Secondly , the adjustment device for light path of the measure system is designed and key structure dimension and assemble errors is studied . accordingly , the system mechanical structure is confirmed 其次,設計了測量系統的光路調節裝置,并進行了主要結構尺寸和裝配誤差的分析,進而確定了系統的機械結構。
In this thesis an in - depth study on the structure , rigidity , assembling error model and assembling strategy of the flexible gyro has been carried out , and an assembly system , which is used to assemble flexible gyro joints , has been established to lay the foundation for automatic and high precision assembly 本課題針對撓性陀螺結構、剛度、裝配誤差模型、裝配策略等問題進行了深入的分析和研究,建立撓性陀螺裝配實驗系統,為撓性陀螺自動化、高精度組裝奠定了基礎。本文采用整體剛度法,進行了撓性陀螺接頭剛度的分析。
And with the software pro / e , the research carried out the molding and assembling of the gearing parts . secondly , according to the rotary error theory , this paper discusses the influence that the side - crack have on the rotary errors and reveal three kinds of rotary errors ( intrinsic errors , assembling errors , other errors ) that may come out in the gear drive 其次,利用回差分析理論分析側隙對回差的影響和齒輪傳動中可能出現的三類回差來源(齒輪本身的固有誤差,裝置誤差,其它誤差) ,并詳細計算了各級傳動中的回差的大小,檢驗結構精度分配的正確性,提出減小回差的措施。