tooth key 中文意思是什麼
tooth key
解釋
牙鑰，拔牙鍵-
A method of transforming the fem stress analysis results into photo - elastic isochromatic fringe pattern is discussed. and the fem analysis results of the tooth, which is a key part of mmd1250 mineral sizer, is successfully processed by this method
探討了把有限元應力分析結果直接處理成光彈性等差條紋圖的方法，並對mmd1250雙齒輥破碎機輥齒的有限元分析結果進行了處理。 -
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。 -
Side and face cutters with staggered tooth with key drive
鍵傳動交叉齒的三面刃銑刀 -
Interlocking side and face cutters with staggered tooth with key drive
帶鍵傳動的交錯齒的互聯的三面刃銑刀 -
The gateway hardware and the key software ( access through i2c bus 、 the realization of tcp / ip protocol stack and web server, the drivers of ethernet controller and blue tooth module ) is presented in this paper. a study and analysis on the smart home system based on this gateway is presented also. at last, the main center - controlling program and server script program are written in vb and jsp for the center - controlling and remote - controlling emulation of smart home system
論文中作者不僅給出了藍牙家庭網關的硬體設計和軟體實現的主要思想（ i2c總線的訪問技術、 tcp / ip協議棧實現、網卡控制器晶元的驅動程序、 web服務器實現和藍牙模塊的驅動等） ，同時對基於該智能藍牙網關的家居系統做了一些探討和分析。 -
Machining deformation of aircraft monolithic component is simulated by finite element method ( fem ) and validated by experiment. the initial residual stress in pre - stretched plate is generated by simulating quenching and stretching processes. with a single tool - tooth milling process fem, the machining loads in monolithic component material removing is obtained. restart - calculation is put forward to complete the whole simulation of machining process. to verify the fem result, an experiment is carried out. the deformation distribution of the monolithic component resulting from fem shows a good agreement with the experiment result, which indicates that the key technologies presented in the paper are practicable and can be used to simulate the milling process of monolithic component to predict its deformation. lengthy and expensive trial and error experiment process can be avoided
在模擬淬火、拉伸過程獲得含有初始殘余應力的預拉伸板材以及模擬單齒切削過程獲得切削載荷的基礎上，提出並採用接力演算法，對一航空整體結構件的材料銑削過程進行有限元模擬，同時進行了試驗研究.結果表明，有限元模擬的整體結構件的變形與試驗具有一致性，從而證明提出的整體結構件加工模擬關鍵技術的可行性，避免了為研究加工變形而進行的繁瑣的試錯法 -
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。
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