采用PLC对数控机床的加工工艺流程、步进电机的旋转以及零件输送带的运动进行控制。
The rotating of the stepping motor, the working procedure of the NC Machine Tools and the movement of the conveyer belt are controlled by PLC.
提出了将普通磨床改装成带主动测量装置的半自动数控磨床的方案，并介绍了控制原理。
An idea of transforming a common milling machine into a half automatic nc system with auto -measuring device is presented. The control principle is introduced, too.
薄壁管数控弯曲中带芯头的柔性芯模是提高薄壁管件成形极限和成形精度的关键因素。
The mandrel(including flexible balls) is the key to improving the forming limit and forming precision in thin-walled tube NC bending process.
介绍了财塑导轨应用于数控机床上的结构形式和TS F型贴塑导轨软带的粘接操作工艺。
This paper presents the structural style of plastic-iron slideways applied for CNC machine tools and the process for sticking TSF model plastic-iron slideway.
对六轴联动数控砂带磨床自动编程部分关键技术进行研究。
Key technologies for automatic programming of a six-axis CNC belt grinding machine are studied.
使用数控切管机切割带焊接坡口的相贯线时，手工编程效率低下。
Manual programming is inefficient when using CNC pipe cutting machine cuts intersection lines with welding groove.
活动机头由步进电机拖动，数控系统控制，液晶触摸屏带门窗下料软件。
The moving head is dragged by stepper motor, controlled by CNC, LCD panel have a software for cutting.
阐述了自适应增量弯曲的基本原理与试验数据处理方法，建立了自适应增量弯曲特征线方程，并将其应用到壁板类带筋结构件的数控弯曲成形过程中。
The characteristic line equation of adaptive bending is established and applied to the numerical control of the bending forming of ribbed structural parts.
本文还就数控砂带磨削机床的安装和调试展开了讨论，并提出了安装和调试应注意的问题。
The article discussed the installation and adjustment of NC sand belt grinding machine and to raise a proposal where need to pay attention.
讨论了在五坐标数控机床上加工曲面时刀具走刀步长和切削带步长与加工误差的关系并推导了计算公式。
The relation of the step length of cutting tool with mechanical error when machining curved face in the 5 coordination NC machine, and the calculating formulas are deduced.
在对叶片进行数控铣削和砂带抛光磨削的研究基础上，提出了一种叶片数控砂带复合磨削加工的方法。
Based on the research of CNC milling and belt polishing grinding, an approach of CNC belt complex grinding has been presented.
阐述了数控包带机平包主绝缘技术操作原理及工艺参数的设定。
The flat coilling major insulation with numerical control coilling machine is introduced.
本机采用微电脑数控装置，设定切带长度，精度准确，操作简单，耗损少。
Them/c is adopted micro-computer numerical controlling device to set the belt cutting length. precision, simple of operating & low waste rate.
特殊定货：可提供下列装置：1、数显装置；2、数控立车可带恒速切削。走刀系统均为伺服电机控制。
The following devices can be ordered: 1, digital display device; 2, CNC vertical lathe can be equipped with a function of turning in steady velocity.
特殊定货：可提供下列装置：1、数显装置；2、数控立车可带恒速切削。走刀系统均为伺服电机控制。
The following devices can be ordered: 1, digital display device; 2, CNC vertical lathe can be equipped with a function of turning in steady velocity.
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