Design and development of embedded system of portable bicycle exerciser

【Author】 Yuan, Yidan; Chen, Wanrui

【Source】MICROPROCESSORS AND MICROSYSTEMS

【影响因子】3.503

【Abstract】A study of Parkinson?s disease (P.D.) recovery shows that couples with high accelerations cycling can reduce infection?s side effects. In this study, the method planned and designed a sophisticated mechanized bicycle to help patients suffering from Parkinson?s disease improve engine work. A sportbike rider can be accurately controlled by increasing the acceleration speed?s participation while obtaining constant test information. Here will find a plan and schedule gadgets and devices, like introducing products and maintaining the same calculation. Two control calculations have been created for the bike. They provide a valid load (static mode), providing a speed reference (dynamic way). In the static method, the cycle, just like a common pneumatic bicycle obstacle with programmable (load), can capture and record the signals required, such as pulse, rhythm and strength. In the strong mode, the bicycle at speed selected by the customer (rhythm) is running. It allows programmable speed changes, the fact that this has become the basis to achieve the desired operational benefits of the engine for P.D. patients. Portable bicycle adaptability and scalability planning allow to quickly change the control of computing and integrate different I / O to accommodate various riding experiences. Besides, the organization will not authorize regulators to provide information on bicycle riding distance during the meeting.

【Keywords】P; D; Embedded system; Wireless sensor; Portable bicycle exerciser; Remote access

【发表时间】2021 MAR

【收录时间】2022-01-02

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