TWM608523U - Grip structure of badminton racket - Google Patents

Abstract

This creation provides a grip structure of a badminton racket. The grip structure includes: a body; the body is a columnar body with a joint end connected to the frame of the badminton racket. The main feature is that the body is provided with a finger buckle. The finger buckle is formed in at least one place with the surface of the main body to form a concave shape, the concave shape is located in the main body at a position of one of the knuckles of the palm, and the concave shape provides the knuckle of the hand 1. It can resist pressure and control the rotation of the racket, so that the fingers that can guide the force during the exercise can easily exert force and control the rotation of the racket surface, so as to facilitate various return changes in different directions and improve the return. The stability.

Description

Grip structure of badminton racket

This creation is about a grip structure, especially a badminton racket grip structure.

For those who like badminton to have an exclusive badminton racket, in addition to being able to fit their hands better, they are also able to perform skills during the exercise. Especially the player type is more important for the specificity of the badminton racket. In the design of badminton rackets, the requirements for impact resistance and elasticity of the overall frame and grip material are not to be repeated. The weight and feel requirements are even more important considerations in the design. However, the consideration of the aforementioned design factors seems to have reached the bottleneck. In the field of badminton racket design that is quite mature nowadays, it seems that no design has been found for the grip control during badminton racket sports. In other words, in the process of badminton racket sports (1) It is not easy to grasp the length of the racket without watching the racket when holding the racket in the hand, which affects the strength and stability of the return ball. (2) When rotating the racket face forcefully, the fingers need to cooperate with the eight-sided structure of the grip. Power, but limited by the shape of the grip, it is not easy to exert force and control.

In view of this, the creator of this case has been engaged in related designs for many years and experienced the flaws of the grip in the actual process of badminton and developed this creation.

That is, the purpose of this creation is to provide a grip structure of a badminton racket that improves During the exercise, it can guide the fingers to easily exert force and control the rotation of the racket surface, so as to facilitate the return of the ball in various directions and improve the stability of the return.

In order to achieve the above purpose, the grip structure of the badminton racket in this creation includes: a body; the body is a columnar body with a joint end connected to the frame of the badminton racket. The main feature is that the body is provided with a finger buckle. , The finger buckle is formed in at least one place with the surface of the body to form a depressed concave shape at a position where the body is located on one of the knuckles of the palm, and one of the knuckles of the hand can be provided by the depressed concave shape. Resist pressure and control the rotation of the racket, so that the fingers that can guide the force can easily exert force and control the rotation of the racket surface during the movement, so as to make various return changes in different directions and improve the stability of the return. Sex.

According to the above features, the depressed concave shape is formed on the corresponding two surfaces of the main body.

According to the above-mentioned feature, the depressed concave shape forms a concave ring on the peripheral surface of the main body, and the concave ring provides an open hand to grasp the position of one of the middle finger or the ring finger of the palm.

1,1’: Grip structure

2,2’: body

3: Badminton racket frame

20,20’: Finger button

21: Body circumference

211’,212’: body surface

22: Connection end

23: concave ring

Figure 1 is a perspective view of the first embodiment of the grip structure of the creative badminton racket.

Figure 2 is a perspective view of the first embodiment of the grip structure of the created badminton racket and the frame shaft of the badminton racket.

Figure 3 is a perspective view of the second embodiment of the grip structure of the creative badminton racket.

