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Simulated feather for badminton and badminton

A badminton and feather technology, applied in the field of badminton, can solve the problems of pinna damage, impracticality, and performance improvement, etc., and achieve the effects of good durability, good hitting feel and high durability

Inactive Publication Date: 2012-11-14
刘雪燕
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The second situation is that during the normal beating process, the upper part of the feather stalk will produce high-frequency tremors, which will cause damage to the pinnae
In other words, due to the interconnection or mutual restriction between the various system functions of badminton-specific artificial feathers, the use of grid-like fabrics as reinforcement layers cannot bring about actual performance improvements and is not practical.

Method used

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  • Simulated feather for badminton and badminton
  • Simulated feather for badminton and badminton
  • Simulated feather for badminton and badminton

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0037] Such as figure 1 Shown, a kind of artificial feather for shuttlecock of the present invention comprises pinna and feather stem 12. Wherein, the pinna is formed by laminating two elastic foam sheets 111 of the same size, and the upper part of the pinna 12 is wrapped in the pinna matrix. Two reinforcing layers 112 made of sheet material are arranged between the upper part of the pinna 12 and the pinna, and the reinforcing layer 112 is used to improve the support rigidity of the two wings of the pinna, and can slow down the stiffness of the pinna 12 and the pinna at the same time. The interaction force between the pieces, so as to protect the pinna from being easily broken. In this embodiment, the two reinforcing layers 112 overlap with the upper part of the pinna with substantially the same width.

[0038] The shuttlecock of the present invention can be made by adopting the simulated feather of the present embodiment. The manufacturing process is basically the same as ...

Embodiment 2

[0040] Such as figure 2 Shown, a kind of shuttlecock special artificial feather of the present invention comprises pinna 11 and feather stem 12. The pinna 11 is formed by laminating two elastic foam sheets of the same size, and the top of the pinna 12 is wrapped in the pinna matrix. On the upper part of the feather stem 12, two cushioning reinforcement coverings 112 are arranged, and the buffer strengthening covering 112 is used to slow down the interaction force between the feather stem 12 and the pinna 11, thereby protecting the pinna 11 from being easily broken . The cushioning enhancement covering 112 is an elongated strip approximately 15mm x 2mm in size. The cushioning reinforcement cover 112 can be made of elastic foam sheet, non-woven fabric or polyester spun fabric. The cushioning enhancement covering 112 of this embodiment is the simplest and most effective design.

[0041] The shuttlecock of the present invention can be made by adopting the simulated feather of...

Embodiment 3

[0043] Such as Figure 3aAs shown, a kind of artificial feather for badminton of the present invention comprises pinna 11 and pinnae 12, and pinnae 11 is formed by two pieces of elastic foam sheets of the same size relative to each other, and the upper part of pinnae 12 Wrapped within the pinna matrix. Two "convex"-shaped cushioning reinforcement coverings 112 are arranged on the upper part of the feather stem 12, such as Figure 3b shown.

[0044] The upper half of the cushioning reinforcement cover 112 of the present embodiment is in the shape of a strip, and the width is preferably below 3.0mm. This part is the focus of the cushioning effect of protecting the pinna, and it is described in each claim in the claims: "The base body of the upper half of the vane (11) body where the cushioning reinforcement covering (112) is located" refers to the base body of this part.

[0045] The bottom half of the cushioning reinforcement cover 112 of the present embodiment is two wide w...

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Abstract

The invention relates to simulated feather for a badminton, which comprises pinnae (11) and feather stalks (12), wherein the upper parts of the feather stalks (12) are wrapped in the matrices of the pinnae (11). The simulated feather for the badminton is characterized in that: the upper parts of the feather stalks (12) are also provided with buffering reinforced coverings (112) manufactured by adopting a flaky material, and the buffering reinforced coverings (112) are used for relieving interaction force between the feather stalks (12) and the pinnae (11) so as to protect the pinnae (11) against being easily broken. The average width of the buffering reinforced coverings (112) positioned at the matrices of the upper half parts of the bodies of the pinnae (11) is between 1.0mm and 2.5mm preferably. The invention also relates to a badminton manufactured by the simulated feather.

Description

technical field [0001] The invention relates to a simulated feather for a shuttlecock, and also relates to a shuttlecock made of the simulated feather. Background technique [0002] Adopting artificial material to replace natural goose and duck feather to make shuttlecock is an ideal of industry circle and badminton sports circle. Because the playing resistance of the goose and duck feather shuttlecock is too poor, players frequently change the ball, and the cost of playing is greatly increased; meanwhile, the production process of the goose and duck feather shuttlecock is complicated, and the cost of the material itself is also relatively high. However, the technical difficulties hidden in this material replacement are by no means imagined by ordinary people. The industry has carried out relevant research work for more than 20 years, but so far, there is no shuttlecock made of artificial materials instead of goose and duck feathers, which has reached the level of high-qual...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A63B67/18
CPCA63B67/18A63B69/0017A63B67/187A63B67/19
Inventor 刘雪燕
Owner 刘雪燕