The utility model relates to a beat ball and an optimized flexible ball, and the existing softball can not meet the matching requirements of the new elastic force racket face with high elasticity. The outer surface of the sphere has a bump belt extending from the periphery of the valve eye to the relative end of the valve eye, and the multi lateral and lateral distribution. The convex point is gradually widened from both ends to the middle. The outer surface of the ball from the outside of the valve to the relative end of the valve eye is provided with an inverted U shaped nose which is used to connect the racket pulling rope. The transverse distance between adjacent bumps is widened from both ends to the center. It is well adapted to the rapid and large extension of the racket face when it is impacted by the ball. It will not produce a significant disharmonious relative motion between the ball and the racket surface. It can significantly improve the performance of the flexible racket surface and the flexible ball. It is very suitable for the advantages of the flexible racket with high elasticity and thin surface.
【技术实现步骤摘要】
拍球配合优化型柔力球
本技术涉及一种柔力球,特别是涉及一种拍球配合优化型柔力球。
技术介绍
柔力球拍的拍面材料和拍面纹形及拍面弹性都在向多样化和高端化迅猛发展,同时,柔力球训练和运动套路也日益多样化,与之形成显明对比的是柔力球本身却少有变化,远远不能满足现实需要。例如,柔力球表面性质就不能满足高弹性新型柔力球拍面,特别是硅胶柔力球拍面的配合需要。
技术实现思路
本技术目的在于克服现有技术的上述缺陷,提供一种能够显著改善柔力球拍面与柔力球配合性能的拍球配合优化型柔力球。为实现上述目的,本技术拍球配合优化型柔力球是球体外表面制有自气门眼外周至气门眼相对端呈波浪式延伸、多道并列横向间隔分布的凸点带。这样呈波浪式延伸、多道并列横向间隔分布的凸点带表面结构,可以很好地适应球拍面受球冲击时快速大幅度伸涨,不会使球与球拍面之间产生显著不和谐的相对运动,能够显著改善柔力球拍面与柔力球配合性能,非常适用于高弹性薄拍面柔力球拍。作为优化,所述凸点带自两端向中间逐渐加宽。能够进一步改善柔力球拍面与柔力球配合性能。作为优化,凸点带自两端向中间逐渐加宽的方式是横向并列的凸点数自两端向中间逐渐增 ...
【技术保护点】
一种拍球配合优化型柔力球,其特征在于球体外表面制有自气门眼外周至气门眼相对端呈波浪式延伸、多道并列横向间隔分布的凸点带;所述凸点带自两端向中间逐渐加宽;凸点带呈波浪式延伸的方式是中部向一侧弯曲、两端向另一侧对称弯曲;组成每条凸点带的凸点为大小相同的球缺形凸点,相邻凸点带的横向间距自两端向中间逐渐加宽。
【技术特征摘要】
1.一种拍球配合优化型柔力球,其特征在于球体外表面制有自气门眼外周至气门眼相对端呈波浪式延伸、多道并列横向间隔分布的凸点带;所述凸点带自两端向中间逐渐加宽;凸点带呈波浪式延伸的方式是中部向一侧弯曲、两端向另一侧对称弯曲;组成每条凸点带的凸点为大小相同的球缺形凸点,相邻凸点带的横向间距自两端向中间逐渐加宽。2.根据权利要求1所述拍球配合优化型柔力球,其特征在于凸点带自两端向中间逐渐加宽的方式是横向并列的凸点数自两端向中间逐渐增加。3.根据权利要求2所述拍球配合优化型柔力球,其特征在于凸点带自两端向中间逐渐加宽的方式是横向并列凸点之间的距离逐渐增加。4....
【专利技术属性】
技术研发人员:郑智伟,
申请(专利权)人:奥博隆北京体育发展有限公司,
类型:新型
国别省市:北京,11
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