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首页> 外文会议>Sixth International Conference on Progress of Machining Technology: With Some Topics in Advanced Manufacturing Technology (ICPMT'2002); Sep 10-14, 2002; Xi'an, China >THE STUDYING OF FLEXIBLE GENERATING TECHNOLOGY OF THE LOGIX GEAR TOOTH PROFILE
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THE STUDYING OF FLEXIBLE GENERATING TECHNOLOGY OF THE LOGIX GEAR TOOTH PROFILE

机译：Logix齿轮齿形柔性发电技术的研究

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摘要

The enveloping theory of the LogiX gear tooth profile is developed based on the kinematics theory of gear machining. The theoretic analysis of hobbing this specific gear tooth profile is given, whose convex profile being enveloped by the lines, and the concave profile being enveloped by the circles. Then the new kind of machining method of the covex/concave tooth profile of the LogiX gear generated by the single tooth hob is given out. By means of the flexibility between the CNC hobbing machine and the workpiece, a new kind of all-purpose machining tool which is based on the standard machining tool and has the simple structure and the low cost is developed. The flexible controlling mathematic model to generate the LogiX gear tooth profile is deduced. The theory and the model to machine the concave tooth profile by the all-purpose machining tool are provided for the first time. At the same time, the generating controlling software is open up, the efficient and flexible generating of the LogiX gear tooth profile by means of the flexible CNC controlling is achieved. At last the machining process according to the model is simulated in computer and the result shows that it is right and feasible. So the foundation is laid for developing new technologies of the generation of specific gear tooth profiles and for intelligent and automated design of CNC hob with multi-coordinate.
机译：基于齿轮加工的运动学原理，开发了LogiX齿轮齿廓的包络理论。给出了对该特定齿轮齿形进行滚齿加工的理论分析，其凸轮廓被线包围，而凹轮廓被圆包围。然后给出了一种由单齿滚刀产生的LogiX齿轮的凸凹齿廓的新型加工方法。借助于数控滚齿机与工件之间的柔性，开发了一种新型的通用加工工具，该工具以标准加工工具为基础，结构简单，成本低廉。推导了用于生成LogiX齿轮齿廓的柔性控制数学模型。首次提供了利用通用加工工具加工凹齿轮廓的理论和模型。同时打开生成控制软件，通过灵活的CNC控制实现LogiX齿轮齿廓的高效灵活生成。最后在计算机上对根据模型的加工过程进行了仿真，结果表明该方法是正确可行的。因此，为开发特定齿轮齿廓的新技术以及多坐标CNC滚刀的智能和自动化设计奠定了基础。

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