Processing machine for graphene elastic mesh reinforced carbon fiber fishing rod

Abstract

The invention relates to the field of fishing rods, in particular to a processing machine for a graphene elastic mesh reinforced carbon fiber fishing rod. The technical problem to be solved by the invention is to provide the graphene elastic mesh reinforced carbon fiber fishing rod processing machine. According to the technical scheme, the graphene elastic screen cloth reinforced carbon fiber fishing rod processing machine comprises a bottom plate assembly, a first rotating roller and the like, and the bottom plate assembly is fixedly connected with the first rotating roller. The epoxy resin is uniformly smeared on release paper, then the graphene elastic screen cloth is pulled open to be as long as the release paper, the graphene elastic screen cloth is driven to move downwards, then the graphene elastic screen cloth and the release paper are compacted so that the graphene elastic screen cloth and the release paper are bonded, then the redundant epoxy resin is extruded out, then a wrinkled part is smoothened, and meanwhile, bubbles inside the bonded fishing rod are removed, so that the situation of local breakage of the fishing rod is avoided, and the overall strength of the fishing rod is improved.

Description

technical field [0001] The invention relates to the field of fishing rods, in particular to a graphene elastic mesh cloth reinforced carbon fiber fishing rod processing machine. Background technique [0002] At present, the existing carbon fishing rods are made of different grades of carbon fiber cloth and fixed on the set mold through the coiling machine, and are cured at high temperature per unit time. In the existing technology, graphene is used Dispersed in resin and then compounded with carbon fiber to make a fishing rod. Since graphene is easy to agglomerate and difficult to disperse in resin, compounding with carbon fiber will easily lead to uneven distribution of graphene in carbon cloth, which will lead to poor overall strength of the fishing rod. Even, local fractures are very easy to occur. In addition, after the graphene is combined with the resin, air bubbles are very easy to appear inside, and then gaps appear, which leads to insufficient connection force betwe...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the current situation, the existing carbon fishing rods are all made of different grades of carbon fiber cloth and fixed on the set mold through the coiled tube winding machine, and are cured at high temperature per unit time. In the prior art, adopt Graphene is dispersed in resin and then combined with carbon fiber to make fishing rod. Since graphene is easy to agglomerate and difficult to disperse in resin, compounding with carbon fiber will easily cause uneven distribution of graphene in carbon cloth, which will lead to the overall strength of the fishing rod. Uneven lifting can easily lead to local fractures. In addition, after the graphene is combined with the resin, air bubbles are easily formed inside, and then gaps appear, which leads to insufficient connection force between the graphene and the carbon fiber, which leads to the failure of the carbon fiber after it is made into a fishing rod. The shortcoming of easy fracture under high-frequency and high-strength use, the technical problem to be solved is: to provide a graphene elastic mesh reinforced carbon fiber fishing rod processing machine

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