系统设计的关键技术体现在系统照明环境的设计、摄像头运动追踪机构设计和机器视觉分析算法的实现上。
There are some key technologies in this system: the design of system lighting, movement-organ to trace the pointer, arithmetic of machine vision to analyze image.
对该系统中气阀阀片的运动规律进行了模拟，对可调回流气阀的机构和加载力设计起了指导作用。
The simulation of the valve plate has been worked, and it can be used as the direction for the design of SCCS and the unloader force.
本文介绍了对双自由度平面多杆机构运动分析的电算程序设计。
Group disconnecting method was used to analyse the program design for the two-degree freedom plane multi-bar mechanism.
设计结果表明，在运动副存在间隙或间隙变化时，此设计方法能有效保证转向机构的运动精度。
Optimum results showed that the kinematics precision of steering mechanism is assured even if there are clearances in locomotion joints.
设计计算机械工作循环的实质是协调各执行机构运动区段的逻辑关系和时序关系。
The essence of designing the work cycle is to coordinate the logic dependency among the motion sections of each mechanism.
运动规律的设计，直接影响凸轮机构的运行精度。
The Motion law design directly influences the operation accuracy of the CAM mechanism.
为避免互逆活塞式砂浆泵在运动过程中出现的“刚性冲击”，对凸轮机构进行了修正设计，并分析了修正凸轮机构的运动特性。
For the avoidance of rigidity impact of commutative piston mortar pump in movement, the amendatory CAM mechanism was designed, and the characteristic of movements was analyzed.
采用特殊设计的传动机构结合PLC控制物体作直线往复运动和在预定位置作自转运动。
Special designed drive outfit and PLC are adopted to control object moving to-and-fro and rotating at prearranged positions.
该方法可用于其它机构的运动分析和反求设计。
This method can be applied to the motion analysis and inverse seeking design of other mechanisms.
详细叙述了其机械结构和控制系统的设计，运用D -H法分析了机构运动。
The machine structure and control system of this robot are discussed in detail, and the study of robot motion is made by D-H method.
作者研究了空间传动机构的运动特性，并以此提出一种新型通用试验平台的设计理念和方法，最后制作出实例。
The author researches on the kinetic characteristic of spatial mechanism, brings forward a new kind of general test platforms designing theory and method, finally manufactures the model.
平面四连杆机构的运动轨迹分析是《机械设计》课堂教学中的主要内容之一。
Movement trail analysis of the plane four links mechanism is one of the major contents in the teaching of the machinery devise curriculum.
其中具体包括步进电机驱动器驱动步进电机，并设计一种直线运动机构。
Which include stepping motor-driven stepper motor drive and linear motion of a body design.
以装载过程中动载荷最小为目标函数，对耙爪机构的主要结构尺寸和运动参数进行了优化设计。
With minimum dynamic loads of a raking mechanism during loading as the objective function, main structural sizes and kinematic parameters are optimally designed in the paper.
递纸机构的结构设计、制造精度、运动和动力学特性将直接关系到印刷机的印刷速度和套印精度。
The mechanism design, manufacture precision and dynamical characteristic of paper delivery system directly affect the printing speed and precision.
着重推导了起落架机构的设计计算公式，并讨论了机构运动中杆件的碰撞检测问题。
The formulae for the kinematic synthesis of the above landing gear are given in detail, and the collision detection of its certain links is also briefly discussed.
通过分析这些问题，并结合软件的模块化设计思想，有针对性的提出了一个机构运动方案模块化设计平台。
Through the analysis of these problems and combined with the idea of module, a design platform of mechanical movement plan module is put forward.
研究了运动规律分段式凸轮机构设计方法与流程，对凸轮机构运动的数学公式进行了详细的分析和推导，建立了凸轮机构。
The paper researches designing method of the motion rule-divisible cam mechanism , makes a detailed analysis of the mathematical equation, and builds the mathematical model of the cam mechanism .
介绍了自动换刀装置的换刀过程、滚子齿形凸轮机构的运动循环图设计，并进行了分析。
On the basis of the motion graph, the roller-gear-cam and driven roller in ATC are given a motion analyze.
通过对凸轮机构运动规律的优选设计，提高机构的工作可靠性和工作精度。
Improve the work reliability and accuracy of the mechanism by optimizing the design of CAM mechanism's motion law.
介绍了平面机构运动分析和力分析交互式软件的设计思想、设计功能与设计方法。
In the paper the authors introduce the design methods of interactive software for analysis of motion and dynamics in plane linkage.
对曲柄摇杆机构极限位置进行运动倒置分析，作出相应辅助圆，从而设计出满足条件要求的机构。
Analyzing the motion inversion of the limit of the crank rocker mechanism, drawing the relative supplementary circle, and designing the mechanism up to requirement.
研究了运动规律分段式凸轮机构设计方法与流程，对凸轮机构运动的数学公式进行了详细的分析和推导，建立了凸轮机构的数学模型。
The paper researches designing method of the motion rule-divisible CAM mechanism, makes a detailed analysis of the mathematical equation, and builds the mathematical model of the CAM mechanism.
本文对具有变行程运动机构的自动机械的循环图设计问题，即同步点确定方法进行了研究。
This paper studies a problem about method of determining synchronizing piont in design of cycle diagram in automation which has motional mechanism with variable throw.
本文分析了剑杆织机椭圆齿轮——连杆引纬机构的运动规律，并对该机构进行了优化设计。
In this paper, the kinematic analyses and optimization design for elliptic gear-linkage rapier driving mechanism in rapier loom were made.
四连杆机构作为典型运动机构广泛运用于各类机械传动设计。
The four-bar linkage, as a typical moving mechanism, is widely used in various kinds of mechanical driving mechanism design.
它可用于六足步行机运动学分析和步行机构的运动设计。
It can be used to analyze kinematics of six-leg walking vehicle and walking mechanism.
阐述了变胞机构的结构学、运动学、动力学、碰撞与冲击、控制、及其设计等若干理论问题。
Some theoretical issues of metamorphic mechanism such as structural theory, kinematics, dynamics, impact, control, and the design method, are elucidated.
阐述了变胞机构的结构学、运动学、动力学、碰撞与冲击、控制、及其设计等若干理论问题。
Some theoretical issues of metamorphic mechanism such as structural theory, kinematics, dynamics, impact, control, and the design method, are elucidated.
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