Method for manufacturing badminton pinnae

Abstract

The invention relates to a method for manufacturing badminton pinnae, which at least comprises the steps of paving material, gluing, die machining and obtaining a semi-finished product, wherein in the step of paving material, a material is divided into an upper framework and a lower framework which are opposite and pulled simultaneously, and the lower framework is subjected to gluing; in the step of gluing, one surface, opposite to the upper framework, of the lower framework is subjected to the gluing by using a brushing device before the die machining, so that the upper framework can be bonded mutually with the lower framework subjected to the gluing; in the step of die machining, the upper framework and the lower framework are pulled to the middle of two opposite dies, and a plastic finished product is arranged above the lower framework in the dies, so that the plastic finished product can be pressed into the semi-finished product through the dies; and in the step of obtaining semi-finished product, after the die machining, the pinnae are arranged at one end of a branch bar of the plastic finished product. In the method, the artificial pinnae are arranged at one end of the branch bar to replace natural feather wings of the conventional badminton, so the manufacturing speed of the badminton is accelerated, and the cost is reduced greatly.

Description

technical field [0001] The invention relates to the technical field of badminton vane processing, and relates to a production method of the shuttlecock vane, which is mainly used on shuttlecocks, so that artificial feathers can replace natural feathers on the wings of the shuttlecock. Background technique [0002] The feather of existing shuttlecock mostly is to adopt natural feather, makes as goose and duck feather. like figure 1 As shown, the production of badminton requires feathers of the same size, so the cutting process of using natural feathers is time-consuming; natural feathers are not easy to obtain, and it is not environmentally friendly to make shuttlecocks from goose and duck feathers. Therefore there is an urgent need for a high-strength artificial feather to replace natural goose and duck feathers to make durable shuttlecocks. The artificial badminton that has been put into use is made of plastic or nylon. The ball crown of this shuttlecock is made of plasti...

AI Technical Summary

Problems solved by technology

Its feather stalk and pinna adopt bonding, heat sealing and other processes to combine into one and other connection methods. Its main disadvantages are: the pinna is glued to the feather stalk. Although some technologies take reinforcement measures, the strength of the glue is not enough. Yes, when hit, the pinna is very easy to fall; the connection between the feather stem and the ball head is not strengthened and fixed, which will easily cause the artificial wings to fall off and reduce the service life of the shuttlecock; Production and the bonding of pinna and feather stalk cannot be realized in assembly line production, and the work efficiency is low

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