这古怪的机器人是一个老式化油器提出，旧玩具推土机零件，小型望远镜，沙拉夹，一个小铜茶壶和烛台部分。
This quirky bot is made of a vintage carburetor, old toy bulldozer parts, mini binoculars, salad tongs, a small copper tea pot, and candlestick parts.
文章针对具有代表性结构的液压挺杆类零件，提出了采用弹性卡盘结构来解决工件装夹问题。
This article proposed a solution to this problem with spring chuck that focused on the holding typical parts such as hydraulic tappets.
文中介绍了该类零件加工中一种行之有效的解决方案——柔性装夹。
In this paper, an effective solution-flexible clamping is introduced for grinding this kind of part.
该零件产量较大，对尺寸的一致性要求高，通过对该夹簧零件结构和成形工艺的分析，确定该零件成形过程。
The output of the part was large so that the requirement for identical dimension was high. Through analysis of clamp structure, forming process was determined.
在车削加工中，异型零件(非回转形零件)装夹困难。
Special parts (non rotary parts) in turning operations are hard to clamp in lathe.
毕业设计的重点是零件数控加工的工艺分析和工艺规划，采用两次装夹的加工方案，制定了各工步的加工内容和切削用量。
Graduation is designed to focus on parts of the NC process of analysis and planning, the use of two processing fixture programme, developed the content for further processing and cutting parameters.
采用毛毡抛光片和新的装夹方法加工平面光学零件，可实现中低等精度平面镜古典法高效抛光。
Using new technology to make plane optical parts with felt polishing pads and new flocking method, the plane optical parts with low or medium accuracy can be efficiently polished in the classical way.
薄壁套类零件的装夹变形和夹持精度，是夹具设计时需重点关注的问题。
It is an important aspect to avoid the deformation of the sleeve type parts with thin wall and keep their held accuracy as the clamp chuck was designed.
通常，在一台带有托板输送系统的柔性制造设备(如柔性制造单元)上一次在托板上只装夹一个零件进行加工。
It is usual to fix only one workpiece on a pallet for machining in a flexible machine with pallet change system.
然后以视觉引导微小型机器人完成微小零件的夹取、搬运和视觉、微力觉引导机器人完成微小零件的组装等典型微操作任务为背景展开实验研究。
Then, some micro-handling experiments such as micro parts gripping, transportion and assembly are done to vertify the validity of miniature robot based automatic micro-handling system.
变更分析变更，项目，制造商，制造商零件，文件夹，创建项目和更改，使用工作流管理流程和发布过程。
Change Analyst changes, items, Manufactures, Mfr. Parts, File Folders Create items and changes, and mange the routing and release process of changes through workflows.
将工件视为弹性体，运用有限元分析软件ANSYS，对采用台钳直接装夹和工装装夹中零件产生的变形进行模拟。
The workpiece was considered as elastomer, and was deformation when clamped both by bench clamp and fixture was simulated with ANSYS.
零件一次装夹后可完成铣、镗、钻、扩、铰、攻丝等多工序加工。
Milling, boring, drilling, countersink, reaming and tapering all these process can be made for just one fixture.
零件一次装夹后可完成铣、镗、钻、扩、铰、攻丝等多工序加工。
Milling, boring, drilling, countersink, reaming and tapering all these process can be made for just one fixture.
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