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METHOD AND APPARATUS FOR DETERMINING ANAEROBIC CAPACITY

机译:测定厌氧能力的方法和装置

摘要

Definition method and apparatus and determining a value for a parameter of an anaerobic capacity. The anaerobic capacity parameter is defined as the time required to fully use anaerobic capacity of a subject carrying a maximum mechanical exercise in controlled conditions. A value of the anaerobic capacity parameter for a subject is generated using a test system. The test system comprises an exerciser device (12), a power characteristic sensor (14) and a processing unit (16). The exerciser (12) comprises a movable component whose movement may be a distance measurement. The exerciser creates a burden on the subject. The performance characteristic sensor (14) is used for detecting the movement of the movable component and the burden on the subject. Data power characteristics, e.g., movement and load data, are generated by the power characteristic sensor. The processing unit (16) is connected to the power characteristic sensor (14) so ​​that the power characteristics data and control signal transfers occur between the processing unit and the output characteristic of the sensor. The improvement in the test system is to include a main control program in the processing unit (16). The main drive control program recording power characteristics data during a test period. A set of representative values ​​of power of the power required to move the movable component is derived power characteristic data. An anaerobic capacity value is determined by analyzing the logarithimique fall of derived power values. The time to completely deplete the logarithmic function approaching derived power values ​​is the value of anaerobic capacity. Values ​​for parameters such as the power of the will,
机译:定义方法和设备,并确定厌氧容量参数的值。无氧能力参数定义为在受控条件下充分利用进行最大机械锻炼的受试者的无氧能力所需的时间。使用测试系统生成对象的无氧容量参数的值。该测试系统包括锻炼器设备(12),功率特性传感器(14)和处理单元(16)。锻炼器(12)包括可移动部件,其运动可以是距离测量。锻炼者给受试者带来负担。性能特征传感器(14)用于检测可移动部件的运动和对象的负担。功率特性传感器产生数据功率特性,例如运动和负载数据。处理单元(16)连接到功率特性传感器(14),以使功率特性数据和控制信号传输在处理单元和传感器的输出特性之间发生。测试系统的改进是在处理单元(16)中包含一个主控制程序。主驱动控制程序在测试期间记录功率特性数据。移动可移动部件所需的功率的一组代表功率值是导出的功率特性数据。通过分析导出功率值的对数下降来确定无氧容量值。完全耗尽对数函数接近导出功率值的时间是无氧容量的值。参数的值,例如意志力,

著录项

  • 公开/公告号EP0493396A1

    专利类型

  • 公开/公告日1992-07-08

    原文格式PDF

  • 申请/专利权人 YORIOKA GERALD N.;

    申请/专利号EP19900912126

  • 发明设计人 YORIOKA GERALD N.;

    申请日1990-08-03

  • 分类号A61B5/22;

  • 国家 EP

  • 入库时间 2022-08-22 05:29:11

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