Anti-slice golf tee

Abstract

The present invention relates to an anti-slice golf tee and, more specifically, is a technology relating to an anti-slice golf tee, which supports a golf ball while surrounding a part of the golf ball, thereby suppressing the rotation force of the golf ball during a tee shot to prevent slicing of the golf ball and allowing an impact point to be concentrated on the center portion of the golf ball. That is, the present invention relates to an anti-slice golf tee comprising: a head part shaped to surround one side of a golf ball; a support part connected to the head part and formed to be perpendicularly fixable on the ground; an insertion groove concavely formed at the inner center portion of the head part; and a hitting member separately inserted in the insertion groove so as to allow an impact point to be concentrated on the center portion of the head part, wherein the hitting member has a space formed therein.

Description

TECHNICAL FIELD[0001]The present invention is a technology related to an anti-slice golf tee, and more particularly, to an anti-slice golf tee which supports a golf ball while surrounding a part of the golf ball, thereby suppressing the rotation force of the golf ball during a tee shot to prevent a slice of the golf ball and allowing an impact point to be concentrated on a center portion of the golf ball.BACKGROUND ART[0002]In general, a slice (or hook) refers to the phenomenon that a head of a club fails to exactly hit a golf ball during a tee shot and spins the golf ball, thereby causing the golf ball to move in the unwanted direction or fail to move far away while the moving direction of the golf ball is curved.[0003]The above slice is experienced by most beginners who begins to learn golf, and the slice is solved through various posture corrections and repeated hitting practices.[0004]However, there was a problem that a user incapable of spending a lot of time in practicing golf...

AI Technical Summary

Benefits of technology

[0018]According to the present invention, the hitting force of the golf club is indirectly transferred through the head part surrounding a part of the golf ball to suppress the spin of the golf ball, so that, finally, the slice or hook can be prevented.

[0019]In addition, a separate hitting member is further coupled to the inner center of the head part to allow the impact point to be concentrated on the center of the golf ball at the moment of hitting, so that the slice can be prevented and the flying distance can be increased.

Problems solved by technology

However, there was a problem that a user incapable of spending a lot of time in practicing golf, a user having a deficient athletic ability, or a user feeling boring in practicing golf gives up golf because of losing interest in golf during correcting the slice.

However, the above related art has a structural problem in that an impact point for transferring an impact from the head part surrounding the golf ball to the golf ball is excessively wide, so the force transferred to the impact point fails to balance and is distributed when an initial hitting position of a club head deviates from a center of the golf tee, thus the slice may still occur.

However, because an impact point portion of the golf ball is not clear, and the transferred force changes when a hitting portion of the club head strongly or firstly hits one site of the support part, a spin may be caused in the golf ball.

However, although the related art is also configured to include a plurality of protruding parts integrally formed inside the head part, a spin in the golf ball may be caused since the impact point portion is not clear.

In addition, when the head part is entirely formed of stainless steel, the manufacturing cost increases, and the golf club is damaged compared to other golf tees formed of synthetic resin.

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