An Adaptive Controller for Cylindrical Traverse Grinding

机译：圆柱横磨的自适应控制器

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An adaptive power controller has been developed for cylindrical traverse grinding, where the power consumed during the grinding process is controlled by adjusting the traverse feed rate in real time. A strategy of self-adaptive the discourse universe is introduced to the fuzzy control model, which can self-adapt the discourse universe during the controlling and guarantee a stable power response. To verify the validity of the power control strategy, series experiments were conducted. The results show that the adaptively controlled system provides a better response than the non-adaptive control system over a wider range of cutting conditions.

机译：已经开发出了用于圆柱横移磨削的自适应功率控制器，其中通过实时调节横移进给速度来控制磨削过程中消耗的功率。模糊控制模型引入了一种话语世界的自适应策略，可以在控制过程中自适应话语世界，保证稳定的动力响应。为了验证功率控制策略的有效性，进行了一系列实验。结果表明，在较宽的切削条件范围内，自适应控制系统比非自适应控制系统具有更好的响应。

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来源
《International Symposium on Intelligence Computation and Applications(ISICA 2007); 20070921-23; Wuhan(CN)》|2007年|P.1-4|共4页
会议地点 Wuhan(CN)
作者
Jiazhong Wang; Guihong Zhou; Longshan Wang; Shuxia Liu;
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作者单位

the College of Mechanical Electric engineering, Agricultural University of Hebei, Baoding;

China;

the College of Information Science Technology, Agricultural University of Hebei, Baoding;

China;

the College of Mechanical Science and Engineering, Jili;

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会议组织
原文格式 PDF
正文语种 eng
中图分类 aTP18;
关键词
Cylindrical Traverse Grinding; Intelligent Control; The fuzzy control; Self-adapt universe of discourse; Adaptive power control;

机译：圆柱遍历磨削，智能控制；模糊控制；话语自适应；自适应功率控制;

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专利

1. Improvement of form accuracy in cylindrical traverse grinding with steady rest by controlling traverse speed [J] . Hidetaka FUJII, Takashi ONISHI, Chinhu LIN, Journal of Advanced Mechanical Design, Systems, and Manufacturing . 2021,第4期

机译：通过控制横向速度，通过稳定静止的圆柱形横向研磨形式精度的提高
2. The effect of active surface morphology of grinding wheel with zone-diversified structure on the form of chips in traverse internal cylindrical grinding of 100Cr6 steel [J] . Nadolny Krzysztof, Kaplonek Wojciech, Krolczyk Grzegorz, Proceedings of the Institution of Mechanical Engineers, Part B. Journal of engineering manufacture . 2018,第6期

机译：砂轮活性表面形貌与区域 - 多样化结构对100Cr6钢的芯片芯片芯片形式的影响
3. Small-dimensional sandwich grinding wheels with a centrifugal coolant provision system for traverse internal cylindrical grinding of steel 100Cr6 [J] . Nadolny Krzysztof Journal of Cleaner Production . 2015,第apra15期

机译：带有离心冷却液供应系统的小型夹心砂轮，用于对钢100Cr6进行内圆柱磨削
4. An Adaptive Controller for Cylindrical Traverse Grinding [C] . Jiazhong Wang, Guihong Zhou, Longshan Wang, . 2007

机译：圆柱横磨的自适应控制器
5. Study of the relationship between machine compliance and grinding forces in cylindrical grinding. [D] . Deakyne, Theodore R. S. 2012

机译：圆柱磨削中机器柔度与磨削力之间关系的研究。
6. Internal Cylindrical Grinding Process of INCONEL® Alloy 600 Using Grinding Wheels with Sol–Gel Alumina and a Synthetic Organosilicon Polymer-Based Impregnate [O] . Wojciech Kapłonek, Krzysztof Nadolny, Krzysztof Rokosz, 2020

机译：INCONEL®600合金的内圆柱磨削工艺采用砂轮与溶胶-凝胶氧化铝和有机硅聚合物基浸渍胶合成
7. Improvement of form accuracy in cylindrical traverse grinding with steady rest by controlling traverse speed [O] . Hidetaka FUJII, Takashi ONISHI, Chinhu LIN, 2021

机译：通过控制横向速度，通过稳定静置的圆柱形横向研磨形式精度的提高
8. Cylindrical Force-Adaptive Bearing Grinding. [R] . Hahn, R. S. 1987

机译：圆柱力自适应轴承磨削。

An Adaptive Controller for Cylindrical Traverse Grinding

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