Bat conjunction structure

Abstract

The invention discloses a bat conjunction structure. The bat has a hollow bat body having internal space; the hollow bat body contains at least one joint part in mutual jointing and at least one fixing connecting pipe; a clamping groove is formed between the mutual jointing of the joint parts; the fixing connecting pipes contain a convex embedding segment facing the joint parts and embedded in theclamping groove, and an abutting segment away from one ends of the convex embedding segments and connected to the joint parts; and through the fixing connecting pipes, the connecting positions between the mutual jointing of the joint parts of the hollow bat body can be more stable, and therefore, the improved design effects of the whole bat cannot be reduced, the whole intensity and high designability of the bat can be enhanced, hand numbness during hitting a ball can be effectively mitigated, hitting feeling can be enhanced, and the purpose of high endurance of the bat can be achieved.

Description

technical field [0001] The present invention relates to a bat, and more particularly to a bat joint structure that increases the joint strength of the bat. Background technique [0002] see figure 1 and figure 2 As shown, the existing bat 1 is made of a single material and is integrally formed. When the batter swings a ball hitting part 11 of the bat 1 and hits the ball, an impact energy will be generated. The batting portion 11 and a slanted section 12 of the bat 1 are transmitted to a grip 13 held by the batter's hand. Because the slanted section 12 is difficult to achieve the shock absorption effect, it will be easy for the batter's hand. cause some damages. [0003] And the segmented structure of another existing composite ball bat 2, please refer to image 3 and Figure 4 As shown, the composite bat 2 has a ball hitting portion 21, and a slanted portion 22 that is engaged with the ball hitting portion 21 and integrally connected with a grip portion 23. After hitti...

AI Technical Summary

Problems solved by technology

[0002] see figure 1 and figure 2 As shown, the existing bat 1 is made of a single material and is integrally formed. When the batter swings a ball hitting part 11 of the bat 1 and hits the ball, an impact energy will be generated. The batting portion 11 and a slanted section 12 of the bat 1 are transmitted to a grip 13 held by the batter's hand. Because the slanted section 12 is difficult to achieve the shock absorption effect, it will be easy for the batter's hand. cause some damages

[0003] And the segmented structure of another existing composite ball bat 2, please refer to image 3 and Figure 4 As shown, the composite bat 2 has a ball hitting portion 21, and a slanted portion 22 that is engaged with the ball hitting portion 21 and integrally connected with a grip portion 23. After hitting the ball, the slanted portion 22 It is easy to break, and it can be expected first that the hitting effect of the hitting part 21 is not good.

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