Based on the analyses of micro-assembly tasks, the function needed for micro-assembly system was discussed.
在分析微装配特点的基础上，讨论了微装配系统的功能需求和组成。
In order to improve the resolution and accuracy of micro-assembly systems, a novel sub-pixel edge detection and center localization algorithm for micro-parts is presented.
为了提高微操作系统的装配精度，提出了一种新型的亚像素边缘检测和中心定位算法。
It is the essential instrument in manipulating micro objects and has been widely used in biology and assembly of MEMS parts.
它是操作微小物体的必备工具，广泛用于细胞级生物医学操作和MEMS器件装配领域。
Take the assembly of micro electric pump in a corporation in Zhejiang as example, the standardized time is presented based on the analyses of its structure and assembly process.
并以某企业的微型电泵装配为例，在分析其结构和装配工艺流程的基础上，得出其装配的标准作业时间。
The automatic assembly system consists of a micro force sensor integrated micromanipulator, a bonding centre with three working cells, and a microscopic vision module.
在此基础上确定了自动组装系统的组成结构，并详细介绍了研制的具有力感知功能的微操作手、三工位键合炉以及显微视觉等关键技术模块。
The micro Angle error between optical coordinate and mechanical datum coordinate of robot vision instrument due to mechanical assembly can be corrected by high accuracy calibration.
机器人视觉仪器由于机械安装引起的光学坐标系与机械基准坐标系之间的微小的角度误差可以通过高精度标定修正。
Also disclosed is the use of this micro cuvette assembly (1) in the carrying-out of a method for examining biological samples.
另外还披露在用于检测生物样本的方法中使用这种微型试管组件(1)。
Whether you require a Flat Flexible Cable (FFC), Micro-Coaxial or a Discrete Wire assembly we have the experience to create the solution you need.
无论您是需要扁平电线(FFC)、微同轴，还是需要离散线组装，我们都有经验并且能够根据您的需要制定解决方案。
According to the requirement of the assembly of a shaft and a sleeve for coaxiality, a coaxial positioning system was presented based on the flexible decoupling beams and micro-vision technology.
针对偶件装配对同轴度的要求，提出了一种基于柔性解耦梁和显微视觉技术的同轴定位调整系统。
Micro adhesive bonding technology shows great potential in the assembly of micro-electro-mechanical system (MEMS) products.
微胶接技术非常适用于微机电系统产品的自动化装配过程。
A method is presented to manipulate microspheres using liquid bridge forces to overcome the influence of adhesion during micro-electro-mechanical system assembly.
为了克服粘着对微机电系统装配的影响，提出了一种利用液体桥力实现微球转移操作的方法。
A new method for three - dimensional coordination transform based on stereo vision in micro - assembly system.
提出了基于立体视觉的微装配系统中微器件三维坐标变换的方法。
Second assembly aid film (44) generally is in contact or close proximity to first assembly aid film (42) and has a third array of third micro-holes (52) adapted to receive prove pins (14).
第二装配辅助膜(44)通常接触或者紧密地邻近所述第一装配辅助膜(42)并且具有适于接收探针(14)的第三阵列的第三微孔(52)。
Silicon micro -optical force sensors were also developed to study and optimize the geometry and operation procedure of the microinjectors and self-assembly positioning chip.
研制了硅微光学力传感器，并用来研究和优化显微注射器自组装定位芯片的几何结构和操作程序。
An automatic focusing system of micro-vision for micro alignment assembly was developed.
开发了用于显微视觉对准装配的自动聚焦系统。
Aemission spectrometer, micro-hardometer, optical microscope and scanning electron microscope were used to analyze the reason of crack on connecting rod unit assembly for piston of car engine.
采用直读光谱仪、显微硬度机、光学显微镜和扫描电子显微镜等分析手段，对失效的汽车发动机活塞连杆总成断裂原因进行了分析。
First assembly aid film (42) is typically positioned between second surface (48) and support frame (40) and includes a second array of second micro-holes (50) adapted to receive probe pins (14).
第一装配辅助膜(42)典型地位于所述第二表面(48)和所述支撑架(40)之间并且包括适于接收探针(14)的第二阵列的第二微孔(50)。
First assembly aid film (42) is typically positioned between second surface (48) and support frame (40) and includes a second array of second micro-holes (50) adapted to receive probe pins (14).
第一装配辅助膜(42)典型地位于所述第二表面(48)和所述支撑架(40)之间并且包括适于接收探针(14)的第二阵列的第二微孔(50)。
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