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Plastic latching accelerometer based on bistable compliant mechanisms

机译:基于双稳态兼容机制的塑料闩锁加速度计

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This paper presents the design, fabrication, and testing of a miniature latching accelerometer that does not require electrical power. Latching is attained by using a bistable compliant mechanism that switches from one mechanical position to another when the force on the accelerometer exceeds a threshold value. Accelerometers were fabricated by laser cutting the compliant mechanism switch out of both ABS and Delrin plastic sheets. Packaging consisted of gluing the single compliant layer to a supporting substrate. The switching thresholds of the accelerometers were varied from 10g to 800g by varying the surface area of the free moving section between 100 and 500 mm(2).
机译:本文介绍了不需要电源的微型闩锁加速度计的设计,制造和测试。通过使用双稳态顺应机构来实现闩锁,该机制在加速度计上的力超过阈值时从一个机械位置切换到另一个机械位置。加速度计是通过从ABS和Delrin塑料片材中激光切割柔性机械开关而制成的。包装包括将单个顺应层粘合到支撑基材上。通过将自由移动部分的表面积在100至500 mm(2)之间变化,将加速度计的切换阈值从10g更改为800g。

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