mechanical braking system meaning in Chinese
坏制动系统
机动制动系统
机械制动系统
Examples
- Thirdly , on the basis of detailed research and analysis of the electric - mechanical brake control theory , the conventional control method and adaptive control method are applied on the electric - mechanical brake system
然后,本文对电-机械联合制动控制理论进行了详细的研究和分析,提出常规制动控制和自适应制动控制两种电-机械联合制动的控制方法。 - Test result proved that the computer - controlled brake system is faster , more stable and dependable , computer - controlled brake system is new break - through in the mechanical brake system of maglev train
试验证明,引入计算机控制的制动系统不仅提高了制动的快速性,稳定性和可靠性也有很大提高,计算机制动系统是计算机控制在我校磁浮列车机械制动中的新突破。 - The performance of maglev train ’ s brake system concerns the security of transportation directly . the main research of the subject is the design of mechanical brake system and how to improve the ems low - speed magnetic levitation train mechanical brake system ’ s performance index
磁浮列车制动性能的好坏直接关系到交通运输的安全,本课题主要研究常导低速磁浮列车的机械制动,提高机械制动的性能指标。 - On the basis of electric brake system and mechanical brake system , the electric - mechanical brake control system theory is studied . the brake control system structure is analyzed and set up . correspondingly the brake control method is put forward
本文在低速磁浮列车电制动和机械制动系统的基础上,研究了低速磁浮列车的电-机械联合制动控制理论,分析和构建了制动控制系统结构,提出了相应的制动控制方法。 - This thesis applies the computer control to the mechanical brake system of the maglev train for the first time . through the technology of utilizing industrial computer , numerical control , data gathering etc , we designed the hardware platforms and software systems of computer brake system , realized the automatic control and monitoring of the brake system , and tested it by utilizing the controller parameters designed in the brake system
本文将计算机控制技术应用于磁浮列车的机械制动系统,利用工控机、数控、数据采集等技术,设计了计算机制动系统的硬件平台和软件系统,实现了制动系统的自动控制和监测,利用所设计的控制器参数对机械制动进行闭环控制试验。