As the leading study domain, pneumatic servo technique has a regard for the people.
气动伺服技术作为本学科的前沿研究领域,备受人们的重视。
参考来源 - 直线气缸的位置控制研究The system adopts the driving type that fast pneumatic servo drives hydraulic cylinder, which is a typical electro-pneumatic-hydraulic, strong nonlinear, time-lagging and varying, complicated system. Using traditional single closed-loop PID, only air and oil pressure can be controlled.
该系统采用快速气动伺服推动液压缸的传动方式,是一个典型的强非线性、时变、时滞的复杂系统,传统的单闭环PID控制只能控制气压和油压,无法实现力矩和减速度的快速控制。
参考来源 - 基于快速气动伺服的汽车惯性式制动器试验系统应用研究·2,447,543篇论文数据,部分数据来源于NoteExpress
The power mechanism is the core in the pneumatic servo control system.
在气动伺服系统中,动力机构是其核心。
Pressure tracking of a pneumatic servo system plays an important part in the active pneumatic isolation technique.
气动伺服系统的压力跟踪是主动隔振系统中的一个重要环节。
On the basis, the corresponding research on control strategy has been studied for the pneumatic servo positioning system.
在此基础上,对气动伺服位置控制系统进行了相应控制策略的研究。
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