运动控制的单夹具射灯设计用于白炽灯泡，而且便宜。
Motion controlled single fixture spotlights are designed for incandescent bulbs and are inexpensive.
针对低刚度零件的数控加工工艺系统，提出了一种可控制工件变形的夹具系统。
Fixture system of machine tools for controlling workpiece deformation is put forward taking aim at NC machining system for low rigid part.
这些工作模块还可以与自动化送料系统、定位和调试单元、机器人、部件控制和测试站，以及所有必要的夹具进行集成。
These work modules can also incorporate automatic feeding systems, positioning and adjustment units, robots, subassembly control and test stations and all necessary fixtures.
介绍一种基于高速开关电磁阀的数控夹具压力控制系统的设计原理和实现方法。
Presents the design principle and the implement of a pressure control system of numerical control fixture based on high-speed on-off valve.
控制螺栓防止挤肩以上的夹具装配紧缩，防止粉碎管的可能性。
Control squeeze shoulder bolt prevents over tightening of the clamp assembly, preventing the possibility of crushing the tube.
该夹具采用气液联合控制系统以实现油管的快速、平稳装夹。
This clamping instrument uses pneumatic and hydraulic united controlled system to realize the quick and stable clamp of the oil-tube.
通过自动设备控制，工作夹具会自动向上和向下移动。
Through the control of the auto device, the working clamp will automatically move up and down.
详细说明了基于P LC控制的自动翻转夹具的原理、结构和使用方法，并结合实例给出了PLC的梯形图和液压原理图。
The article particularizes the theory, configuration and use ways of turnover drill press clamp under the control of PLC. And finally shows the trapezoid drawing of PLC and hydraulic pressure chart.
设计了确保加工精度的工装夹具，优选出了最佳的使用刀具材料，优化了刀具加工路径及误差控制策略。
The processing technology strategy is introduced in following aspect such as design of fixture, tool selecting, optimization in tool path and error control.
根据GB4156- 84《金属杯突试验方法》，研制在伺服万能试验机或微机控制压力试验机上应用的杯突试验夹具。
According to GB4156-84 "the method of metal cupping test", develop the cupping grips that can be used in servo universal testing machine and computer control pressure testing machine.
本文主要介绍了CH10 15车身总成焊接夹具结构及其PL C全自动控制。
This paper mainly introduces the structures, PLC automatic control of welding clamp of the body of CH1015 motor-car.
本文对夹具系统的控制工作过程及控制策略进行简要说明。
The progress and policy of control of the fixture system were introduced.
本机床由动力头、刀盘结构、床身结构、夹具平台结构、电气控制系统等五大部件组成。
The machine consists of power head, cutter structure, bed structure, fixture platform structure, electrical control system, etc.
过程控制包括过程参数、与过程有关的特殊特性、机器卡具夹具制造用工具。
Process control includes process parameters, process-related special characteristics, machines, jigs, fixtures, tools for manufacturing.
该仪器是根据电磁理论和力学平衡原理设计的，由定时器、电流调节器和电流表、控制电路及电磁夹具所组成。
Theinstrument is designed based on electromagnetic theory and principle of equilibrium in mechanics and composed of a timer, a current regulator and meter, control circuits and two-arm pinchers.
介绍了其机械结构、气动系统、电气等方面的控制方式及其测试原理，以及随行夹具与接线触头座的设计。
This article also introduces the control ways and testing principles of its mechanical structure, pneu-matic system and electrical system. It tells how to design its fixture and terminal.
第二章，针对复杂宝石加工专用装备夹具针杆刚性较差的问题，提出了基于有限元分析的夹具针杆挠度控制技术。
In the second chapter, aiming at solving the rigid problem of the jig needle bar, an accuracy control method based on FEA was put forward.
唯一最重要的差别是镗夹具一般用于控制衬套，或者在机器操作时支撑镗杆的外端。
The only major difference is that boring jigs are normally fitted with a pilot bushing or bearing to support the outer end of the boring bar during the machining operation.
电子束焊机由电子枪、高压电源、真空机组、真空焊接室、电气控制系统、工装夹具与工作台行走系统等部分组成。
Electron beam welding machine consists of electron gun, high-voltage power, vacuum unit, vacuum welding chamber, electrical control system, fixture and working station running system and etc.
本文主要介绍了CH1015车身总成焊接夹具结构、气动控制及其设计要求。
In this paper, the structures pneumatic control and main design point of welding jongs of the body of CH1015 motor-car are introduced.
线杆驱动电机、绕线杆位置传感器、转位驱动电机和定子夹具位置传感器均与控制器连接。
The wiring rod driving motor, the position sensor of the wire winding rod, the shift driving motor, and the position sensor of the stator clamping tool are respectively connected with a controller.
描述了机器人辅助腹腔介入治疗中的手术规划模型和虚拟夹具（VF）方法，研究了引导型和障碍型两类虚拟夹具的空间运动约束生成方法以及基于导纳控制的综合控制策略。
In this method, the virtual fixtures(VF) is used to assist task planning at the operator′s side and the impedance control is used, which is robust against the model errors at the slave robot side.
例如，智能安全盾功能是一个动态的，三维仿真的机械部件，模具，夹具和工件都显示在CNC控制屏幕上。
For example, an Intelligent Safety Shield feature is a dynamic, 3-D simulation of machine components, tooling, fixturing and workpiece all displayed on the CNC control screen.
该机构主要由自动安装夹具，坯料、工件拾取机械手，动力及控制系统组成。
The automatic baiting agencies mainly consist of the automatic fixture, the manipulator for picking up the workpiece and billets and the drive and control system.
该机构主要由自动安装夹具，坯料、工件拾取机械手，动力及控制系统组成。
The automatic baiting agencies mainly consist of the automatic fixture, the manipulator for picking up the workpiece and billets and the drive and control system.
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