本文就这种新型凸轮机构的理论基础与凸轮轮廓曲线的设计步骤进行了详细论述。
The theoretical base of the new cam mechanism and the designing steps of the cam contour are discussed.
利用微型计算机进行了靠模凸轮轮廓曲线的辅助设计，保证了所设计的靠模凸轮的各项精度。
Computer aided design for copying CAM contour has been carried out by means of microcomputer which ensures precision of the copying CAM designed.
该系统根据凸轮轮廓曲线的数据文件生成所需的凸轮模型，极大地提高了凸轮设计的效率和精度。
The required CAM model is generated according to the data file based on the system; the efficiency and accuracy of design are greatly improved.
不同参数的连接板，将产生不同的凸轮轮廓曲线，凸轮轮廓曲线将直接影响到整套系统作业的可靠性。
Connecting plate with different parameters will result in different CAM's profile, which directly influences the work reliability of whole system.
详细论述了“展成法”加工凸轮轮廓曲线的原理；介绍了这种方法在对称凸轮轮廓曲线加工中的应用。
This paper expounds a theory of processing the cam outline curve by the expansion method, and also introduces its application to symmetric the cam outline curve.
利用NURBS实现了凸轮轮廓曲线的重构，并给出基于运动仿真实现迅速反求空间凸轮机构从动件运动规律的方法。
The CAM contour curves are reconstructed by NURBS, and a rapid reverse design method for spatial CAM follower motion specification via motion simulation is also studied.
有了凸轮轮廓曲线的数学模型，再利用MATLAB算法开发与强大的数学计算能力，即可进行凸轮轮廓曲线的插补算法仿真。
Once having mathematical models of cam outline curve, then MATLAB can simulate the interpolation algorithm of cam outline curve, by using algorithm develop and math calculate capability of MATLAB.
首先根据工作原理建立了数学模型，然后从分析设计理论误差出发，提出了以虚拟样机技术作为辅助手段的贴标机凸轮轮廓曲线的参数化的设计算法。
Advance modern means and research method such as digital thehnology, virtual prototype(VP), dynamic design is utilized on the theory study during the course of new model equipment's research.
提出了根据凸轮的测量数据，通过计算机分析处理，找出推杆从动件的运动规律，获得凸轮的理论轮廓曲线的方法。
Based on the measured data of a CAM, the computer can analyze and find out the movement regularity of the CAM follower lever, thus obtaining the theoretic profile of the CAM.
利用凸轮机构的分析理论，获得了加工DD680系列汽车制动凸轮的轮廓曲线方程和加工该靠模凸轮的刀具中心轨迹方程。
The profile equation of brake cam of DD680 series motor vehicles and tool path equation for processing copying cam have been obtained by using analytical theory of cam mechanism.
对一次测量得到的多个数据进行处理，得到检测出的轮廓曲线、起始角、凸轮的轮廓度与对称度，并进行相应的评定。
It can process the measurement data, and can obtain the profile curve, the starting Angle, the profile tolerance and symmetry of a CAM, and then corresponding assessment can also be complete.
这种作图法可以直接求出凸轮的实际轮廓曲线而毋须绘制其理论轮廓线，因而使作图简化精确。
The proposed graphical method may directly plot the CAM profile without plotting its pitch curve, therefore its construction is more simplified and more accurate.
应用连续曲线离散化思想，介绍了一种从已知工件轮廓曲线出发，按加工成形原理计算出YX-173A专用凸轮铣床仿形靠模轮廓数据的实用方法。
This paper introduces a practiced method of calculating the tracer contour data of YX-173A cam milling machine from the discrete curve of brake cam contour, based on the copying principle.
在进行平面凸轮廓形曲线数控编程前，必须首先选择一个数学方程来描述所处理的曲线。
Before NC programming of the contour outline of CAM, a mathematical equation must be deduced to characterize the contour outline of CAM.
凸轮活塞式发动机的核心部件为双面空间圆柱凸轮，其轮廓曲线将影响发动机的工作性能。
The core part of the piston CAM engine is the spatial cylindrical CAM with dual surfaces, whose profile affects the overall engine performance.
它能够绘制各种从动件运动规律曲线，计算凸轮轮廓坐标值及绘制凸轮廓线。
All kinds of Moving law curve of driven member can be drawn, coordinate data of CAM outline-calculated, and curve of CAM outline-drawn.
将从动件的直线往复移动和定点往复摆动用虚拟摆动统一表示，采用单参数包络曲线理论建立直动和摆动从动件平面盘形凸轮轮廓的统一数学表达式。
In this article, the unified profile expression of the planar CAM mechanism with translation or oscillation follower is established based on the theory of envelopes for 1 parameter family of curves.
介绍葡萄酒罐装装置的罐装方法及罐装原理，对其尺寸进行了设计计算，并对其主要零件凸轮进行了轮廓曲线的设计。
This paper introduced the canned method and canned principle of grape wine canned device. The canned device's measurement is calculated and the cams which is the main components are designed .
建立了参数化的三维模型，并用反转法绘制了摆动输出凸轮的轮廓曲线。
The parametrical 3-D model is built and the output cam profile is drawn.
建立了参数化的三维模型，并用反转法绘制了摆动输出凸轮的轮廓曲线。
The parametrical 3-D model is built and the output cam profile is drawn.
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