凸轮机构的分类1、按凸轮的形状分:平面凸轮(Plane Cam)空间凸轮(Three-Dimensional Cam)盘形凸轮(Plate cam)移动凸轮(Wedge cam)圆柱面凸轮(Cylindrical cam)端面凸轮(Cylindrical cam)2、按从动件端部型式分:尖端从动...
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... 空间通信技术 space communications technique; 空间凸轮 space cam; 空间图 space diagram; ...
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Spacial cam mechanisms are found in almost all mechanical devices and machines (i. e. , agriculture, transportation equipment, textiles, packageing).
空间凸轮机构广泛应用于各种机械设备中,如农业、交通、纺织、包装等。
参考来源 - 五坐标数控加工空间凸轮CAD/CAM系统·2,447,543篇论文数据,部分数据来源于NoteExpress
数控加工是获得空间凸轮廓面的最常用加工方法。
Numerically controlled machining is the most common method for generating spatial CAM surfaces.
本文也提供了压力角的校核,空间凸轮的绘图及特性参数表示方法。
The article also presents appropriate methods for pressure angle computation, detail drawings and parameter representation of a space cam respectively.
推导了空间凸轮和端齿的主曲率和主曲率半径的计算公式,给出了计算实例。
The calculating formulas on the main curvature and curvature radius of CAM and face tooth are deduced, and the calculating examples are presented.
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