路振

智能压路机振频控制系统的模糊自适应PID控制

Self-adaptive Fuzzy-PID Control of Frequency Control System of Intelligent Vibratory Roller

尽管由于课题的前沿性和时间的限制，本文对智能型振动压路机振频控制系统PID控制器的设计还没有应用到实际工程中去，但通过理论分析与仿真计算证明该设计是可行的。

Because of the innovation and the time limit , in the paper , the designing PID parameters of the vibration system of the intelligent vibratory roller is still not profound and detail enough and still expect to be improved .

对于数字混频电路，采用NCO数控振荡器产生双路正交本振信号。

In digital mixer module , a dual-way quadrature local signal was generated by NCO .

振动压路机激振转子轴的优化设计

Optimal Design of Vibratile Rotary Shaft for the Vibration Roller

振动压路机起振高压的危害及解决手段

The Hazard of High Vibromotive Pressure on Vibratory Roller and Its Correcting Measures

振动压路机跳振过程的数字仿真与机械和振动参数选取方法的研究

Numerical Simulation of the Condition of Jump of the Roller and Choice of Compactor 's Mechanical and Vibrational Parameters

振动模式可调压路机的激振动力特性建模分析

Analysis on dynamic characteristics of the roller with adjustable vibration mode

研究表明，振动压路机的激振力、振动频率和场地土质条件都是影响振动衰减的重要因素。

Vibration force and frequency of vibration road roller and site soil are important influence factors on ground vibration attenuation .

同时本文也提出了一种全新的光路系统，利用振镜和动态聚焦镜构成的物镜后扫描进行加工。

A new optical system is also proposed in my paper , to use the system of after the scanning objectives lens composed of galvanometer and dynamic focusing lens .

在动态分析基础上设计减振器，同时改善减振器的动态性能是提高压路机的隔振性能的必要条件。

It is essential to improve damping performance of vibrating roller that the isolator rubber is designed on the basis of the dynamic analysis and the dynamic melioration of isolator rubber .