The Fuzzy Reliability-Optimization Design And Dynamic Simulation Of Rocking Conveyer

As the traditional conveying machinery, rocking conveyer is widely used. This article designed the conveying machine using fuzzy reliability-optimization design theory and the dynamic simulation technology to adapt the work requirement well.Firstly, the article analyzed and studied the fuzzy reliable-optimization design theory detailedly. The fuzzy reliable-optimization design method is a new method which introduced fuzzy design theory and method based on the theory and method of traditional design, conventional reliability and optimized design. It deepened and developed the above theory and method of design.Secondly, the article designed the three-level skewed tooth cylindrical gear transmission system on conveying machine using fuzzy reliable-optimization design theory. In the foundation of comprehensively anglicizing the design request and working condition, through the union of reliability and fuzzy optimized designing theory, it established gear model which took the fuzzy reliability as the constraint condition. The paper elaborated the method that fuzzy optimal model was changed to ordinary optimal model by cut sets was interpreted. Also it used the method of optimal level cut sets and two level fuzzy synthesis judgments to determination the optimal level. So, it changed the fuzzy optimal model to ordinary optimal model.Thirdly, on the basis of introduction of ADAMS software, kinematic simulation connecting rod was carried through. Kinematic disciplinarian and characteristic of driven part can be seen clearly through the framework simulation using ADAMS. Dynamics model can be perfected time and again until kinematic demand is satisfied. The best design project can be obtained in a short time without the waste of material using this method. Finally, the article carried out optimal design and analysis of the framework on the basis of parameter design variable using optimal function.