Kitchen knife edge polishing device and method

Abstract

The invention relates to a kitchen knife processing equipment, in particular to a kitchen knife sharpening equipment and a kitchen knife sharpening method. The present invention provides the following technical solutions: a kitchen knife sharpening device, including an organic body, a grinding wheel arranged on the body, a driving assembly for driving the rotation of the grinding wheel, a protective cover arranged outside the grinding wheel, and an angle adjustment mechanism that can adjust the angle of the grinding wheel One side of the protective cover is provided with a grinding opening for kitchen knives to enter the grinding wheel, and a cooling mechanism corresponding to the grinding wheel is provided on the body in the protective cover. By adopting the above technical scheme, a kitchen knife sharpening device and a kitchen knife sharpening method are provided, which can prevent the cutting edge from being scorched during grinding, have a straight cutting edge, and prevent chipping.

Description

technical field [0001] The invention relates to a kitchen knife processing device, in particular to a kitchen knife sharpening device and a kitchen knife sharpening method. Background technique [0002] Kitchen knives include table knives, kitchen knives and other knives. Kitchen knives need to be sharpened after they are processed into knife blanks. The traditional way of sharpening is through tape. That is to say, by manually placing the cutting edge of the knife blank on the rotating yarn tape, it can be polished. However, in this process, the blade of the knife blank generates a large amount of heat between the yarn tapes, and the edge is easily burnt, and the sand grains on the yarn tape are thicker, resulting in a sharper edge line of the polished blade. Thick, it is prone to chipping during use; the yarn tape is soft, and the strength of manual grinding varies, so it will cause uneven deformation of the cutting edge, and the cutting edge cannot be kept on the same ...

AI Technical Summary

Problems solved by technology

However, in this process, the blade of the knife blank generates a large amount of heat between the yarn tapes, and the edge is easily burnt, and the sand grains on the yarn tape are thicker, resulting in a sharper edge line of the polished blade. Thick, it is prone to chipping during use; the yarn tape is soft, and the strength of manual grinding varies, so it will cause uneven deformation of the cutting edge, and the cutting edge cannot be kept on the same plane. It is also prone to collapse

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