摘要
为了能更好地掌握运动者的运动力度,尽可能地减小运动中由于运动过剧造成的损伤,设计了一种气动健身器材,通过实际的气缸压力与霍尔传感器检测出气缸活塞的位移来计算器材使用者所承受的拉力,并结合记录气缸活塞的运动次数来计算运动者消耗的热量,更直观地显示出运动者的运动情况。经过测试,霍尔传感器反应灵敏,检测结果准确,系统稳定性良好,有较高的实用性。
In order to better master movement activists, as far as possible reduce damage due to movement through play, a pneumatic fitness equipment is designed. To calculate the actual tension beared by users, through actual cylinder pressure and cylinder piston displacement detected by Hall sensors, and combined with record of cylinder piston movement number to calculate heat quantity consumption of sporter, more intuitively show movement of sporter . Through test, the Hall sensor is sensitive and detection result is accurate, and system stability is good, and has higher practicability.
出处
《传感器与微系统》
CSCD
北大核心
2014年第1期154-156,共3页
Transducer and Microsystem Technologies
关键词
霍尔传感器
气动健身器材
位移
气缸
Hall sensor
pneumatic fitness equipment
displacement
cylinder
