Android-Based Measurement Design of Leg Muscle Power

PILLAR OF PHYSICS Pub Date : 2022-07-06 DOI:10.24036/12329171074

Muhammad Irsyad, -. Yohandri, -. Asrizal, N. Ihsan

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引用次数: 0

Abstract

Leg muscle power is a combination of strength and speed, or maximal muscle performance at maximum speed. At this time the measurement of leg muscle power is still using manual tools that require a lot of people, and the measurement of leg muscle power is still lacking the jump distance. Based on the problems obtained, the author makes a production Android-based measurement design of leg muscle power. This study aims to determine the performance and specifications of Android-based measurement design of leg muscle power. This research is an engineering study to determine the performance specifications and design of an android-based leg muscle strength measurement tool. Based on the results of the analysis of the data obtained, the performance and design specifications of the tool are obtained. The performance specifications of the tool acquire the mechanical shape of the tool. The tool will automatically measure the strength of the leg muscles, and the measurement results can be viewed via Android. The design specifications are obtained from the characteristics of the sensor, accuracy and precision of the tool. Sensor characteristics can be seen from the load cell and ultrasonic sensors. The accuracy level of the leg muscle explosive power measurement tool obtained is 98.06%, and the instrument precision level obtained is 95.30%.

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基于android的腿部肌肉力量测量设计

腿部肌肉力量是力量和速度的结合，或在最大速度下的最大肌肉表现。此时腿部肌力的测量还在使用需要大量人员的手工工具，而且腿部肌力的测量还缺乏跳跃距离。基于所发现的问题，笔者进行了基于android的生产腿肌力测量设计。本研究旨在确定基于android的腿部肌肉力量测量设计的性能和规格。本研究是一项工程研究，旨在确定基于机器人的腿部肌肉力量测量工具的性能规格和设计。根据所获得数据的分析结果，得出了刀具的性能和设计指标。刀具的性能指标获得刀具的机械形状。该工具将自动测量腿部肌肉的力量，测量结果可以通过Android查看。根据传感器的特性、刀具的精度和精度得出设计规范。传感器的特性可以从称重传感器和超声波传感器上看出。所获得的腿部肌肉爆发力测量工具精度水平为98.06%，所获得的仪器精度水平为95.30%。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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PILLAR OF PHYSICS

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