Magnetic badminton racket and magnetic shuttlecock

Abstract

The invention discloses a magnetic badminton racket comprising: a handle, a shaft, a head frame including an outer surface and an inner surface and a plurality of gut strings crisscrossed within the inner surface. The head frame is provided with a magnet mounting section centered on its top, and several sockets are provided into the outer surface, spaced from each other and vertical to the outer surface. Several small neodymium magnets are fixed within the sockets, with their top surfaces exposed and flush with the outer surface. Each magnet is in the shape of a cylinder, cuboid, truncated cone or truncated quadrangular pyramid, which possesses strong magnetic attraction, is not subject to detaching and would not affect the aesthetic appearance of the racket. The invention also discloses a shuttlecock suitable for use together with the racket, to enable to pick up shuttlecock conveniently by mean of magnetic attraction therebetween.

Description

technical field [0001] The invention relates to ball sports equipment, in particular to a magnetic badminton racket and a magnetic shuttlecock. Background technique [0002] Badminton is very popular among the people, and the badminton equipment is simple and does not need large-scale venues. But because the elasticity of the badminton head itself is small, the shuttlecock is not easy to bounce after landing, and the player will frequently bend over and kneel to pick up the ball, which increases fatigue. Therefore people try to develop a kind of badminton equipment that can pick up ball easily. [0003] CN2562810Y discloses a magnetic suction type shuttlecock and badminton racket. Such as Figure 4 As shown in , the magnetic suction type badminton racket 40 includes a racket frame 44, a racket net 45 connected in the racket frame 44 and a handle 46 connected with the racket frame 44. The racket frame 44 is provided with a magnet 47 , and the magnet 47 can be located at th...

AI Technical Summary

Problems solved by technology

However, the iron sheet is easy to rust, and the hardness and strength of the iron sheet are many times weaker than steel. Such a thin iron sheet can be deformed and damaged by pressing it with the strength of one finger.

In addition, because the hoop 53 is installed on the surface of the elastic base 51, the racket net 45 and the racket frame 44 will often contact the hoop 53 when swinging the ball, causing deformation and damage.

In addition, setting the iron ring 53 on the surface of the elastic base 51 will also affect the elasticity of the elastic base 51, seriously affecting the performance of the shuttlecock.

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