Insulation cable core sticking-resistant powder brushing device

Abstract

The invention discloses an insulation cable core sticking-resistant powder brushing device. The insulation cable core sticking-resistant powder brushing device comprises a driving mechanism, a first fixing support, a second fixing support and a roller containing sticking-resistant powder. The two ends of the roller are sealed. The outer peripheral face of the roller is provided with a plurality of through holes. An outlet of each through hole is provided with a banister brush. The banister brushes are fixed to the outer peripheral wall of the roller and provided with a plurality of powder inlets communicated with the through holes. The two ends of the roller are provided with rotary shafts, fixed to the first fixing support and the second fixing support through the rotary shaft respectively and driven by the driving mechanism to rotate. When the insulation cable core sticking-resistant powder brushing device is used, the sticking-resistant powder is put into the roller, and the cable inlet position of an insulation cable core is adjusted so as to make the outer peripheral face of the insulation cable core pass through brush bristles of the banister brushes; the roller rolls to make the sticking-resistant powder inside the roller enter the banister brushes, when the insulation cable core passes through the brush bristles of the banister brushes, the outer peripheral face of the insulation cable core is coated with the sticking-resistant powder. According to the insulation cable core sticking-resistant powder brushing device, the brushing effect and the working efficiency are effectively improved.

Description

technical field [0001] The invention relates to the technical field of cable processing, in particular to an insulated wire core anti-sticking powder coating device. Background technique [0002] In practical application, the outer sheath of the ribbon cable needs to be peeled off to expose the insulated core, which requires that the insulated core cannot be glued to the outer sheath. [0003] In order to prevent the insulated wire core and the outer sheath from sticking together, the prior art is to smear the insulated wire core with anti-adhesive powder during the production process of the ribbon cable, and then enter the plastic extruder to wrap the outer sheath. Existing anti-adhesive powder smearing technology is to adopt manual smearing, in the smearing process, in the whole process that insulated wire core enters plastic extruder, the worker can't leave the scene and must keep smearing. Repeating the monotonous smearing action for a long time will easily fatigue the ...

AI Technical Summary

Problems solved by technology

The existing anti-adhesive powder smearing technology is manual smearing. During the smearing process, during the whole process of the insulated wire core entering the plastic extruder, workers cannot leave the site and must continue to smear

Repeating the monotonous smearing action for a long time will easily fatigue the workers, thus reducing the brushing effect and work efficiency

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