The basic theory of the axial drifting of the cylinder on a welding roller ded is introduced in the the paper,at,the same time,experiment and study for the mechanism of axial drifting of the cylinder have been done on...The basic theory of the axial drifting of the cylinder on a welding roller ded is introduced in the the paper,at,the same time,experiment and study for the mechanism of axial drifting of the cylinder have been done on an experimental of the welding roller bed.It shows that the main cause of the axial drifting of the cylinder lies in the existence of spiral angle between cylinder and rollers.the relative axial motions between rollers and cylinder are composed of spiral motion,elastic slide and frictional slide.The theory of the compatible motion and the non-compatible one is put forward for the exial motions of the cylinder.The relative axial motion between rollers and cylinder is coordinated by elastic slides and frictional slides between two ones.展开更多
汽车制造领域中,车身的输送、转接/转挂是实现生产高度自动化的重要环节.以PLC为核心,采用D ev iceN et现场总线控制方式,接收现场采集的检测信号,控制相应执行机构动作,应用滑橇式输送机,根据生产工艺输送汽车车身,对车身位置进行精确...汽车制造领域中,车身的输送、转接/转挂是实现生产高度自动化的重要环节.以PLC为核心,采用D ev iceN et现场总线控制方式,接收现场采集的检测信号,控制相应执行机构动作,应用滑橇式输送机,根据生产工艺输送汽车车身,对车身位置进行精确定位,完成车身的自动转接/转挂,确定最佳的物流状态.PLC+工业现场总线的控制系统大大提高了汽车生产线的自动化程度,减轻了工人的劳动强度,提高了生产效率,对现代工业起着越来越重要的作用.展开更多
文摘The basic theory of the axial drifting of the cylinder on a welding roller ded is introduced in the the paper,at,the same time,experiment and study for the mechanism of axial drifting of the cylinder have been done on an experimental of the welding roller bed.It shows that the main cause of the axial drifting of the cylinder lies in the existence of spiral angle between cylinder and rollers.the relative axial motions between rollers and cylinder are composed of spiral motion,elastic slide and frictional slide.The theory of the compatible motion and the non-compatible one is put forward for the exial motions of the cylinder.The relative axial motion between rollers and cylinder is coordinated by elastic slides and frictional slides between two ones.
文摘汽车制造领域中,车身的输送、转接/转挂是实现生产高度自动化的重要环节.以PLC为核心,采用D ev iceN et现场总线控制方式,接收现场采集的检测信号,控制相应执行机构动作,应用滑橇式输送机,根据生产工艺输送汽车车身,对车身位置进行精确定位,完成车身的自动转接/转挂,确定最佳的物流状态.PLC+工业现场总线的控制系统大大提高了汽车生产线的自动化程度,减轻了工人的劳动强度,提高了生产效率,对现代工业起着越来越重要的作用.