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Method and apparatus for operating a vibration isolation system having electronic and pneumatic control systems

机译:用于操作具有电子和气动控制系统的隔振系统的方法和设备

摘要

A method and apparatus for implementing an active vibration isolation system (AVIS) is provided. The AVIS includes a pneumatic control system and an electronic control system. The pneumatic control system supports a mass sensitive to vibration and isolates the mass from high frequency external disturbances. The electronic control system isolates the mass from low frequency external disturbances. The pneumatic control system includes a compliance chamber filled with a fluid to pneumatically support the mass, pressure sensor to measure the pressure level in the compliance chamber, and pneumatic actuator to control the pressure level to minimize the effects of pressure variation in the compliance chamber. The electronic control system includes at least one motion sensor to measure the actual position of the mass as the mass moves due to vibration, at least one feedback system to generate a corresponding signal, an electronic controller to generate signal(s) representing the calculated electronic force needed to compensate for the vibration, and an electronic actuator to generate the electric force to isolate the mass from the external disturbances. The pneumatic and electronic control systems work together to provide high frequency response and eliminate heat dissipation from the electronic control system.
机译:提供了一种用于实现主动隔振系统(AVIS)的方法和设备。 AVIS包括气动控制系统和电子控制系统。气动控制系统支持对振动敏感的物体,并将其与高频外部干扰隔离。电子控制系统将质量与低频外部干扰隔离开来。气动控制系统包括填充有流体以气动支撑质量的柔性室,用于测量柔性室中压力水平的压力传感器以及用于控制压力水平以最小化柔性室中压力变化的影响的气动致动器。该电子控制系统包括:至少一个运动传感器,用于测量质量块由于振动而移动时的质量实际位置;至少一个反馈系统,用于生成相应的信号;电子控制器,用于生成表示所计算出的电子信号的信号所需的力来补偿振动,电子致动器产生电能以将质量与外部干扰隔离开。气动和电子控制系统一起工作以提供高频响应并消除电子控制系统的散热。

著录项

  • 公开/公告号US2003057619A1

    专利类型

  • 公开/公告日2003-03-27

    原文格式PDF

  • 申请/专利权人 NIKON CORPORATION;

    申请/专利号US20020283155

  • 发明设计人 MICHAEL BINNARD;TOSHIO UETA;

    申请日2002-10-30

  • 分类号F16M7/00;

  • 国家 US

  • 入库时间 2022-08-22 00:11:03

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