A simulation method and device for practicing hand flexor, which is characterized in that the sliding sleeve is provided with a fastening screw on the column, the column is fixedly connected with the lower end of the base in the ground. Sliding sleeve elevation welding shoulder girdle round tube. The rear end of the thicker spring is sheathed in the round pipe of the shoulder strap and is fastened by the fastening screw. The outer and outer springs are respectively sheathed with big arms and small arms, and are fixed by fastening screws respectively. The shape of the elastic steel sheet without thumb is connected with the front end of the thicker spring. Thenar tube side and thumb metacarpophalangeal welded shape elastic steel sheet surface inside. Thenar, pipe, pipe, section after the thumb thumb section before the tube set has a fine spring, and are fixedly connected by screws. Palm finger structural parts are covered with imitation palm finger shaped silicone gel. The sliding sleeve is fixed by the fastening screw, and has the function of adjusting the arm height. The use of this device and the two simulation training compared to its beneficial effects are: the use of the device can avoid the previous force, two people can only go beyond simulation practice.
【技术实现步骤摘要】
模拟握手屈指擒拿法练习装置
本专利属于体育运动器材领域,特别涉及一种模拟握手屈指擒拿法练习装置。
技术介绍
柴森林、林鑫海编著的《中国擒拿法》中有关握手屈指(巧拿拇指法)有如下描述:“1、甲方位处西侧,乙方位处东侧,双方相对站立,均以右脚在前,左脚在后。互为右手以直掌握手见招,两方虎口相交,掌心相对,目互视右手乙方乘机使劲,紧紧扣握甲方右手掌,左手扶右肘旁策应。2、甲方,承上式,当乙方右手使劲握紧手掌时不求抽脱右手,乘其使劲下撑之势,立即将被握之右手掌指伸开,并坐腕翘掌,使右手掌指朝食指侧上翘,成侧立掌,使食指根部拦住乙方右手拇指上节外侧面;同时使拇指朝掌心屈勾,缠住乙方拇指根节,再使中指屈弯内扣,压在自己的拇指头上,从而紧紧缠住乙的右拇指,目视右手。3、甲方,紧接上动,当缠住乙右拇指后,速将右手内旋转腕下压,利用食指根部掌面,贴着乙方右手拇指上节外侧面,朝其手背虎口内旋拧下压,从而重挫其拇指关节;左手附于右手旁应变,目视右手;乙方右拇指关节被扭,剧痛难忍,被迫伏下就擒。”目前两人做上述练习时,只能是点到为止,不能真实用力,现缺少一种能模拟上述练习,敢于发力用的装置。
技术实现思路
为了能够较好地解决上述
技术介绍
中存在的问题,本专利的目的是提供一种与
技术介绍
所述方法相同的模拟握手屈指擒拿法练习装置,所采取的技术方案是底座下面置于地面,其上面与立柱下端固连。滑套套于立柱外,并设有第一紧固螺钉。肩带圆管焊接连接在滑套立面。大臂管套于较粗弹簧外,由第二紧固螺钉固连。较粗弹簧后端套于肩带圆管内由第三紧固螺钉固连。较粗弹簧中端套于小臂圆管内,由第四紧固螺钉固连。无拇指的 ...
【技术保护点】
一种模拟握手屈指擒拿法练习装置,其特征在于:底座下面置于地面,其上面与立柱下端固连。滑套套于立柱外,并设有第一紧固螺钉。肩带圆管焊接连接在滑套立面。大臂管套于较粗弹簧外,由第二紧固螺钉固连。较粗弹簧后端套于肩带圆管内由第三紧固螺钉固连。较粗弹簧中端套于小臂圆管内,由第四紧固螺钉固连。无拇指的掌指形状弹性钢片后端与较粗弹簧前端焊接连接。鱼际处圆管套于较细弹簧外,由第五螺钉固连。拇指后节圆管套于较细弹簧外,由第六紧固螺钉固连。拇指前节圆管套于较细弹簧外,由第七紧固螺钉固连。鱼际处圆管外侧面与无拇指的掌指形状弹性钢片内侧面焊接连接。无拇指的掌指形状弹性钢片、鱼际处圆管、拇指后节圆管、拇指前节圆管、较细弹簧未套圆管部位外包有仿掌指形状硅胶。
【技术特征摘要】
1.一种模拟握手屈指擒拿法练习装置,其特征在于:底座下面置于地面,其上面与立柱下端固连。滑套套于立柱外,并设有第一紧固螺钉。肩带圆管焊接连接在滑套立面。大臂管套于较粗弹簧外,由第二紧固螺钉固连。较粗弹簧后端套于肩带圆管内由第三紧固螺钉固连。较粗弹簧中端套于小臂圆管内,由第四紧固螺钉固连。无拇指的掌指形状弹性钢片后端与较粗弹簧前端焊接连接。鱼际处圆管套于较细弹簧外,由第五螺钉固连。拇指...
【专利技术属性】
技术研发人员:刘念禹,左洪志,李军,
申请(专利权)人:河北科技师范学院,
类型:发明
国别省市:河北,13
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