High-stability angle grinder

Abstract

The invention discloses a high-stability angle grinder which comprises an angle grinder body and a rack matched with the angle grinder body. A first water grinding disc and a second water grinding disc are symmetrically arranged on the angle grinder body, and a first induction wheel matched with the first water grinding disc and a second induction wheel matched with the second water grinding disc are arranged on the angle grinder body; and the first induction wheel is connected with a first adjusting part, the second induction wheel is connected with a second adjusting part, and the first adjusting part and the second adjusting part are both used for adjusting the amount of water passing through the adjusting parts. By means of the high-stability angle grinder, the grinding water yield is controlled by detecting the surface smoothness of ground stone, then whether grinding reaches the grinding quality of the water grinding discs or not is detected according to the collected water level change, then conversion from rough grinding to fine grinding is achieved, and an operator is reminded after fine grinding is completed.

Description

Technical field [0001] Technical Field The present invention relates to an electric tool, in particular angle grinder high stability. Background technique [0002] Angle grinder is a production and grinding tool often used in life, the need to manually hand-held angle grinder when it is grinding, polishing all kinds of materials. In stone processing industry, typically mounted on the angle grinder mill sheet, polishing the surface of the stone, water as auxiliary agents when the polishing pad that is, a grinding mill sheet, to use a different number of different surface roughness at grinding stone the mill sheet, while a grinding stone, and often requires fine polishing rough polishing, i.e., a low number of coarse mesh sheet polishing mill, a high number of mesh sheet mill for fine polishing. [0003] However, the conventional process for polishing stone are usually artificial hand polishing, fine polishing and replace when polished, the polishing control of the amount of water ...

AI Technical Summary

Problems solved by technology

[0003] However, the existing techniques for polishing stones are usually manual hand-held polishing, and the polishing pads are replaced during fine polishing, and the water volume is usually controlled at constant water during polishing, while generally only a small amount of water or almost no water is required for fine polishing. Only water can achieve a better effect. Therefore, the existing angle grinder has poor polishing quality after polishing the stone, and the stability of manual hand-held polishing is also poor.

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