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Micro-scale Electrostatic Attach-detach Device for Self-reconfigurable Modular Robotic System

机译:自重构模块化机器人系统的微型静电拆装装置

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We propose a micro-scale electrostatic attach detach actuator device as an enabling component of micro self reconfigurable modular robotic system (SMR), or programmable matter. The system is composed of a number of identical tiny agents that can adhere each other to form arbitral shapes. The actuator is composed of Au electrodes sandwiched by Parylene-C flexible substrate films. The film is made planar, and the SMR agent is realized by wrapping the actuator film around a shell of a unit robot, made by precise 3-D printing. We have measured the adhesive strength to be $99.3 mu {mathrm {N}}$ at 50 V, that is sufficient to perform attach demonstration.
机译:我们提出了一种微型静电附着分离致动器设备,作为微型自重配置模块化机器人系统(SMR)或可编程物质的实现组件。该系统由许多相同的微小代理组成,这些代理可以相互粘附形成仲裁形状。致动器由夹在聚对二甲苯-C柔性基底膜之间的Au电极组成。将胶片制成平面,然后通过将执行器胶片缠绕在单元机器人的外壳上来实现SMR试剂,该机器人通过精确的3D打印制成。我们测得的粘合强度在50 V时为$ 99.3 \ \ mu {\ mathrm {N}} $,足以执行附着演示。

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