microassembly
英
美
网络 微装配
双语例句
- Recognition, Localization and Motion Control of a Millimeter-Scaled Omnidirectional Microrobot for Microassembly
毫米级全方位微装配机器人的识别、定位及运动控制 - Hybrid microassembly blending of aviation gasoline components
混合集成电路微组装航空汽油组成的调合 - Research on Microassembly Techniques of Spatial Solid State Power-combining Based on Waveguide
基于波导空间固态功率合成的微组装工艺研究 - The experiments indicate that the gripper can work reliably and safely, and can satisfy the needs of microassembly tasks.
实验证明该微夹钳工作可靠，能够满足微装配机器人装配任务的要求。 - Hybrid microassembly mixed or combination container roll-onroll-off ship
混合集成电路微组装混合式或组合式滚装集装箱货船 - XML Task Plan Language via XML for Microassembly Robot ABSTRACT Micro robotic technology is an important branch of MEMS ( Micro Electro Mechanical System), as well as a hot spot in robotics.
摘要微操作机器人技术是微机电系统技术的一个重要分支，也是当前机器人控制领域的一个热点。 - Motion Control and Path Planning for Millimeter Size Mobile Microrobot Based Microassembly System
基于毫米级移动微机器人的微装配系统运动控制与路径规划研究 - Large scale compound integration hybrid microassembly
大规模组合集成电路混合集成电路微组装 - The micromanipulation and microassembly technology is the important component of micro electronic mechanical system application. The research of micromanipulation control is very important to the application of micromanipulation. The Performance of control method and control effect directly influences on the precision and efficiency of micromanipulation.
微操作技术是微机电系统应用中重要的组成部分，研究微操作的控制问题对于微操作的应用具有重要的作用，控制方法和控制效果的好坏直接影响微操作的精确度和工作效率。 - A microassembly robot system with multi-manipulator cooperation
具备多操作手协调的微装配机器人系统 - The relationship between image coordinate system and world coordinate system is confirmed by the calibrations of microassembly and visual systems.
通过对微装配系统和视觉系统的标定，得到图像坐标系和世界坐标系的关系。 - 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。 - State of the art, basic characteristics, current fabrication technology and applications of the Si-based microassembly are described.
本文描述了Si基微组装技术的目前状况、基本特点和一般制作工艺以及应用概况。 - 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。 - The development trends of the microassembly robot and the microassembly techniques in the future are discussed.
最后展望了微装配机器人及其关键技术的发展趋势。 - Study of Visual Servoing for Microassembly Based on Focus of Microscope
基于显微镜聚焦的微装配视觉伺服研究 - Micromanipulation/ Microassembly system for intelligent manufacturing, as the center of MEMS ( Micro-Electro-Mechanical System), which is an important way to intelligent micro-manufacturing, has gained more and more attention and application.
智能制造中的微操作/微装配系统，作为微机电系统（MEMS，Micro-Electro-mechanicalsystem）的核心，是微细智能制造的重要实现手段，得到了越来越多的重视和应用。 - 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。 - Progress and Development Trend in Microassembly Technology
微装配技术的进展和发展趋势 - Microassembly robot is the combination of robotic assembly and micromanipulation, and microscopic vision servo is the main controlling method for the microassembly robot.
微装配机器人是机器人化装配与微操作技术相结合的产物，而显微视觉伺服则是目前微装配机器人的主要控制手段。 - Microassembly robot is the product of the robotic assembly processes and micromanipulation technologies.
微装配机器人是机器人装配工艺和微操作技术相结合的产物。 - Compared with the conventional method and the single reinforcement learning, the mixed learning method achieves higher microassembly accuracy and precision.
同常规方法和单一的增强式学习方法相比，该混合学习方法实现了较高的微装配准确度和精度。 - With the deeply cognition of the micro domain and the rapid development of the micro electro mechanical systems, the technology of microassembly robot gradually come to maturity.
随着人们对微观领域更深入的认识以及微机电系统的迅猛发展，微装配机器人技术也日趋成熟。 - In a typical microassembly situation there are non-planar objects and several different focal planes.
在微操作过程中存在非平面目标，同时需要聚焦于不同的高度。 - Several topics have been discussed about the positioning control scheme of micromanipulators and the operation control scheme of micro-grippers respectively, such as functionality in microassembly, control structure and physical control signals.
详细论述了三手协调微操作机械手的定位控制方案和微夹钳的操作控制方案，分析了两者在装配中的作用，给出了各自的控制结构和底层的物理控制信号。 - For a microassembly system, the microassembly accuracy and precision are important performance indices.
对微装配系统而言，微装配的准确度和精度是重要的性能指标。 - Therefore, a mixed learning method that integrates the supervised learning and the reinforcement learning is developed and then employed for the microassembly path planning.
因此设计了一种监督&增强式混合学习方法，并将其应用到微装配操作的路径规划中。 - The conventional path planning method can not ensure high microassembly accuracy and precision.
微机器人携带零件前往微装配区域进行装配操作涉及到运动路线的选择问题，常规路径规划方法不能实现较高的微装配准确度和精度。 - At present, there are some drawbacks on the aspects of microrobot motion control and microassembly path planning method, which influences the microassembly accuracy and precision.
目前，该系统在微机器人运动控制和微装配路径规划的一些方面存在不足，影响了微装配的准确度和精度。