Racket with injection-molded handle

Abstract

The invention discloses a racket with an injection molding handle, and belongs to the technical field of rackets. A handle assembly comprises an injection molding handle body, a buffer sleeve, a split sleeve and a sealing cover; and the injection molding handle body comprises an outer shell and an inner rod. The outer side of the inner rod is connected with the inner side of the outer shell through a connecting rib plate; the peripheral side of a middle rod is sleeved with a buffer sleeve; the buffer sleeve comprises a T-shaped section, a fastening section and an extension section; the T-shaped section is mounted in a T-shaped hole in a matched manner; the outer side of the fastening section is connected with a split sleeve; the split sleeve is mounted in a sleeve mounting groove in a matched manner; the extension section is installed in a middle rod installation groove in a matched mode; the inner rod and the outer shell are connected through a plurality of connecting rib plates; meanwhile, the middle rod located in the injection molding handle body is buffered and protected through an integrated buffering sleeve; and meanwhile, through buffering protection of the buffering sleeve, the risk that the injection molding handle body is fractured due to stress and the risk that the connecting position of the middle rod and the injection molding handle body is fractured due to stress are avoided, and safety is improved.

Description

technical field [0001] The invention relates to the technical field of rackets, in particular to a racket with an injection molded handle. Background technique [0002] Badminton rackets and tennis rackets are common sports equipment. Most of the existing racket handles are solid and cause the racket handles to be heavy, which increases unnecessary burdens on athletes. In order to reduce the load bearing of the racket handle, the prior art also makes the racket handle hollow to reduce the burden on players; however, the existing hollow racket handle does not need to take into account that the racket handle bears a huge top impact from the middle pole during use , It is easy to cause the racket handle to break or break. Simultaneously, when the racket is swung and hit to exert force, the connection between the middle rod and the handle of the racket is often easily broken by force. [0003] In addition, when the handle of the existing racket is held by the hand for a long t...

AI Technical Summary

Problems solved by technology

[0002] Badminton rackets and tennis rackets are common sports equipment. Most of the existing racket handles are solid, resulting in heavy racket handles, which add unnecessary burdens to athletes.

In order to reduce the load-bearing of the racket handle, the prior art also makes the racket handle hollow to reduce the burden on players; however, the existing hollow racket handle does not take into account that the racket handle bears a huge top impact from the middle pole during use , prone to cracking or breaking of the racket handle

At the same time, when the racket swings and hits forcefully, the connection between the middle rod and the handle of the racket is often easily broken by force

[0003] In addition, when the existing racket handle is held by hand for a long time, it is easy to sweat, which makes it difficult to hold it tightly, and the sweat stains on the racket handle are not easy to dry

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