Please refer to Figure 1 for a three-dimensional view of the first embodiment of the grip structure of the creative badminton racket. As shown in the figure, the grip structure 1 of the creative badminton racket includes: a body 2; The badminton racket frame 3 is integrally connected, and the main body 2 is a cylindrical body with eight peripheral surfaces 21 and has a joint end 22 connected to the badminton racket frame 3. And the main body 2 is provided with a finger buckle portion 20, the finger buckle portion 20 is formed in a recessed concave shape with the surface of the eight peripheral surfaces 21 of the main body 2, and the recessed concave shape is formed on the peripheral surface 21 of the main body 2 to form a recess. Ring 23, the concave ring 23 is set in the main body 2 to be grasped by the open hand, the middle finger knuckle (or ring finger knuckle of the palm; depending on the personal grip, the groove 23 corresponds to the palm The position where the middle finger knuckle or the ring finger knuckle is located, and the concave ring 23 provides one of the knuckles of the hand to resist and control the rotation of the racket, so that the fingers that can guide the force during the exercise are easy to move. Power and control the rotation of the racket surface, in order to make various return changes in different directions, and improve the stability of the return.

Please refer to Figure 2 for a three-dimensional view of the integrated badminton racket grip structure 1 and the badminton racket frame rod 3. As shown in the figure, the grip structure 1 of the creative badminton racket uses the joint end 22 through tight fitting and The gluing is integrally connected with the frame shaft 3 of the badminton racket. When the movement process depends on the way each person holds the body 2 (based on personal habits), the middle finger or the ring finger can be located at the concave ring 23. If so, one of the knuckles of the hand can resist and perform The rotation control of the racket can make it easy for the fingers that guide the force to exert force and control the rotation of the racket surface during the movement, so as to facilitate various changes in the return of the ball in different directions and improve the stability of the return.

Please refer to FIG. 3 for a perspective view of the second embodiment of the grip structure 1'of the creation of a badminton racket. As shown in the figure, the finger buckle portion 20' provided on the main body 2'is attached to the main body 2'in this embodiment The corresponding two surfaces 211', 212' of the two surfaces 211' and 212' form a depressed concave shape, which is suitable for the middle finger knuckle or ring finger knuckle after holding the body 2, and the width and depth of the depressed concave shape are the same as The knuckles corresponding to the bending of the fingers after gripping are equivalent (based on personal habits). If so, it can also make one of the knuckles of the hand resist and control the rotation of the racket. The finger that guides the force is easy to exert force and control the rotation of the racket surface, so as to make various return changes in different directions and improve the stability of the return.

To sum up, the grip structure of this creative badminton racket can indeed achieve the creative purpose. However, the above-mentioned embodiments are only feasible aspects of this creative, and all functional changes or modifications made according to the spirit of this creative are all Should be covered in the following patent application scope of this creation.

1: Grip structure

2: Ontology

3: Badminton racket frame

20: Finger buckle

21: Body circumference

22: Connection end

23: concave ring

Claims (6)

A handle structure of a badminton racket includes: a body; the body is a columnar body and has a joint end connected to the frame shaft of the badminton racket, and is characterized in that: The main body is provided with a finger buckle portion, the finger buckle portion is formed in at least one place with the surface of the main body into a concave shape, the concave shape is located in the main body at one of the knuckles of the palm, and the concave concave shape It provides one of the knuckles of the hand that can resist pressure and control the rotation of the racket, so that the fingers that can guide the force during the exercise can easily exert force and control the rotation of the racket surface, so as to facilitate various different orientations. The return of the ball changes to improve the stability of the return. The grip structure of a badminton racket according to claim 1, wherein the recessed concave shape forms a concave ring on the peripheral surface of the body, and the concave ring provides an open hand to hold the middle finger or ring finger of the palm The location of one of the sections. The grip structure of a badminton racket according to claim 1, wherein the recessed shape is an arc; the width and depth of the recessed shape are equivalent to the knuckles of the fingers that are bent after being gripped. The grip structure of a badminton racket according to claim 2, wherein the concave ring is arc-shaped; the width and depth of the concave ring are equivalent to the knuckles of the fingers that are bent after being held. The grip structure of the badminton racket according to claim 1, wherein the outer peripheral surface of the main body of the columnar body is polygonal, and the concave shape is formed on the corresponding two surfaces of the main body. According to claim 5, the grip structure of a badminton racket, wherein the outer peripheral surface of the main body of the columnar body is a polygon with eight peripheral surfaces.

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