Static release gear for production of flexible composite insulating material

Abstract

The invention discloses a static release gear for production of a flexible composite insulating material, comprising a guide roller, wherein the guide roller is an aluminum alloy guide roller, and the outer surface of the roller body of the guide roller is provided with an anti-static rubber layer. The static release gear further comprises an anti-static rubber plate, wherein the anti-static rubber plate is fixedly connected to the surface of one side of the a conducting plate and the anti-static rubber plate just covers the conducting plate; the conducting plate is moveably connected to a conducting rod, and the conducting rod is a U-shaped structure; the conducting plate is moveably connected to the bottom part of the U-shaped structure, and the end part of the U-shaped structure is symmetrically provided with two conducting fixing rings, and the two conducting fixing rings can be just buckled to the shaft heads at both ends of the guide roller; a butterfly shaped bolt is arranged on the conducting fixing ring, and the conducting fixing ring can be fixed on the axle head of the guide roller through the butterfly bolt; meanwhile, the anti-static rubber plate can be overlapped on the roller body of the guide roller, and the width of the anti-static rubber plate is consistent with the roller body length of the guide roller; the static release gear is convenient to mount and use; the static release effect is better.

Description

technical field [0001] The invention belongs to the technical field of soft composite insulating material production, and relates to an electrostatic release device, in particular to an electrostatic release device for soft composite insulating material production. Background technique [0002] When the soft composite insulation material is wound into a coil on the guide rail, if the soft composite insulation material is charged with static electricity, the two surfaces that are attached to each other during winding will affect the fit between the two surfaces due to the existence of static electricity, thus affecting the softness. The overall product quality of the composite insulation material coil, there will be gaps between the layers due to the existence of static electricity, which will cause the looseness of the whole roll of soft composite insulation material, which will affect the follow-up work such as pick-and-place, handling, and transportation. And so on bring d...

AI Technical Summary

Problems solved by technology

[0002] When the soft composite insulation material is wound into a coil on the guide rail, if the soft composite insulation material is charged with static electricity, the two surfaces that are attached to each other during winding will affect the fit between the two surfaces due to the existence of static electricity, thus affecting the softness. The overall product quality of the composite insulation material coil, there will be gaps between the layers due to the existence of static electricity, which will cause the looseness of the whole roll of soft composite insulation material, which will affect the follow-up work such as pick-and-place, handling, and transportation. with difficult or even unimaginable consequences

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