Static balance method applied to floater of liquid floated gyroscope

Abstract

The invention relates to a static balance method applied to a floater of a liquid floated gyroscope. The method comprises the steps of installing the floater on a balance support, enabling ball small shafts on two ends of the floater to be located in bearing holes of the balance support, and then putting the floater and the balance support into an oil groove, wherein the oil groove is full of balance oil; putting the oil groove on a vibration table, and enabling the balance support to keep static through adjusting vibration parameters; when the balance oil starts to vibrate, driving the floater to vibrate through the vibration of the oil liquid, and enabling the ball small shafts on the two ends of the floater to separate from the bearing holes, so that static friction disappears, and the floater meets the static balance requirement. The invention relates to the static balance method applied to the floater of the liquid floated gyroscope, through a step of improving the coarse balance of the floater, the balance accuracy of the balance oil is utilized, and the static balance requirement of the gyroscope is met through one step, so that the structure of the gyroscope is simplified, the assembly difficulty is reduced, and the assembly work efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of liquid-floating gyroscopes, in particular to a static balancing method applied to liquid-floating gyroscope floats. Background technique [0002] The static balance of the float is one of the necessary links in the assembly of the liquid floating gyroscope. The static balance of the float can only meet the requirements through two steps of coarse balance and fine balance. The rough balance is to place the float in the balance oil, observe the rotation of the float in the oil environment, and adjust the counterweight of the float to complete the rough balance of the float. There are two types of fine balance methods, one is to add a special fine balance structure to the gyroscope, and the other is to achieve fine balance by simulating the assembly process. These two methods of fine balancing either complicate the structure or complicate the process. [0003] In addition, because the static balance of th...

AI Technical Summary

Problems solved by technology

These two methods of fine balancing either complicate the structure or complicate the process

[0003] In addition, because the static balance of the float needs to go through two steps of rough balance and fine balance, it will increase the working time and reduce the working efficiency

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