The utility model provides an upward friction-reducing handshake with a lead body. The cross-section of the handshake is C-shaped. The handshake consists of an anti-skid layer, a support layer and an anti-wear layer from inside to outside, and the anti-skid layer, a support layer and an anti-wear layer are integrated. The anti-skid layer consists of a rubber base layer and anti-skid particles distributed on the surface of the rubber base layer. The support layer is an elastic steel sheet, and the two ends of the elastic steel sheet mesh, and A steel wire clamp spring is fixed on both sides of the sheet, and a pin hole is arranged at the coincidence of the two ends of the steel wire clamp spring; the anti-wear layer is foam plastic. The beneficial effects of the utility model are as follows: the three-layer structure is not only skid-proof but also wear-proof, which can effectively alleviate the wear of the hand when the lead is upward; it is easy to use, and the wear-reducing gloves can be put on or removed by bare hands; it has simple structure and low cost, and is especially suitable for the promotion and use of primary and secondary school students.
【技术实现步骤摘要】
引体向上减磨握手
本技术涉及运动器械
,具体涉及一种引体向上减磨握手。
技术介绍
引体向上,是中考和高中体育会考的考试选择项目之一,主要测试上肢肌肉力量的发展水平,为男性上肢力量的考查项目,是自身力量克服自身重力的悬垂力量练习,是最基本的锻炼背部的方法,也是衡量男性体质的重要参考标准和项目之一。引体向上一般在单杠上进行,杠体通常是钢铁材质,极为坚硬,学生们在做引体向上时,手部与杠体摩擦会导致皮肤起水泡、甚至破损。目前亟需有效的解决方法。
技术实现思路
本技术的目的在于克服引体向上时,手部与杠体摩擦会导致皮肤起水泡、甚至破损的问题,提供一种引体向上减磨握手,该握手可以方便的套在杠体上或者将其取下,能够有效解决磨手的问题,结构简单,特别适合中学生使用。本技术是采用以下的技术方案实现的:一种引体向上减磨握手,所述握手的断面为C形,由内至外依次为防滑层、支撑层和防磨层,防滑层、支撑层和防磨层贴合为一体;所述防滑层由橡胶基层和分布在橡胶基层表面的防滑颗粒组成;所述支撑层为弹性钢片,弹性钢片的两端啮合,弹性钢片的两侧固定设置钢丝卡簧,钢丝卡簧的两端重合处设置销孔;所述防磨层为泡沫塑料。进一步的,所述防滑颗粒为石英砂。进一步的,所述弹性钢片表面设置花纹沟槽。本技术的有益效果:(1)三层结构,既防滑又防磨,能够有效缓解引体向上时,单杠对手部的磨损;(2)使用方便,徒手就可以将减磨握手套在杠体上或者将其取下;(3)结构简单,造价低,特别适合在中小学生推广和使用。附图说明图1为实施例引体向上减磨握手的断面示意图;图2为实施例弹性钢片两端啮合示意图;图3为实施例引体向上减磨握 ...
【技术保护点】
1.一种引体向上减磨握手,其特征在于,所述握手的断面为C形,由内至外依次为防滑层、支撑层和防磨层,防滑层、支撑层和防磨层贴合为一体;所述防滑层由橡胶基层和分布在橡胶基层表面的防滑颗粒组成;所述支撑层为弹性钢片,弹性钢片的两端啮合,弹性钢片的两侧固定设置钢丝卡簧,钢丝卡簧的两端重合处设置销孔;所述防磨层为泡沫塑料。
【技术特征摘要】
1.一种引体向上减磨握手,其特征在于,所述握手的断面为C形,由内至外依次为防滑层、支撑层和防磨层,防滑层、支撑层和防磨层贴合为一体;所述防滑层由橡胶基层和分布在橡胶基层表面的防滑颗粒组成;所述支撑层为弹性钢片,弹性钢片的两端啮合...
【专利技术属性】
技术研发人员:尚现达,赵春凤,穆乃国,刘剑,王照京,姚新宇,李佳昊,
申请(专利权)人:北京师范大学青岛城阳附属学校,
类型:新型
国别省市:山东,37
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