Plastic feather piece of badminton

Abstract

The invention relates to a plastic feather piece of a badminton. The plastic feather piece of the badminton is integrally formed by a plastic material and comprises a feather shaft and two feather sheets, wherein the two feather sheets are formed on the left side and the right side of the feather shaft and are close to the top end of the feather shaft; a plurality of airflow guide holes arranged at intervals are formed in each feather sheet; the feather shaft progressively and upwards arches and extends from the inserting end, so that a space deflection angle is formed between the shaft from the top end to the inserting end and a perpendicular shaft Z; the shaft from the top end of the feather shaft to the inserting end deflects toward the outer side relative to the perpendicular shaft soas to form a first angle which is larger than 0 degree and smaller than or equal to 30 degrees; the shaft from the top end of the feather shaft to the inserting end forms a left-and-right deflecting angle toward the directions of the left side and the right side relative to the perpendicular shaft; and the left-and-right deflecting angle is larger than or equal to -30 degrees to +30 degrees. According to the plastic feather piece of the badminton provided by the invention, the feather shaft progressively and outwards arches and extends so as to have the space deflection angle, so that the badminton formed by the plastic feather piece can simulate a flight characteristic similar to a flight characteristic of the badminton using natural feathers.

Description

technical field [0001] The invention relates to a shuttlecock, in particular to a plastic feather sheet of the shuttlecock. Background technique [0002] Existing shuttlecocks are mainly divided into two types: natural feathers and plastic materials; due to the characteristics of natural feathers, shuttlecocks made of natural feathers have a better airflow guiding effect when flying, and have better flying characteristics; However, the supply of natural feathers has decreased sharply in recent years, and natural feathers need to be screened, straightened, trimmed, and glued before they can be used as materials for making shuttlecocks. If the feather is broken or the hair surface is damaged due to a blow, it is also easy to be scrapped. [0003] Most of the badmintons made of plastic materials are soft racks made of nylon instead of natural feathers. The structure is stronger and can reduce the breakage of the shuttlecock. The airflow effect of the shuttlecock is also not a...

AI Technical Summary

Problems solved by technology

[0002] Existing shuttlecocks are mainly divided into two types: natural feathers and plastic materials; due to the characteristics of natural feathers, shuttlecocks made of natural feathers have a better airflow guiding effect when flying, and have better flying characteristics; However, the supply of natural feathers has decreased sharply in recent years, and natural feathers need to be screened, straightened, trimmed, and glued before they can be used as materials for making shuttlecocks. If the feather is broken or the hair surface is damaged, it is also easy to be scrapped.

[0003] Most of the badmintons made of plastic materials are soft racks made of nylon instead of natural feathers. The structure is stronger and can reduce the breakage of the shuttlecock. The airflow effect of the shuttlecock, the hitting touch provided is not as good as the shuttlecock made of natural feathers

[0004] In order to improve the striking feeling of badminton, a shuttlecock with artificial feathers instead of natural feathers has been developed to produce a striking feeling close to natural shuttlecocks. When the artificial fur piece is inserted into the ball head, it usually forms a straight cone-shaped feather skirt unit, which is prone to wind resistance and cannot guide the airflow like natural feathers, and further improvement is needed

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