焊接变位机

数控焊接变位机运动精度的影响因素

Investigation of influential factors on moving accuracy of welding positioner

双回转式焊接变位机是一种用途广泛、功能完善的焊接变位设备。

The dual rotation welding positioner is a versatile welding positioner with comprehensive functions .

利用Solidedge软件设计了汽车转向器缸筒的夹具和焊接变位机，建立了弧焊机器人系统。

Using the software , Solid Edge , a set of jigs and manipulator was designed and an arc welding robot system was established .

25t焊接变位机焊接地线导电装置改造

Rebuilt conduction device by welding earth wine of 25 tons positioner

研制弧焊机器人用数控焊接变位机对弧焊机器人柔性加工单元（WEMC）的设计具有重要的意义。

The development of numerically controlled positioner for arc-welding robot is of vital importance to the design of welding flexible manufacturing center ( WEMC ) of arc-welding robot .

数控焊接变位机双模控制器的试验分析

Experimental analysis of two mode controller for digitally controlled welding positioner

数控焊接变位机指令系统的设计与实现

Design and implementation of instruction system for numerically controlled welding positioner

数控焊接变位机到位精度的计算机仿真

Computer simulation of positioning accuracy of numerically controlled welding positioner

焊接变位机在接管和法兰不锈钢堆焊生产中的应用

Application of a positioner to stainless steel cladding for nozzle and flange

数控焊接变位机示教再现控制系统

Teaching and playback control system for numerical controlled welding positioner

大型构件焊接变位机的设计

Designing approach of welding positioner of long weldment

焊接变位机及其智能化计算机辅助设计

Welding positioner and its intelligent computer aided design

弧焊机器人用数控焊接变位机示教盒系统的设计与实现

Design and implementation of teaching box system for arc-welding robotic positioner with digital controlling

焊接变位机的位置模糊控制研究

Research on Position Fuzzy Control of Welding Position-Changer

应用于采煤机滚筒制造的数控焊接变位机的设计与计算

Design and Calculation of Numerical Controlled Welding Positioner Applied to Coal Mining Machine Drum Manufacture

采用微型计算机控制技术，设计实现了任意位置定位的数控焊接变位机的示教系统。

With the micro-computer control technology , the teaching system of NC arc welding robotic positioner is designed and realized .

依据现有进口弧焊机器人的技术特点和工作要求，研制了与之配套的数控焊接变位机。

A numerical controlled positioner has been developed for functional completion of an imported arc welding robot based on its technical characteristics and requirements of arc welding .

增强了数控焊接变位机对复杂工件的适应性，可完成优质高效的焊接过程。

By doing so , the adaptation of the positioner to the complicated workpieces can be improved and the welding process will be fulfilled effectively and excellently .

采用工业控制计算机将模糊控制策略应用于焊接变位机的实时控制研究。

This paper adopts the industrial control computer as the controler , and apply the fuzzy control tactics to the research on real time coned of welding position-changer .

本实用新型的焊接变位机完全实现自动焊接，可以大大提高焊接质量，减轻劳动强度，提高工作效率。

The welding deflector of the utility model can completely realize the automatic welding , raise the welding quality , reduce the labor intensity and raise the work efficiency .

通过将该理论与工业实践相结合，解决并联组合式大型锻压机的构型设计，解决用于复杂工件的多工位灵巧焊接变位机的构型设计等实际问题。

By combining this theory with industrial practice , a serial of parallel combined forging presses are designed and a kind of multi-pose dextrous welding positioner used for complex workpiece is also presented .

本文介绍了双回转式焊接变位机的设计原理、型式、主参数及系列型谱，供装载机、挖掘机、压路机和叉车等工程机械构件，以及其它结构件焊接生产中应用。

The principle , types , main parameters and model family are described in this article for the applications in the structure fabrication in loaders , excavators , road compactors , forklifts and other construction machines and other welded structure fabrications .

弧焊机器人焊接贮气筒的变位机设计

Design of exchange position machine for weiding storage of air with MAG Robot

对曲线焊缝焊接时机器人和变位机之间的协调运动关系进行了研究。

In this paper , coordinate motion of the robot-positioner system is studied for curve welding seam .

研究了焊接时机器人和变位机之间的协调运动关系。

This paper focuses on the study on coordinative motion of the robot-positioner system during welding , taking into account the arc welding technology .

介绍了汽车起重机气路系统的贮气筒采用弧焊机器人自动焊接的工艺过程，着重介绍了配套的焊接变位机的总体结构与PC控制系统。

The automatic welding process to weld the air reservoir for pneumatic system of crane truck using the arc welding robot was presented in this paper , with emphases on the description of the general structure of the ancillary welding positioner and the PC control system .