Automatic production line for H-shaped aluminum alloy sections

Abstract

The invention discloses an automatic production line for H-shaped aluminum alloy sections. The automatic production line for the H-shaped aluminum alloy sections comprises a rack, the rack is provided with a material pulling device, a gear milling device and a material receiving device which are sequentially connected, wherein the material pulling device comprises a reciprocating driving mechanism arranged on the rack, and the reciprocating driving mechanism is provided with a material pulling and clamping mechanism used for clamping an H-shaped aluminum alloy section web. According to the automatic production line for the H-shaped aluminum alloy sections, the H-shaped aluminum alloy sections can be firmly clamped and fed, and meanwhile, and batch tooth milling operation can be conducted on the top faces of notches of the H-shaped aluminum alloy sections arranged side by side, so that tooth milling efficiency is greatly improved, quality of the H-shaped aluminum alloy sections is improved, and anti-seismic performance of an anti-seismic bracket assembled by the H-shaped aluminum alloy sections is favorably improved.

Description

Technical field[0001]The present invention relates to the field of profile production, in particular, to an automated production line of an H-type aluminum alloy profile.Background technique[0002]The seismic bracket can limit the generation of displacement, control facility vibration, and transfer the load to the bearing structure, and can give the building mechanical engineering facility reliable protection, withstanding seismic effects from arbitrary horizontal direction, so in the infrastructure project A wide range of applications are obtained. The seismic bracket can be assembled as a vertical boom, a crossbar and an anti-shocking support. In order to alleviate its own weight, there is a through hole on the web of H-type aluminum alloy profiles; non-slip toothhed teeth are provided on the top surface of the hollowhead of the H-type aluminum alloy profile. However, when manufacturing, due to irregularities of the H-type aluminum alloy profile, it is not easy to be firmly clampin...

AI Technical Summary

Problems solved by technology

However, during manufacturing, due to the irregular shape of the H-shaped aluminum alloy profile, it is not easy to be firmly clamped when feeding and milling teeth, resulting in uneven milling teeth, resulting in a decline in the quality of the finished product

Secondly, the existing gear milling device can only mill gears on a single H-shaped aluminum alloy profile, and the production efficiency is low

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