Dynamic Analysis And Control Design Of Wire Winding System For Roll Welder

Stressed concrete pipes are widely used in the construction of large bridges and high-rise buildings,with strong yield strength and deformation resistance.In the manufacturing and manufacturing of compressed concrete pipes,the main purpose of unit confirmation is to improve the portability and productivity of concrete pipe structures and play a relevant role in concrete.Therefore,the battery validation process and production quality play a key role in the mechanical property of the tube.The ring mounting machine is the main tool for producing supporting batteries.Due to the mismatch of Internet speed between the material tray and the floppy disk device,the compressed concrete pipe machine currently used by pressure-triggers the spiral confirmation of release or fracture,resulting in the deformation and damage of the skeleton confirmation.Therefore,it is very important to learn the key technologies and tools to improve cell production.Now,we are studying the motion between the rib spiral material and the flower decoration device,and calculating the spin speed of the spin material.The wire discrete subdivision method is used to determine the cable breaking model of dynamic wire rope engine.Name Visual simulation and analysis of the opening force of steel wire rope were carried out through ADAMS,and the accuracy of the device under different working conditions was verified.Through the creation and development of a new two-point confirmation framework,the twopoint material secondary and secondary devices are organized to understand the two-point spiral,while using the rapid response of the engine engine,a management strategy based on the combination of adaptive neural results and PI is proposed to use the rapid response to the constant magnetic synchronous motion.