A new automatic measurement system for a bicycle

J. Chen, Fuliang Wen, Chang-Hua Lin, Deng-Fa Lin
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引用次数: 6

Abstract

This study proposes a new automatic bicycle-borne measurement system to quantify the pressing force on the pedals, detect the pedal cranks' rotations, compute the rear wheel's traveling distance and speed, calculate the accumulated calories burned and the equivalent fat loss incurred within the rider through cycling and, in addition, render a travel clock. The proposed system, with a built-in microprocessor, processes the measured data and displays the computed output, including the time, the traveling distance and speed, the accumulated calories burned and the equivalent weight (fat) loss during the cycling, via an LCD panel. The computation methods are detailed. The proposed system would convert a regular bicycle into a unique double-purpose equipment for both traveling and fitness exercise, usable both indoors and outdoors on both sunny and rainy days. The test results of this study's prototype are also listed and compared with standard or reference data in this paper.
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一种新型自行车自动测量系统
本研究提出了一种新的自行车自动测量系统,该系统可以量化踏板上的压力,检测踏板曲柄的旋转,计算后轮的行驶距离和速度,计算骑车者通过骑行所消耗的累积热量和消耗的等效脂肪,并给出一个骑行时钟。该系统内置微处理器,处理测量数据,并通过LCD面板显示计算输出,包括时间、行驶距离和速度、累计燃烧的卡路里和循环过程中的等效重量(脂肪)损失。详细介绍了计算方法。拟议中的系统将把一辆普通的自行车变成一种独特的双重用途设备,既可以旅行又可以健身,无论晴天还是雨天,都可以在室内和室外使用。本文还列出了本研究原型的测试结果,并与标准或参考数据进行了比较。
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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