文章摘要
Guan Yanzhi (管延智),Li Qiang,Wang Haibo,Yang Zhenfeng,Zheng Yuting.[J].高技术通讯(英文),2013,19(3):261~266
The development of real time data driving multi-axis linkage and synergic movement control system of 3D variable cross-section roll forming machine
  
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中文关键词: 
英文关键词: real time data driving, variable cross-section, roll forming, multi-axis ganged, synergic movement
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Author NameAffiliation
Guan Yanzhi (管延智)  
Li Qiang  
Wang Haibo  
Yang Zhenfeng  
Zheng Yuting  
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中文摘要:
      
英文摘要:
      The three dimensional variable cross-section roll forming is a kind of new metal forming technology which combines large forming force, multi-axis linkage movement and space synergic movement, and the sequential synergic movement of the ganged roller group is used to complete the metal sheet forming according to the shape of the complicated and variable forming part data. The control system should meet the demands of quick response to the test requirements of the product part. A new kind of real time data driving multi-axis linkage and synergic movement control strategy of 3D roll forming is put forward in the paper. In the new control strategy, the forming data are automatically generated according to the shape of the parts, and the multi-axis linkage movement together with cooperative motion among the six stands of the 3D roll forming machine is driven by the real-time information, and the control nodes are also driven by the forming data. The new control strategy is applied to a 48 axis 3D roll forming machine developed by our research center, and the control servo period is less than 10ms. A forming experiment of variable cross section part is carried out, and the forming precision is better than ±0.5mm by the control strategy. The result of the experiment proves that the control strategy has significant potentiality for the development of 3D roll forming production line with large scale, multi-axis ganged and synergic movement.
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