1) planet vanes
行星叶轮
2) 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。
3) 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
4) 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
5) planetary gear
行星齿轮
1.
Model and motion simulation of planetary gear drive;
行星齿轮减速器建模与运动学仿真
2.
Comparison between conventional design and optimal design for planetary gear reducers;
减速器行星齿轮传动常规设计和优化设计的比较
3.
Study on the adjust turn angle planetary gear of stepless speed adjustor;
转角可调的行星齿轮无级变速器的研究
6) Planet-gear
行星齿轮
1.
Kinetics analysis of oil-bound film even-load mechanism for planet-gear;
行星齿轮油膜均载机构动力学分析
2.
On load sharing condition,the planet-gear shows several advantages such as great transmission ratio,compact structure,high efficiency,large load capacity and drive steady.
行星齿轮传动只有在载荷分配均匀情况下才能发挥传动比大、结构紧凑、效率高、承载能力大、传动平稳等优点。
补充资料:半开式叶轮
分子式:
CAS号:
性质:没有轮盖的离心式叶轮。由整块锻件铣制成型,叶片和轮盘的一整体,且都做成径向直叶片。其结构强度高,叶轮的圆周速,度可达450~500m/s,单级压力比高,但叶道中气流速度和马赫数较高,泄漏损失较大,级效率此闭式叶轮低,工况稳定性差。广泛用于内燃机透平增压器和小功率燃气轮机的离心式压缩机,在固定式离心式压缩机上的应用也增多。
CAS号:
性质:没有轮盖的离心式叶轮。由整块锻件铣制成型,叶片和轮盘的一整体,且都做成径向直叶片。其结构强度高,叶轮的圆周速,度可达450~500m/s,单级压力比高,但叶道中气流速度和马赫数较高,泄漏损失较大,级效率此闭式叶轮低,工况稳定性差。广泛用于内燃机透平增压器和小功率燃气轮机的离心式压缩机,在固定式离心式压缩机上的应用也增多。
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