Automatic processing equipment for insulated strain-resistant wire clamp

Abstract

The invention discloses automatic processing equipment for an insulated strain-resistant wire clamp. The automatic processing equipment comprises a rack, wherein two wire clamp guide rails are oppositely arranged on the rack; the inner sides of the two wire clamp guide rails are respectively provided with rails for allowing a wire clamp lug part to slip; a turnover slipping bracket for upwards turning up the bottom of wire clamp when the wire clamp slips forwards is arranged on the rear part of the rack; a slipping rack which is driven by a power travelling mechanism to longitudinally slip along the rack is arranged on the upper part of the rack; a stirring post which is driven by a stirring power mechanism to slip up and down along the slipping rack is connected on the stirring rack; a pressure plate which is driven by a pressing power device to slip up and down along the slipping rack and is positioned between two wire clamp guide rails is arranged on the slipping rack; and an automatic drilling mechanism and an automatic tapping mechanism which are arranged from front to rear are symmetrically arranged at the two sides of the rear part of the rack. The automatic processing equipment can realize automatic processing on a threaded hole in the insulated strain-resistant wire clamp, and has the advantages of good product forming quality and high labor efficiency.

Description

technical field [0001] The invention relates to an automatic processing equipment for insulating strain clamps. Background technique [0002] The function of the insulation tension clamp is to realize the drainage of the overhead transmission line and realize the fixation between the overhead transmission line and the tension insulator. In order to ensure the strength and performance of the insulation strain clamp, the existing insulation strain clamp is integrally formed by cast aluminum material. It is wedge-shaped as a whole. The cross-section of the wire clip is roughly C-shaped, with an opening on one side and wire clip ears on the two opposite sides. After casting, the wire clip ears need to be drilled and tapped to form threaded holes. The rear tail of the insulation strain clamp is also provided with lugs extending radially and the setting of the above-mentioned ribs. It is difficult to clamp and position when using ordinary drilling to process threaded holes, and i...

AI Technical Summary

Problems solved by technology

In order to ensure the strength and performance of the insulation strain clamp, the existing insulation strain clamp is integrally formed by cast aluminum material. It is wedge-shaped as a whole. The cross-section of the wire clip is roughly C-shaped, with an opening on one side and wire clip ears on the two opposite sides. After casting, the wire clip ears need to be drilled and tapped to form threaded holes. The rear tail of the insulation strain clamp is also provided with lugs extending radially and the setting of the above-mentioned ribs. It is difficult to clamp and position when using ordinary drilling to process threaded holes, and it is easy to cause the clamp ears on both sides of the insulation tension clamp. The threaded holes in the upper part are asymmetrical or even inclined, which leads to the failure of the insulating strain clamp, and there is a disadvantage of low labor efficiency when processing the above threaded holes

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