Batch microassembly of MEMS sensors is limited by the manual manipulation required specially trained technicians.
手工操作限制了MEMS传感器的批量生产。
Automatic microassembly system is the key equipment to realize the assembly of miniature function device and interface device.
自动微装配系统是实现微型功能器件、接口器件与微流控芯片装配的关键设备。
Moreover research experiments about the microassembly of capillary and microfluidic chip were done, which have proved that the assembly assignment can be finished successfully.
针对毛细管与微流控芯片装配问题作了实验研究，实验验证此自动微装配系统能够成功完成毛细管与微流控芯片的装配任务。
As one of the common frontier technology of IC manufacturing, micro-manufacturing, and robot manipulation, microassembly and micromanipulation have been researched widely recently.
微装配是电子制造、微制造、机器人操作等制造领域的共性前沿技术之一，近年来得到了广泛的研究与应用。
In this paper, a novel imaging technique is proposed. This technique tracks 3d coordinates of micro-object for micromanipulation and microassembly using a single optical microscope.
微操作目标在三维空间的位置应该被实时的跟踪，本文提出了一种基于单目视觉的新颖的三维跟踪技术。
Our results on experimentation and simulation show that virtual microassembly approach helps to avoid the defocus problem under the microscope and also to make the operation feasible and easier.
试验和仿真结果表明，该方法可以克服物体在显微镜下的失焦问题，而且操作方便。
Our results on experimentation and simulation show that virtual microassembly approach helps to avoid the defocus problem under the microscope and also to make the operation feasible and easier.
试验和仿真结果表明，该方法可以克服物体在显微镜下的失焦问题，而且操作方便。
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