Organization of Stable Magnetic Suspension System with High Compliance

高顺应性稳定磁悬浮系统的组织

• 批准号: 06452252
• 负责人: MATSUMURA Fumio
• 金额: $ 3.39万
• 依托单位: Kanazawa University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for General Scientific Research (B)
• 财政年份: 1994
• 资助国家: 日本
• 起止时间: 1994 至 1995
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-06452252/
• 关键词: magnetic levitation; magnetic suspension; magnetic bearing; feedback control; nonlinear control; electromagnetic actuator; permanent magnet; 電磁、アクチュエータ; リアプノフ関数

(1) Studies of Nonlinear Control Magnetic SuspensionA magnetic suspension system by means of nonlinear control was designed and constructed. The compliance of the magnetic suspension system was measured. More high compliance system was obtained comparing with a linear control system. In an integral type control system, steady state characteristics is good.However, there are difficulty to insure the atability.Other several nonlinear control methods were designed and compared.(2) Study of Single-Axis Repulsive Type Magnetic BearingA magnetic bearing system whose radial motions are restrained by permanent magnets and axial motion is controlled by an electromagnent was designed and constructed.High compliance magnetic bearing system was obtained. However, a whirling motion is occured. It is desirable to study to control the whirling motion by use of a few electromagnets.(3) General Techniques for Magnetic SuspensionIn order to assist the above studies, the following items were studied. ・Investigation of techiniques of magnetic suspension. ・Application of Hinfinity control theory. ・Experiments for the practical use of magnetic bearings

（1）设计和构建了非线性控制磁悬浮磁悬架系统的研究。测量了磁悬浮系统的符合性。与线性控制系统相比，获得了更高的合规系统。在积分类型控制系统中，稳态特性很好。然而，很难确保可及性。其他几种非线性控制方法进行了比较。（2）研究单轴排斥型磁性轴承磁极磁轴承系统，其径向运动受到永久磁体的限制，轴向运动由电子方式控制和构造。构造和构造。但是，发生了旋转运动。希望通过使用几个电磁体来控制旋转运动。（3）磁悬浮蛋白顺序的一般技术以协助上述研究，研究了以下项目。 ・研究磁悬浮液技术。 ・应用Hinfinity控制理论的应用。 ・实验用于实际使用磁轴承

项目成果

F.Matsumura.: "Elimination of Unbalance Vibration in AMB Systems using Gain Scheduled H∞ Robust Controllers" Proc.of 4th International Symposium on Magnetic Bearings. 4. 113-118 (1994)

F.Matsumura.：“使用增益调度 H∞ 鲁棒控制器消除 AMB 系统中的不平衡振动”第四届国际磁力轴承研讨会论文集。 4. 113-118 (1994)

M.Fujita: "μ-Synthesis of an Electromagnetic Suspension Systems" Trans.of IEEE on Automatic Control. 40. 530-536 (1995)

M.Fujita：“电磁悬浮系统的 μ 综合”Trans.of IEEE 自动控制。 40. 530-536 (1995)

大路 貴久: "永久磁石反発型1軸制御磁気軸受の構成" 日本AEM学会誌. (掲載決定). (1996)

Takahisa Ohji：“永磁斥力型单轴控制磁力轴承的配置”，日本 AEM 学会杂志（1996 年出版）。

松村 文夫: "柔らかい磁気浮上システム構成の試み" 日本AEM学会誌. 3. 30-33 (1995)

Fumio Matsumura：“尝试构建软磁悬浮系统”日本 AEM 学会杂志 3. 30-33 (1995)。

F.Matsumura: "Magnetic Bearings and its Related Techniques. I.Control Type Magnetic Bearings and its Applications." Trans. of IEE Japan. vol.114-D. 1200-1207 (1994)

F.Matsumura：“磁力轴承及其相关技术。I.控制型磁力轴承及其应用。”