Hammerhead of anti-vibration hammer as well as production process and device thereof

Abstract

The invention relates to a hammerhead of an anti-vibration hammer as well as a production process and device thereof for a power transmission and distribution circuit in the power industry, wherein the shape of the hammerhead of the anti-vibration hammer is of a cucurbitaceous structure, and the hammerhead is a hammer body molded by roll forming and die forming; because the hammer body is obtained by carrying out roll forming on steel bar materials, the surface of the hammerhead is compact and smooth, and the self-cleaning performance of the hammerhead is improved; because processing is carried out by adopting rolling forming and die forming modes, the work efficiency is improved obviously, and because the production is carried out by adopting a mode of combining roll forming and die forming after primary heating, the energy consumption of production is reduced obviously; because of the high degree of automation of production and product percent of pass, the quality of products is guaranteed effectively; and because of high efficiency, low energy consumption for production and less pollution, the practicality value and the popularization value are high.

Description

technical field [0001] The invention relates to an anti-vibration device for power transmission and distribution lines in the electric power industry, in particular to a production process and equipment for an anti-vibration hammer head. Background technique [0002] After retrieving relevant patent documents, the production process and equipment of the anti-vibration hammer hammer head with the same structure as the present invention have not been retrieved yet. The hammer head of the anti-vibration hammer used for shock absorption on the existing transmission and distribution lines is generally made by casting; The surface is still not smooth enough after grinding, so the self-cleaning effect of the anti-vibration hammer is not ideal, and because the casting surface is prone to unevenness, it is easy to generate tip discharge. In order to improve the operation status of the power transmission and distribution lines and reduce the maintenance times of the transmission and ...

AI Technical Summary

Problems solved by technology

The hammer head of the anti-vibration hammer used for shock absorption on the existing transmission and distribution lines is generally made by casting; The surface is still not smooth enough after grinding, so the self-cleaning effect of the anti-vibration hammer is not ideal, and because the casting surface is prone to unevenness, it is easy to generate tip discharge

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