首页> 外国专利> METHOD FOR DETERMINATION OF TRUNK SKELETAL MUSCLES SURFACE LAYER TONUS

METHOD FOR DETERMINATION OF TRUNK SKELETAL MUSCLES SURFACE LAYER TONUS

机译:躯干骨骼肌表面层张力的测定方法

摘要

FIELD: medicine.;SUBSTANCE: at first, the value of "individual maximum human length standing, stretched upward, with reduced natural spinal curves in the sagittal plane" is determined according to the results of the two measurement stages: after resting for at least two days in a state of lack of physical and mental fatigue and after moderate physical activity during the warm-up of no more than 8-10 minutes from the start of classes. The maximum of the resulting human growth values is selected. Then the height of a person is determined in standing position maximally stretched up after physical activity. The condition of the trunk skeletal muscle surface layer tonus is determined by the difference between the "individual maximum human length standing, stretched upward, with reduced natural spinal curves in the sagittal plane" with the length in standing position after physical activity at the time of measurement. The smaller the obtained difference is, the more optimal value of the trunk skeletal muscles surface layer tonus is concluded.;EFFECT: method allows accurate, simple and informative determination of the trunk skeletal muscles surface layer tonus condition by determining the difference between the "individual maximum human length standing, stretched upward, with reduced natural spinal curves in the sagittal plane" and the length in standing position after physical activity at the time of measurement.
机译:领域:医学;物质:首先,根据两个测量阶段的结果确定“最大个人站立时的长度,向上伸展,矢状面的自然脊柱弯曲减小”的值:在没有身体和精神疲劳的状态下进行两天的训练,并且在进行中等程度的体育锻炼后的热身过程中,从上课开始不超过8-10分钟。选择最终人类生长值的最大值。然后确定一个人的身高,使其在体育锻炼后最大伸展的站立位置。躯干骨骼肌表面层张力的状况取决于“最大个人站立时的长度,向上伸展,矢状面的自然脊柱弯曲减少”与体力活动后站立时的长度之差。测量。所获得的差异越小,得出的躯干骨骼肌表面层肌张力的最佳值就越多。;效果:该方法通过确定“个体”之间的差异,可以准确,简单,信息丰富地确定躯干骨骼肌表面肌层张力的状态。最大人体站立时的长度,向上伸展,矢状面的自然脊柱弯曲减少”,并且在进行测量时身体活动后站立时的长度。

著录项

  • 公开/公告号RU2611758C1

    专利类型

  • 公开/公告日2017-02-28

    原文格式PDF

  • 申请/专利权人 GIMAZOV RINAT MARATOVICH;

    申请/专利号RU20150146362

  • 发明设计人 GIMAZOV RINAT MARATOVICH;

    申请日2015-10-27

  • 分类号A61B5/107;

  • 国家 RU

  • 入库时间 2022-08-21 13:23:39

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