1) planetary gear
行星轮
1.
Figure feature and application research of point locus on planetary gear;
行星轮点轨迹的图形特征与应用研究
2.
The planetary gear need grinding to ensure the accuracy in transmission.
行星轮是减速机的重要组成部分,为保证传动精度,行星轮需要磨齿。
3.
This trans- mission mechanism is mainly composed of a planetary gear and a closed structure consisting of two racks and two semi- inner gear wheels,the planetary gear meshes respectively with the racks and inner gear wheels and drives this mecha- nism to reciprocate linearly.
该传动机构主要由上下齿条和左右半内齿轮构成的封闭形状和行星轮组成,行星轮分别与齿条和内齿轮啮合,带动该机构直线往复运动。
2) planet gear
行星轮
1.
Technical improvement on planet gear in MB43100 double plates lapper;
MB43100双盘研磨机中行星轮的工艺改进
2.
Hence, in this article, the 3K type planetary transmission with public planet gear is taken as an example and the step-by-step designing method is adopted by computer, and the layout method of the computer program is supplied.
3K型行星传动设计是一件复杂而费时的工作,以具有公共行星轮的3K传动为例,采用穷举法在计算机上进行设计计算,并给出了计算机程序的编制方法。
3.
By way of coordinate analysis on planet gear, worm, and stator in rolling conical teethed toroidal planet worm drive, the curve equations of modeling for the three parts were obtained.
通过对滚锥齿超环面行星蜗杆传动中,行星轮、蜗杆和定子的坐标分析,得到了各零件的建模曲线方程。
3) planet wheel
行星轮
1.
When plane motion of a planet wheel is decomposed as rotation of the planet wheel relative to a rotating reference frame and rotation of the rotating reference frame relative to a stable reference frame,a new method to evaluate the angular momentum is presented in this paper.
推导了行星轮的运动分解为随转动参考系的转动和相对于转动参考系的转动时,计算其对定轴动量矩的一个新方法。
4) planetary gear system
行星轮系
1.
Multi-body dynamical analysis on rigid-flexible coupling for planetary gear system
行星轮系刚柔耦合多体动力学分析
2.
Making use of the solid modeling, subjunctive assembling and mechanism imitating functions of Pro/Engineer, the gear s parametric design, the subjunctive assemble of the gears with the related parts to make a planetary gear system as well as the gear system s motion simulation are.
进行工程机械车辆传动机构中行星轮系基于结构与机构设计以及运动仿真的研究。
3.
This essay describes the application of the cylinder cram mechanism and the planetary gear system in the multi head anti stealing cover seal mechanism.
通过行星轮系 -圆柱凸轮机构在多头防盗盖封口机中的应用 ,详细论述了其运动原理及设计要点。
5) planet gear
行星齿轮
1.
Design theory and application of planet gear style wobble box;
浅谈行星齿轮摆环箱的设计原理及应用
2.
The influence of allocation of systematic parameters on the reliability of multi-staged planet gear transmission;
系统参数配置对多级行星齿轮传动可靠性的影响
3.
Design of continuous automatic indexing mechanism in compound planet gears;
复合行星齿轮连续自动转位机构的设计
6) Planetary Frame
行星轮架
1.
Production of Planetary Frame with Complex Cavity in Investment Casting;
具有复杂内腔的行星轮架熔模铸造工艺
补充资料:梵轮法轮同异
【梵轮法轮同异】
(术语)智度论二十五曰:“问曰:佛或时名法轮,或时名梵轮,有何等异?答曰:说梵轮法轮无异。复次,有人言:说梵轮者,现四无量心,说法轮者,示四谛法。复次,梵轮因四无量心得道,是名梵轮,依余法得道,是名法轮。梵轮示四禅,法轮示三十七品。梵轮示修禅定圣道,法轮示修智慧圣道。”
(术语)智度论二十五曰:“问曰:佛或时名法轮,或时名梵轮,有何等异?答曰:说梵轮法轮无异。复次,有人言:说梵轮者,现四无量心,说法轮者,示四谛法。复次,梵轮因四无量心得道,是名梵轮,依余法得道,是名法轮。梵轮示四禅,法轮示三十七品。梵轮示修禅定圣道,法轮示修智慧圣道。”
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条