The invention discloses a stabilization gyroscope and an assembling and testing method thereof, and relates to the technical field of ship stabilization, and the assembling and testing method is characterized by comprising the following steps: pressing a frameless motor into a stator mounting groove in a lower half flywheel frame; a lower connecting shaft of the flywheel is pressed into the frameless motor; a pressing plate and a bearing are fixed on the connecting shaft at the upper part of the flywheel; the upper half flywheel frame and the lower half flywheel frame are locked, a shaft sleeve mounting groove is formed between the bearing and the upper half flywheel frame, and a containing groove is formed in the upper half flywheel frame; a rivet ring is fixedly mounted at the lower end part of the bearing sleeve; the bearing sleeve is pressed into the shaft sleeve mounting groove, and the rivet ring at least partially deforms and protrudes into the containing groove; the upper half flywheel frame and the lower half flywheel frame are installed on a bottom frame through the rotating part; and mounting the underframe on a test platform to test the performance of the stabilization gyroscope. The anti-rolling gyroscope has the advantages that assembling is convenient and fast, and the anti-rolling gyroscope obtained through assembling is good in operation stability.
本发明公开了一种减摇陀螺及其组装测试方法,涉及船舶减摇技术领域,其技术方案要点是:包括如下步骤:将无框电机压装进下半飞轮框架内的定子安装槽内;将飞轮的下部连接轴压装进无框电机内;在飞轮的上部连接轴上固定一抵压盘和轴承;将上半飞轮框架与下半飞轮框架进行锁固,轴承和上半飞轮框架之间形成一轴套安装槽,在上半飞轮框架上设置有一容纳槽;在轴承套的下端部固定安装一个铆环;将轴承套压装进轴套安装槽内,铆环至少部分形变并凸伸至容纳槽内;将上半飞轮框架和下半飞轮框架通过转动部安装在一底架上;将底架安装在一测试平台上对减摇陀螺进行性能测试。本发明具有组装方便快捷,组装得到的减摇陀螺运行稳定性好的优点。
Anti-rolling gyroscope and assembling and testing method thereof
一种减摇陀螺及其组装测试方法
15.10.2024
Patent
Elektronische Ressource
Chinesisch
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