baskets corresponding to the vegetable washing sinks are arranged on the upper bracket; a rotation device which can drive the upper bracket to rotate and a lifting device which can drive the upper bracket to lift are arranged on the rack; the upper bracket can drive the vegetable washing baskets to rotate to corresponding positions above the vegetable washing sinks through the rotation device; the upper bracket can drive the vegetable washing baskets to decline into the vegetable washing sinks through the lifting device and can drive the vegetable washing baskets to rise above the vegetable washing sinks; a water inlet and a water outlet are formed in each vegetable washing sink; an output port of the blower is connected with an air supply pipe; a plurality of air inlets are arranged at the bottom of each vegetable washing sink and connected with the air supply pipes; the rotation device and the lifting device are electrically connected with the control device respectively. The automatic vegetable washer disclosed by the invention has the effects of saving the labor, cleaning the vegetables and saving the water.

Description

technical field [0001] The invention relates to the technical field of catering equipment, in particular to an automatic vegetable washing machine. Background technique [0002] For a long time, due to the large amount of vegetables used in the public catering industry, washing vegetables has become a difficult problem. For example, in large canteens or restaurants, a large number of vegetables are cleaned every day. At present, most of them are done manually. The pesticides and dirt need to be washed repeatedly. Therefore, in the public catering industry with a large amount of vegetables, the labor intensity of manual cleaning of vegetables is relatively high. And it is easy to wash bad or not clean. In addition, in the process of manual cleaning of vegetables, if the water is poured out with the washing, it is easy to waste water, and if the vegetable washing water is used repeatedly, it is necessary to wash many piles of vegetables in a basin of water repeatedly, and the...

AI Technical Summary

Problems solved by technology

[0002] For a long time, due to the large amount of vegetables used in the public catering industry, washing vegetables has become a difficult problem. For example, in large canteens or restaurants, a large number of vegetables are cleaned every day. At present, most of them are done manually. Pesticides and dirt that need to be cleaned repeatedly, so in the public catering industry with a large amount of vegetables, the labor intensity of manual cleaning of vegetables is relatively high

And it is easy to wash bad or not clean

In addition, in the process of manual cleaning of vegetables, if the water is poured out with the washing, it is easy to waste water, and if the vegetable washing water is used repeatedly, it is necessary to wash many piles of vegetables in a basin of water repeatedly, and then replace them with clean ones. The second time of washing with water is troublesome to operate, and during the operation process, the washed vegetables will scatter the water droplets they carry everywhere, making it difficult to keep the environment clean

Images