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本文研究了一种低成本的用于家庭游戏和人机交互的数据手套。使用弯曲可变电阻传感器作为主要敏感器件,将手指的弯曲角度转化为电阻的测量。建立阻值与手指弯曲程度的映射,与标准电阻比较的以获取准确的阻值。最后通过标定来适应不同的操作者和场景。所设计的数据手套证明,该方案具有低成本和高耐用性的优点。
This article studies a low-cost data glove for home games and human-computer interaction. The use of curved variable resistance sensors as the primary sensitive device translates the bending angle of a finger into a measure of resistance. Establish a mapping of resistance versus finger bend to compare with standard resistance for accurate resistance. Finally, through the calibration to adapt to different operators and scenarios. The designed data glove proves that the solution has the advantages of low cost and high durability.