摘要
借助COSMOS Motion对CT床进行运动仿真,分析了各工况下床体铰链及马达的受力,并对上床体铰链的位置进行了优化,为轴承和电机选型提供依据,同时提高了CT床的设计质量,降低了产品研发成本。
Through the CT Table dynamic simulation by COSMOS Motion, analysis the hinge of table and the motor force, then optimize the position of the hinge of table, provide the evidence of selecting bearing and motor, meanwhile enhance the design quality of the CT table and reduce the product design cost.
出处
《中国医疗器械杂志》
CAS
2013年第2期106-108,共3页
Chinese Journal of Medical Instrumentation