Design and Simulation Analysis of Binder Clip Conveying Vibration Disc
A special vibration disc was designed to meet the requirements of vertical compact arrangement for conveying in the binder clip quenching process,and motion simulation analysis was performed on the conveying process.Firstly,the structure of the vibration disc was designed and the three-dimensional model was established.Then,the material parameters and dynamic parameters of each component of the vibration disc were determined,and motion simulation was conducted on the vibration disc and its con-veyed material to simulate the motion state of the binder clip in the vibration disc and to verify the ra-tionality of the vibration disc design.ADAMS motion simulation was used to determine the appropriate vibration frequency of the vibration disc to ensure that the binder clip could be stably transported to the exit of the vibration disc in an upright posture,and then into the quenching furnace.And for the easily damaged component,the spring plate in the vibration disc,three different structures were designed and compared through finite element stress-strain analysis,with the optimal structure being determined to be three 3 mm-thick spring plates.Finally,a physical prototype was fabricated to verify that the vibration disc could transport the binder clip in accordance with the quenching process requirements,and the de-sign was found to be reasonable and reliable.
vibration discstructural designADAMSmotion simulationABAQUS finite element analysis
万方数据
维普
