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本发明是关于液浮支承仪表的改进,特别是关于用低粘度浮液陀螺的改进,更具体地说是关系到这些陀螺应用1,2,3,4──四溴六氟丁烷浮液的问题。 浮子陀螺是一种马达被装进浮子里的陀螺。选择浮液的密度等于浮子的密度,于是浮子为绕其输出轴旋转而支承在实际上无摩擦的框架轴承上。陀螺液也可防止部件受冲击,并提供一个阻尼作用和为消除马达发热而提供的热传导作用。阻尼时浮子进动的影响大部分由液体本身产生的情况下,通常选用高粘度液体。然而,如果陀螺中的阻尼是不希望有的,或者对采用电的和小孔阻尼的情况,那么最好选用低粘度液体。 除了以上在单个陀螺中的应用以外,陀螺液还可用于这样的系统,在该系统中有一个或多个陀螺,一个或多个速率陀螺或加速度计,和有关装置都被安装在浮在液体里的平台上。对于这种应用的液体通常是稠密的,而对悬浮和热传导而言则通常是低精度的液体。
This invention relates to improvements in float support gauges, and more particularly to improvements in low viscosity float tops and, more particularly, to these gyroscopic applications of 1,2,3,4-tetrabromohexafluorobutane The problem. Float gyro is a motor is installed into the float of the top. The density of the float is chosen to be equal to the density of the float so that the float rotates about its output shaft and is supported on virtually frictionless frame bearings. Gyro also protects components from impact and provides a damping effect and heat conduction to eliminate heating of the motor. Most of the effects of precession of the float during damping are generated by the liquid itself, usually using a highly viscous liquid. However, if the damping in the gyroscope is undesirable, or in the case of electrical and pinholes damping, it is best to use a low viscosity liquid. In addition to the above applications in a single gyro, gyro fluids can also be used in systems in which one or more gyros, one or more rate gyros or accelerometers, and related devices are installed in a system that floats in liquid In the platform. Liquids for this application are generally dense, while liquids, which are usually low-precision for suspension and heat transfer.