为实现装置的模块化和精准化设计，并提高设备运行的安全性和稳定性，设计一种车载自动调节调平装 置。使用Ansys Workbench 对机电式自动调平装置进行静载强度分析和模态分析，以验证自动调平装置的强度性能， 确认装置支腿与光学平台不发生共振。结果表明：该调平装置满足一般工况条件下的承载要求，且其支腿和光学平 台振型状态不会相互发生共振。
In order to realize the modularization and precision design of the device, and improve the safety and stability of the equipment operation, a vehicle automatic adjustment and leveling device was designed. The static load strength analysis and modal analysis of the electromechanical automatic leveling device were carried out by ANSYS Workbench to verify the strength performance of the automatic leveling device and confirm that the device leg does not resonance with the optical platform. The results show that the leveling device meets the load bearing requirements under general working conditions, and the mode state of the leg and the optical platform does not resonance with each other.
魏 国.基于Ansys Workbench 的机电式自动调平装置设计[J].,2021,40(11).复制