Producing method of shuttlecock

Abstract

A producing method of a shuttlecock includes the following steps: step a, molding a flocking frame provided with a group of flocking bars and a group of flocking tubes integrated with the flocking bars; step b, arranging the flocking frame at a fixed ball head; and step c, flocking flocked ends of a group of feathers into corresponding flocking tubes to produce the shuttlecock. According to the producing method, machines are used for operation, therefore the producing efficiency of the shuttlecocks is improved; and the produced shuttlecock is provided with molded flocking frames, therefore the shuttlecock has good uniformity, and the quality of the shuttlecock is guaranteed.

Description

technical field [0001] The invention relates to a method for manufacturing a shuttlecock, in particular to a method in which a machine participates in producing the shuttlecock. Background technique [0002] A traditional shuttlecock is mainly composed of two parts, the head and a set of feathers. Wherein, the ball head is a spherical crown made of cork or plastic, and a group of jacks equal to the number of feathers are preset on it for the insertion of the hair stems of the feathers. Compared with the ball head of shuttlecock, the feather manufacturing process of shuttlecock seems more difficult. The feathers used in badminton must go through at least three processes of selection, rinsing, and cutting before natural goose or duck feathers can be made into qualified feathers for badminton. [0003] In the process of making ball head and feather respectively, despite the participation of machines. However, the most critical part of inserting the finished feathers on the b...

AI Technical Summary

Problems solved by technology

In this way, the time it takes to make a badminton can be imagined, and the low efficiency of badminton production can also be imagined

[0004] However, in addition to the low efficiency of the traditional badminton manufacturing process, the more serious problem is that the quality cannot be guaranteed

It seems easy to insert the feathers on the ball head, but the problem is: when inserting, the taper of the shuttlecock cannot be guaranteed to be relatively consistent, and the distance between the hair tips of every two adjacent feathers on the same horizontal line cannot be guaranteed. Ensure that the angle between two adjacent feather blades is the same

[0007] Winding and sizing are basically done by hand, and the efficiency is low. However, the biggest problem is that the quality of the shuttlecock cannot be guaranteed. During the winding process, workers only feel that the taper meets the requirements. Yes, the distance between the feather stalks on the same parallel line can be roughly the same through visual inspection; in the process of sizing, the worker uses a brush to clean the joint between the feather stalk and the ball head, as well as the combination of the hair stalk and the reinforcing rib Brushing glue on the inside, whether the glue is applied evenly, and the amount of glue used all depend on the experience and intuition of the workers. Therefore, the badminton body often appears overweight and unbalanced.

[0008] To sum up, since the traditional badminton manufacturing process basically relies on manual work, its production efficiency is very low, and the quality of the badminton produced cannot be guaranteed

Images