基于ANSYS Workbench的斜盘理盖机结构优化设计

目的:提高理盖机的准确性和供送速度。方法:运用SolidWorks建立虚拟模型并制造出实物，在Adams中对瓶盖与理盖机进行运动学仿真，对不同转速的结果进行比较分析；利用ANSYS Workbench对装置部件进行工程仿真，得到其固有频率与振型，并进行结构性能优化。结果:理盖机在最优转速下对盖子的损伤最小，设计的新型斜盘理盖机的最佳转速为15 r/min,平均理盖数为402个/min。结论:新型斜盘理盖机运转作业，超额完成预定工作量，性能稳定，满足斜盘理盖机的作业要求。

Structural optimization design of swash plate capping machine cap sorter mechanism based on ANSYS Workbench

Objective: This study aimed to improve the accuracy and feeding speed of the cap arranging unit. Methods: Using SolidWorks to build a virtual model and manufacture a real object, and the kinematic simulation of bottle cap and capping machine was carried out in Adams. Moreover, the results of different speeds were compared and analyzed. ANSYS Workbench was used to carry out engineering simulation of the device components and obtain their natural frequency and vibration mode, and the structural performance was optimized. Results: The cap arranging unit had the minimum damage to the caps at the optimum speed. The optimal speed of the designed new cap sorter mechanism was 15 r/min, and the average number of caps unscrambling was 402 pieces/min. Conclusion: The operation of the new cap sorter mechanism exceeds the scheduled workload stably, which meets the operation requirements of the cap sorter mechanism.