Structure of golf iron head

Abstract

A structure of golf club head is composed of a main body with a front surface and a surrounding wall, a shooting plate attached to said front surface of main body, and a strengthening plate attached to the back of said shooting plate. Its advantages are high structural strength and high effect to absorb the shooting vibration.

Description

Technical field [0001] The present invention relates to a golf club head structure, in particular to a golf club head structure in which a strengthening plate is arranged on the back of a striking panel to increase the structural strength. Background technique [0002] Traditional golf club head structure, such as figure 1 , 1a As shown, it is made of a metal material with a club head 1. The club head 1 includes a body 10, a striking panel 11, a ring wall 12, a neck 13 and a shock-absorbing sheet 14. The striking panel 11 is arranged on the The front of the main body 10 is used to hit golf balls. The ring wall 12 extends rearward from the periphery of the main body 10, and the ring wall 12 surrounds an opening 121 at the back. The collar 13 is used to combine a club (not shown). The shock-absorbing sheet 14 is made of rubber or carbon fiber material, and can be glued and bonded to the back of the striking panel 11 with an adhesive layer 141 to absorb the shock generated by the b...

AI Technical Summary

Problems solved by technology

If the bonding edge 111 bears the concentrated stress for a long time, cracks may occur in the bonding edge 111, which will affect the structural strength of the club head 1

Although the above-mentioned conventional club head 1 is provided with the shock-absorbing sheet 14, the bonding method of the shock-absorbing sheet 14 inevitably forms a gap 142 between the shock-absorbing sheet 14 and the body 10.

As a result, in actual use, the shock-absorbing sheet 14 cannot absorb the concentrated stress of the bonding edge 111 due to the barrier of the gap 142, and the shock-absorbing sheet 14 also greatly reduces the ability to absorb the shock of the striking panel 11 due to the barrier of the adhesive layer 141. s efficiency

Furthermore, due to the lack of supporting structure on the back of the striking panel 11, the striking panel 11 must be formed with a relatively large thickness to ensure that the striking panel 11 does not undergo permanent deformation due to long-term impact.

However, if the striking panel 11 has an excessive thickness, it will inevitably reduce the elastic deformation capacity, thereby affecting the efficiency of transferring the impact stress to the ball, and may cause the vibration of the body 10, thereby greatly affecting the impact of the club head 1. Ball performance and hitting stability

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