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引用次数: 29

摘要

我们通过弹性铰链的折叠制造了一个空间微观结构。然而,微折叠带来了困难,例如难以进入,耗时的任务,以及破坏结构。在本报告中,我们建议在微观结构上安装微致动器,将其折叠成平面结构。执行器是基于洛伦兹力,它作用于磁场中的电流。这种驱动器可以简单地通过使用外部磁场来制造。洛伦兹力的振幅可以由电流或磁场控制。而且,力的方向可以由电场的方向来控制。
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3D micro-structures folded by Lorentz force
We've made a spatial micro-structure by folding at elastic hinges. However, the micro-folding causes the difficulties, e.g. hard access, a time-consuming task, and damage to the structure. In this report, we propose installing micro-actuators on a microstructure to fold it out of a planar structure. The actuator is based on the Lorentz force, which acts on a current in a magnetic field. This actuator can be made simply by using an external magnetic field. The amplitude of the Lorentz force can be controlled by either the current or the magnetic field. Also, the direction of the force can be controlled by the direction of the field.
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