嚙合鍵 的英文怎麼說
中文拼音 [niègějiàn]
嚙合鍵
英文
bond-
Size and obliquity of tooth directly influence clutch whether normal operating. it is a key part for ensuring normal operating of aira too. this article fully deduces their compute formula
該齒形的大小、傾角直接影響離合器是否能正確地嚙合和分離，也是保證機構進行正確工作的關鍵部分，本文詳盡推導了它們的計算公式。The study make emphasis on the engaging and disengaging time of clutch translating process, the simulation results fit well with experiment results, and verified the correctness of simulating models
主要的關鍵是研究嚙合和脫開過程的切換時間，模擬結果很符合實驗結果，證明了模型建立的正確性。The simulations get the variation curve of the torque acted on the helical gear spline during translating process, and get the important damping force acted on the middle part during engaging and disengaging process
模擬還求得了作用在螺旋齒花鍵上的扭矩在動態過程中的變化曲線；求得了作用在中間件上，起關鍵作用的阻尼力在嚙合、脫開中的動態變化曲線。3. solve the key problem during the 2d engaging design of the tri - cone rock bit. if you move or rotate any insert with mouse, the other two inserts in the same cycle change same positions
解決了三牙輪鉆頭二維嚙合設計中的關鍵技術?聯動布齒，通過鼠標移動和旋轉任意一個牙齒，同一齒圈上的其它兩個牙齒做相同的位置變動。The two key factors, machining methods and machine - setting parameters of sbg, which are related with the generation of theoretical tooth surface and topographic deviation for sbg, are analyzed in details. after building the machine - tool mathematical model and computing the tooth surface parameters, using the given conditions and mesh equation, the coordinates of the theoretical tooth surface of sbg can be computed, and, then, the theoretical tooth surface model of sbg is derived
本文詳細地分析了形成螺旋錐齒輪理論齒面及產生拓撲誤差的兩個關鍵因素，即螺旋錐齒輪的切齒加工方法和機床調整參數;通過建立機床數學模型，計算齒面參數，用已知條件和嚙合方程進行聯合求解，得出了理論齒面的坐標值，從而獲得了螺旋錐齒輪的理論齒面模型。By means of analyzing the designing parameters of less tooth differenced planetary transmission mechanism with biasing crankshaft, it is pointed out that the meshing angle is a key factor which affects the transmission function of the mechanism
摘要通過對偏曲軸少齒差行星傳動機構設計參數的分析，指出嚙合角是影響機構傳動性能的一個關鍵因素。分享友人