crown gear
英 [kraʊn ɡɪə(r)]
美 [kraʊn ɡɪr]
冠齿轮；冕状齿轮；平面齿轮；差动器侧面伞齿轮
双语例句
- Fine pitch automatic crown gear hobbing machine
小模数端面齿轮自动滚齿机准双曲面齿轮滚动检查机 - Contact Fea of Crown Gear Couplings in Stirring Machine Fatigue Analysis and Calculation of HSK Spindle/ Toolholder Interface
搅拌机用鼓形齿联轴器的全齿有限元接触分析HSK主轴/刀柄联接锥面的疲劳寿命分析与计算 - It is very useful to analysis the affection of crown gear coupling and correspond axis by addition moment of bending in engineering.
对工程中分析弧形齿联接轴及其相应轴段所受弯矩的影响具有重要参考价值。 - Bilayer gears, crown gears, bevel gear, wheel, Helical, Worm, safety clutch teeth, small modulus gear and steering gear copper server.
双层齿轮、皇冠齿轮、伞齿轮、滚轮、斜齿、蜗杆、安全离合齿、小模数铜齿及舵机伺服器等。 - By analyzing the generating motion between the imaginary crown generating gear and the work-piece, all the first to third order geometric parameters of the generated tooth flank at any given point can be calculated.
通过分析假想平面产形轮与工件之间的展成运动，即可得到被展成齿面上任意指定点的全部一至三阶微分几何参数。 - Research on the Vibration of Conjugate Crown Gear Coupling Train
共轭鼓形齿联轴器传动振动问题综合研究 - The Definition and Minimization Research of the Theoretical Backlash Angle of the Teeth on Crown Gear Coupling
鼓形齿联轴器轮齿理论间隙角的定义与极小化 - Research on Digitized Method of Conjugate Surfaces and Conjugate Crown Gear Coupling Transmission
共轭曲面的数字化方法及共轭鼓形齿联轴器传动研究 - A simplified model for profile modification of crown gear
鼓形齿轮修形曲线简化模型 - A Industrial Microcontroller System for Crown Gear Hobbing Machine
鼓型齿轮滚齿加工控制系统 - It entirely studies the mechanics performance of the crown gear coupling, such as the meshing state of many pairs of teeth, statics, dynamics, contact strength, bending strength, and so on;
对鼓形齿联轴器传动的多齿啮合状态、静力学、动力学、接触强度和弯曲强度等力学特性进行了全面研究； - In order to solve the double parameters enveloped in the gear tooth flank generating, the complicated double parameter envelope is simplified to the generating process between work-piece and imaginary crown generating gear by means of mathematical transformation.
为了解决直接求解展成法加工中存在的复杂双参数包络问题时的困难，提出通过数学变换，将此包络问题转化为假想平面产形轮与工件之间的展成问题来进行研究。 - Study on teeth meshing and load distribution of crown gear coupling used in rolling mill
轧机鼓形齿联轴器齿面啮合及载荷分配研究 - Based on the conjugate surface theory and meshing principle, this dissertation establishes the transmission theory and analysis strategy of the crown gear coupling.
本文根据共轭曲面理论和啮合原理，创立了共轭鼓形齿联轴器的传动理论和分析策略。 - The static and dynamic characteristics of the conjugate crown gear coupling train are analyzed.
对共轭鼓形齿联轴器传动进行了静力学与动力学特性分析； - Parametric Design of Crown Gear Couping Based on SolidWorks
基于SolidWorks的鼓形齿联轴器参数化设计 - The optimal calculation of an actual crown gear coupling has been conducted, and the minimum backlash angle has been obtained under different mesh conditions needed in the calculation for the number of pairs of teeth in actual contact.
对一鼓形齿联轴器作了实际优化计算，得出了鼓形齿联轴器多齿接触研究中计算实际接触齿对数所需的不同啮合状态下的最小间隙角。 - But the crown gear coupling lacks the systemic theory and reliable design reference, therefore it has the important theoretical significance and practical value to wholly and deeply study its driving medium in the theoretical and experimental aspects.
但鼓形齿联轴器缺乏系统的理论和可靠的设计依据，因此，从理论和实验两方面对该传动件进行全面深入地综合研究，具有很强的理论意义和实用价值。 - Carries through the meshing experiment of many pairs of teeth and the pre-alarm experiment of tooth-face crack damage with the crown gear coupling by use of the special experiment rig of the crown gear coupling designed selves.
利用自行设计的鼓形齿联轴器专用台架实验装置，进行了鼓形齿联轴器多齿啮合实验和齿面裂纹破坏预警实验。 - On the Inducing Curvature and the Relative Sliding Rate of Conjugate Crown Gear Coupling
共轭齿面鼓形齿联轴器诱导法曲率和相对滑动系数分析 - Numerical analysis and Experimental Research on the multitooth contact of the crown gear coupling
鼓形齿联轴器多齿接触数值分析与实验研究 - A New Apparatus for Hobbing Crown Gear Based on Conjugate Principle
按共轭原理滚切鼓形齿轮的新装置 - Finally, the stiffness of thin-shell crown gear coupling is analyzed and calculated. 4. The statics physical and mathematical models of the dual-floating planetary transmission system are established. The calculation method of the load sharing coefficient on dual-floating planetary transmission system is studied.
对双浮动行星齿轮传动系统进行了静力学物理和数学建模，研究了双浮动行星齿轮传动系统均载系数的计算方法。