Robotic micromanipulation: b) grippers for biological objects

V. Bučinskas, Jurga Subaciute-Zemaitiene, Andrius Dzedzickis, E. Šutinys, I. Morkvėnaitė-Vilkončienė
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引用次数: 2

Abstract

. Recent progress in the field of microrobotics tightly linked to an ability to grab an object firmly without the damage to the surface and structure. Process of biological object grabbing by microgrippers faces numerous limitations in the mechanical, electric and thermal domains; these limitations varies from case to case with different objects, therefore, analysis in this area was an aim of this review. This paper covers an area of micrometric size biological object manipulation and performs an analysis of used actuators and kinematic chains of the grippers in the sense of their application. Limitations and restriction of microgrippers applications analysed along available publications in numerous recent references as well as their successful implementation history. Paper provides result of analysis as compact big picture, which will be useful for researchers and designers in the area of microrobotics. electromagnetic, piezoelectric.
机器人微操作:b)生物物体的抓手
。微型机器人领域的最新进展与在不损坏物体表面和结构的情况下牢牢抓住物体的能力密切相关。微夹持器抓取生物物体的过程在机械、电学和热等方面存在诸多局限性;这些限制因不同对象的情况而异,因此,本综述的目的是对这一领域进行分析。本文涵盖了微米尺寸的生物物体操纵领域,并从其应用的意义上对使用的执行器和夹具的运动链进行了分析。分析了微夹持器应用的局限性和限制,以及它们的成功实现历史。本文将分析结果作为一幅紧凑的大图提供给微型机器人领域的研究人员和设计者。电磁、压电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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