JPH1128261A - Golf club - Google Patents

Abstract

PROBLEM TO BE SOLVED: To induce the synthesis of competitive vibrations of both soft and hard bodies when a ball is struck and to increase resiliency by means of a dent formed in the hard body to allow a surprising carry by forming a dent in the ball-striking face of a resilient hard body, and mounting a soft-hard body that absorbs impact forces on the front of the dent. SOLUTION: A dent 3 is formed in the ball-striking face of a resilient hard body 1, and a soft-hard body absorbing impact forces is mounted on its front. Alternatively, the dent 3 is formed in rubber 4, i.e., the soft-hard body absorbing impacts, and the rubber 4 is attached to a conventional club. By mounting the impact-absorbing soft-hard body on the front of a dented face formed in the ball-striking face of the resilient hard body, the synthesis of competitive vibrations of both bodies is induced when a ball is struck, vibrational energy is produced, and the resiliency of the hard body is increased by the dent, thus allowing rebounding and enabling the ball to be propelled surprisingly.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001] The present invention relates to a ball formed by forming a depression on a surface of a hard ball having a repulsive force and hitting the front surface thereof with a soft hard material for absorbing an impact force. The present invention relates to a golf club that, when struck, induces both-body seismic synthesis and a recess formed in a hard body to further increase the repulsion force and achieve an amazing flight distance.

[Prior Art] Conventional golf clubs made of wood have rubber attached to the front, but both are soft bodies that absorb impact and have a low repulsive force when hitting a ball. There is no flight distance. Also, there are clubs with only a resilient hard body, but when hitting the ball,
The impact force is dispersed, and the flight distance does not come out. Each company has studied well and various clubs are out, but at present, there is no big difference between all clubs, only fly a limited distance, and there are no clubs that save the ball flight at the club yet .

[Problems to be Solved by the Invention] In order to increase the flight distance of the ball, a hard body having a depression formed on the rear surface of a soft hard body that absorbs an impact is arranged to induce a bibody seismic synthesis. The aim is to develop a golf club that can fly the ball phenomenally by increasing the repulsion force by the vibration energy.

[Means for Solving the Problems] The solution means will be described with reference to the drawings. (1) Recessive force (1) A depression is formed on the surface where the hard body hits the ball, and a soft-hard body that absorbs the impact force is attached to the front surface thereof (FIG. 1) (FIG. 2) b. The same effect as the golf club of the present invention can be obtained by using (5) a hollow of a soft and hard body which absorbs impacts, (6) forming a depression in the rubber, and (7) attaching to a conventional club. 4)

[Operation] The structure described above is used. By using this structure, a soft-hard body that absorbs an impact can be replaced by a front surface of a recessed surface formed on a surface of a hard-body with a repulsive force. When attached to the ball, when the ball is hit, it induces both-body seismic synthesis and generates vibration energy, and the dent causes the repulsive force of the hard body to further increase, bounces, and blows the ball astoundingly. There are various kinds of soft and hard bodies, and they may be formed only of a synthetic resin. The synthetic resin is mixed with one of a metal powder, a ceramic powder, a titanium powder and the like. Or
Coating. Alternatively, a synthetic resin is pressed into wooden. A fiber or the like is mixed in a synthetic resin or the like. In order to obtain the same effect, a conventionally used golf club is formed by forming a depression in a soft and hard rubber and attached to a conventional club. A recess is formed in a hard body having a repulsive force, and a soft hard body that absorbs an impact force is attached to a front surface thereof. The combination of the three gives the ball dramatic aerodynamic power.

[Embodiment] There is also a method of combining a soft hard body and a hard body without providing a depression. Also, when providing a depression,
Any number or any shape is acceptable. In addition, by combining and blending the synthetic resin with other substances, an innovative golf club that can fly or not fly can be obtained. It also has a longer flight distance than conventional golf clubs. Or, 1/2, 1/5, 1/10,
By having a golf club that is held down to 0, it is possible to practice in narrow places regardless of the location. Also, there is a method of forming the club body with a soft and hard body that absorbs impact, and a method of forming the front surface of the ball hitting surface with a hard body with repulsive force. It is free.

[Effect of the Invention] By forming a depression in a hard body having repulsive force and attaching a soft hard body which absorbs an impact force to the front surface thereof, it induces bibody seismic synthesis and the repulsion force is generated by the depression. It was augmented, giving the ball aerodynamic power and making a phenomenal flight. In addition, the flight distance can be freely controlled by forming a combination of a synthetic resin and another substance without forming a depression, and golf clubs having various flight distances have become possible. Therefore, it is not necessary to have an enlarged golf course, and a swing can be made in a narrow place. In addition, it can be said that it is the development of a revolutionary golf club that changes the actual battle, the practice method, the place, etc., where a method that does not fly at all is also possible.

[Brief description of the drawings]

FIG. 1 is a cross-sectional view of a golf club according to the present invention.

FIG. 2 is a front view of the golf club of the present invention.

FIG. 3 is a front view of a soft-hard rubber according to the present invention.

FIG. 4 is a cross-sectional view of a conventional golf club to which a soft rubber having a depression formed therein is attached.

FIG. 5 is a front view of a soft-hard rubber having a depression formed therein according to the present invention.

[Explanation of symbols]

 1 is a hard body 2 is a pin 3 is a depression 4 is a soft-hard body 5 is a soft-hard rubber 6 is a depression of a soft-hard rubber. 7 is a conventional club.

Claims (1)

[Claims] 1. A golf club, in which a soft-hard body that absorbs an impact force and a hard body having a repulsive force with a depression formed on the rear surface are arranged on a surface of the golf club striking a ball. The resilience is further increased, giving the golf ball dramatic, aerodynamic power. Golf club configured as above