An active-passive integrated all-metal micro-vibration control device

Abstract

The invention discloses an active and passive integrated all-metal micro-vibration control device which comprises a supporting rod, diaphragm springs and the like. The supporting rod penetrates in a first shell inner cylinder, and a coil support is fixedly installed at the other end of the supporting rod through a supporting plate. A voice coil motor rotor is installed on the coil support and moves transversely between an inner ring permanent magnet and an outer ring permanent magnet of a voice coil motor stator in the axial direction. One end of a metal spring is fixedly installed at the connecting opening position of a second shell and a first shell through an end cover, and the other end of the metal spring is matched with the end portion of a limiting sleeve. The limiting sleeve is supported in the second shell through a metal rubber gasket. The metal spring is connected with external equipment through an inner thread at the end portion and presses the limiting sleeve. The diaphragm springs are installed between the supporting rod and an end cover of the first shell, between the coil support and the inner wall of the end cover of the first shell and between the supporting plate of the coil support and the end cover of the metal spring. According to the active and passive integrated all-metal micro-vibration control device, wide-frequency-band micro-vibration control can be achieved, the vibration isolation effect of a vibration isolator is improved, and adaptability to various complex environments is improved.

Description

technical field [0001] The invention designs an active-passive integrated all-metal micro-vibration control device, which is suitable for suppressing the micro-vibration generated by the mechanism during operation or reducing the influence of environmental disturbance on sensitive equipment. Background technique [0002] With the increasing development of science and technology, the precision and resolution of equipment and loads are getting higher and higher, and the stability requirements of the working platform where they are located are also getting higher and higher. Inevitably, it will inevitably have an adverse impact on the stability of the platform, which will further affect the full performance of sensors and other equipment. Therefore, a stable working platform has become a prerequisite for the normal operation of high-performance sensors and other equipment, and micro-vibration control is to improve the platform. effective way to stabilize. [0003] Stabilizing ...

AI Technical Summary

Problems solved by technology

Traditional vibration isolators (including rubber, etc.) can not take into account the complex and harsh environment adaptability and good vibration isolation performance such as high radiation, atomic oxygen and dust, and can not take into account good fatigue resistance and long-term dynamic load Stability of performance under action

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