发明了渐开线环形齿球齿轮机构。
齿轮机构在现代机械中应用十分广泛。
球齿轮机构可用来传递空间球面运动。
The spherical gear device can be used to deliver spherical motion.
传送器可以是齿条和小齿轮机构或螺纹装置。
The translator can be a rack and pinion setup or can be a thread arrangement.
因而研究将球齿轮机构用于柔性多关节机械手很有必要。
As a result, it is necessary to research how spherical gear mechanism be utilized with flexible multi-link manipulator.
上层的支持包括单一模在期刊，支持齿轮机构组成部分。
The upper support includes unitary molded-in journals supporting components of gear mechanism.
球齿轮机构是一种能传递空间二维运动的新型齿轮机构。
Spherical gear mechanism is a new type of gear which can transfer two-dimensional overall motion.
自动旋转脱螺纹一般采用齿轮齿条机构或液压齿轮机构。
A toothed rack was commonly adopted for the automatic screw thread rotational unloading.
这种行星齿轮机构的加工简单，装配方便，具有应用前景。
This planetary gear mechanism will have good future because of its simple manufacture and convenient assembly.
并讨论了双公用齿轮机构优化设计的目标函数和约束条件。
Then in this paper the object functions -and restrained conditions for optimum design are discussed.
差速行星齿轮机构用于合成运动，可以作为动力合成装置。
Planetary gear differential which can be used for the synthesis of movement can be synthesized as a power plant.
下面就是自动变速器的最主要的机构------行星齿轮机构。
Following is the important part of automatic transmission: planetary gear sets.
在经典的二速齿轮机构中，有2(齿轮的搭档手柄轴)的主要装备。
In the classic 2 speed gear mechanism, there are 2 main gears (the gears that mate to the handle shaft).
基于齿轮传动平稳和恒速比的特点，文中研究了一种不完全齿轮机构。
Based on the characteristics of stable gear transmission and constant speed ratio, a kind of imperfect gear mechanism was studied in this paper.
为了能够改变变速器的传动比，大多数自动变速器使用了行星齿轮机构。
To change the gear ratio, most automatic transmissions use planetary gear set.
液压系统-----通过控制各个离合器和制动箍带，来控制行星齿轮机构。
The hydraulic system, which controls the clutches and the bands in order to control the planetary gear, sets.
研究双轴滑移齿轮机构变位系数的选择理论，是合理设计这种机构的关键问题。
Study of the theory of choosing modification coefficient of double shaft move wheel gear is the key to the rational design of this mechanism.
文中推导了拉维娜式行星齿轮变速器的单排双行星轮式齿轮机构的运动特性方程式。
This paper derives the motion property equation of the one-row and two-planets gears for Ravigneaux planetary transmission.
本文从齿轮机构的基本组成出发，建立了齿轮机构运动学和动力学分析的数字模型。
Upon the analysis of the basic composition of a gear mechanism, the mathematical model in the kinematic and dynamic studies of the gear mechanism has been established.
利用这一特性，把两个万向节机构和圆柱齿轮机构组合形成了叶片差速泵的驱动系统。
By using the characteristics, the combination of two Hooke's joints with cylindrical gear mechanisms forms the driving system of a differential velocity vane pump.
提出了永磁齿轮机构设计的一些步骤，为永磁齿轮使用者提供了设计方法和理论依据。
Some useful design principles are obtained which can provide the permanent magnetic gear users with design methods and theories.
介绍了机动玩具中不完全齿轮机构在齿形、结构、材料应用和加工工艺方面的设计特点。
Design characteristics of intermittent gear mechanisms of action toys are introduced in tooth form, structure, material applying and manufacturing technology.
具有变速传动性能的椭圆齿轮机构串联曲柄滑块机构能够明显改变压力机滑块的运动特性。
The kinematics characteristic of the slide of a press is changed obviously by the ellipse gears and crank mechanism in series.
计算了斜齿永磁齿轮机构的转矩和转速特性，同时研究了内啮合永磁齿轮的矩角特性曲线。
The characteristics of torque and rotational speed of skew gears are investigated and the characteristic curve of torque-angle of inside engaged gears are studied, too.
详细介绍了主动转向系统的结构和组成，以及核心部件双行星齿轮机构的工作原理及工作模式。
The structure and makeup of active steering system, the operating principle and operating mode of dual planetary gear mechanism are introduced in detail.
合理的节曲线设计是可用于低速大扭矩液压马达的变中心距非圆行星齿轮机构正常工作的关键。
Appropriate pitch curve designing is a key of regularly working for non-circular planetary gear mechanism with variable center distance which can be used in low speed high torque hydraulic motor.
具有变速传动特性的椭圆齿轮机构串联曲柄滑块机构能够明显改变传统压力机滑块的运动特性。
The kinematics characteristic of a press slide can be changed obviously by the ellipse gears and crank gear in series.
船舶在波浪中航行时，船体总弯曲变形会使沿船体纵向布置齿轮机构的轴承支座中心距产生缩减。
When sailing in waves, ship hull total bending deformation will reduce the center distance of gear backing radially arranged in ship hull.
介绍了四杆机构、凸轮机构、齿轮机构等常用机械计算机动态模拟系统的设计思想、功能和特点。
The design philosophy, functions and characteristics of dynamic simulation system of common mechanism such as four bar linkage, CAM, gear are introduced and some key technical issues solved.
介绍了四杆机构、凸轮机构、齿轮机构等常用机械计算机动态模拟系统的设计思想、功能和特点。
The design philosophy, functions and characteristics of dynamic simulation system of common mechanism such as four bar linkage, CAM, gear are introduced and some key technical issues solved.
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