Golf rod with adjustable weights

Abstract

A golf rod with adjustable weights is disclosed wherein the golf rod has a head portion with a frame. A surface of the frame has a plurality of penetrating embedding holes. At least one weight for adjusting the center of the gravitation is embedded into the embedding holes. The surface of the frame is filled with the shock absorbing material so as to enclose the whole frame and thus a shock absorbing layer is formed. A surface is necessary to be ground; and thus the shape of the weight exposes on the surface of the shock absorbing layer. The center of gravitation can be adjusted easily and the present invention appears a beautiful outlook. The reactive shock in waving can be absorbed by the shock absorbing layer and thus, the user's hands are avoided to be hurt.

Description

BACKGROUND OF THE INVENTION [0001] The present invention relates to a golf rod with adjustable weights, in which the rod has a plurality of penetrating embedding holes. At least one weight for adjusting the center of the gravitation is embedded into the embedding holes. Thereby, the center of gravitation can be adjusted easily and appear a beautiful outlook. The reactive shock in waving can be absorbed by the shock absorbing layer. [0002] With the progress of human society and the growing of economics, golf sport has become a popular sport to most people. However, since golf is a skilled sport, a new player is hard to play it well. Thus, many people stop to play the sport only after playing through a short period of time since they can not be skilled in that art. This is a confinement for widely spreading the golf sport. The general difficult for the sportsman (or sportswoman) is to control the beating point. No everyone can play the ball like a professional sportsman (or sportswoma...

AI Technical Summary

Benefits of technology

[0004] Accordingly, the primary object of the present invention is to provide a golf rod with adjustable weights is disclosed. A surface of the frame has a plurality of penetrating embedding holes. At least one weight for adjusting the center of the gravitation is embedded into the embedding holes. The surface of the frame is filled with the shock absorbing material so as to enclose the whole frame and thus a shock absorbing layer is formed. A surface is necessary to be ground; and thus the shape of the weight exposes on the surface of the shock absorbing layer. The center of gravitation can be adjusted easily and the present invention has a beautiful outlook. The reactive shock in waving can be absorbed by the shock absorbing layer. And, the user's hands are avoided from being inflicted with injuries.

Problems solved by technology

However, since golf is a skilled sport, a new player is hard to play it well.

Thus, many people stop to play the sport only after playing through a short period of time since they can not be skilled in that art.

The general difficult for the sportsman (or sportswoman) is to control the beating point.

No everyone can play the ball like a professional sportsman (or sportswoman).

To be skilled in beating the golf ball is hardly achieved in a short period of time.

Therefore, the quality of a golf rod is critical.

Therefore, a slight shift from the center will cause an optimum beating point to be lost so that the ball can not fly to an ideal area.

However, in this structure, the machining work is complex and difficult.

Therefore, the cost is high.

Furthermore, due to confinement of technology, the shape of the weight 11 is simple and dull, has no variation and thus is not beautiful.

However, since the patterns or trademark are sticky to the head, it is apt to fall down, and thus is not practical.

Therefore, a slight shift from the center will cause an optimum beating point to be lost so that the ball can not fly to an ideal area.

Therefore, the current rod head can not has the effect of adjusting the center of gravitation, beautiful outlook and shock reduction.

Therefore, some inconvenience is induced to the user and is necessary to be improved.

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