Badminton racket middle tube manufacturing process and badminton racket middle tube

Abstract

The invention provides a badminton racket middle tube manufacturing process and a badminton racket middle tube. The badminton racket middle tube manufacturing process comprises the following steps: S1, selecting high-toughness fibers, cutting the fibers to a proper fiber length, twisting the fibers into a round rod core, soaking the round rod core in a thermosetting resin diluent, taking out the round rod core after soaking, airing the round rod core, and hardening the resin; s2, the hardened round rod core is ground to be in a true circle, and a middle tube core part is manufactured; s3, coating the core part of the middle tube with epoxy resin, and airing; s4, cutting a plurality of pieces of epoxy resin-based carbon fiber reinforced prepreg, and laying according to different angles; s5, paving the prepreg and rolling the core part of the middle pipe to obtain a middle pipe preform; s6, uniformly winding an OPP belt on the middle pipe preform, and baking to harden the middle pipe preform into a middle pipe rough blank; and S7, redundant materials of the middle pipe rough blank are cut and ground to be in a true circle, and the middle pipe is manufactured. The method has the advantages that industrial processing is facilitated, and the performance of products in each batch is uniform; the rigidity, impact resistance and bending strength of the whole middle tube can be improved, and the phenomenon that the racket head flies out due to brittle fracture of the middle tube of the racket is avoided.

Description

technical field [0001] The invention belongs to the technical field of sports equipment, and particularly relates to a manufacturing process of a badminton racket middle tube and a badminton racket middle tube. Background technique [0002] Badminton is a very fast transition between offense and defense. The racket frame of badminton racket is formed as a whole because of the network cable weaving. Therefore, the position of the middle tube connected to the racket frame becomes the channel for feedback of the player's force and hitting force, especially in smashing the ball. During the action, in addition to swinging the arm to press the ball down, it is also necessary to use the wrist force and smash to increase the power of the instant shot, so that the ball can gain greater speed and angle. It is easy to deform under large impact and become the most brittle fracture part. [0003] In order to ensure the light weight of the racket and reduce the resistance during swing, i...

AI Technical Summary

Problems solved by technology

[0007] Aiming at the problems in the prior art that the processing method of assembling the core part and the barrel part leads to low interface bonding strength, and the batch consistency of finished badminton racket tubes is not high, the present invention provides a badminton racket tube manufacturing process, which can Rapid, industrialized production batches with strong consistency in the middle tube

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