Optimum Design of Magnetization Tool for Multi-Pole Magnet of Electrophotography

Shin Ichiro Serizawa, Hiroyuki Kawamoto

研究成果: Article

1 引用 (Scopus)

抄録

The electrophotography, such as a copier or a laser printer, requires a multi-pole magnet for its development system. Some of development magnets are produced by in-process magnetization of injection molded plastic magnet system. The process is nonlinear with respect to the relationship between a magnetization profile of the multi-pole magnet and magnetic flux density in the vicinity of the cavity and a lot of trial-and-error FEM simulation must be conducted to determine the configuration of magnetization magnets for the development magnet. To realize the efficient design system, the design problem of the magnetization tool is formulated as the optimum design problem. In this problem, the global optimum design is not always required. Because the specifications about their magnetic flux densities have upper and lower limitations and it is the most important that all magnetic flux densities at poles are settled between two limitations within reasonable calculation time. Therefore, random step method with membership functions which are determined by the temporary optimum design is proposed. It is possible to search the quasi-optimum design in reasonable calculation time by the proposed method.

元の言語English
ページ(範囲)1842-1847
ページ数6
ジャーナルNihon Kikai Gakkai Ronbunshu, C Hen/Transactions of the Japan Society of Mechanical Engineers, Part C
64
発行部数621
DOI
出版物ステータスPublished - 1998 1 1
外部発表Yes

Fingerprint

Magnets
Poles
Magnetization
Magnetic flux
Membership functions
Optimum design
Plastics
Specifications
Finite element method
Lasers

ASJC Scopus subject areas

  • Mechanics of Materials
  • Mechanical Engineering
  • Industrial and Manufacturing Engineering

これを引用

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abstract = "The electrophotography, such as a copier or a laser printer, requires a multi-pole magnet for its development system. Some of development magnets are produced by in-process magnetization of injection molded plastic magnet system. The process is nonlinear with respect to the relationship between a magnetization profile of the multi-pole magnet and magnetic flux density in the vicinity of the cavity and a lot of trial-and-error FEM simulation must be conducted to determine the configuration of magnetization magnets for the development magnet. To realize the efficient design system, the design problem of the magnetization tool is formulated as the optimum design problem. In this problem, the global optimum design is not always required. Because the specifications about their magnetic flux densities have upper and lower limitations and it is the most important that all magnetic flux densities at poles are settled between two limitations within reasonable calculation time. Therefore, random step method with membership functions which are determined by the temporary optimum design is proposed. It is possible to search the quasi-optimum design in reasonable calculation time by the proposed method.",
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N2 - The electrophotography, such as a copier or a laser printer, requires a multi-pole magnet for its development system. Some of development magnets are produced by in-process magnetization of injection molded plastic magnet system. The process is nonlinear with respect to the relationship between a magnetization profile of the multi-pole magnet and magnetic flux density in the vicinity of the cavity and a lot of trial-and-error FEM simulation must be conducted to determine the configuration of magnetization magnets for the development magnet. To realize the efficient design system, the design problem of the magnetization tool is formulated as the optimum design problem. In this problem, the global optimum design is not always required. Because the specifications about their magnetic flux densities have upper and lower limitations and it is the most important that all magnetic flux densities at poles are settled between two limitations within reasonable calculation time. Therefore, random step method with membership functions which are determined by the temporary optimum design is proposed. It is possible to search the quasi-optimum design in reasonable calculation time by the proposed method.

AB - The electrophotography, such as a copier or a laser printer, requires a multi-pole magnet for its development system. Some of development magnets are produced by in-process magnetization of injection molded plastic magnet system. The process is nonlinear with respect to the relationship between a magnetization profile of the multi-pole magnet and magnetic flux density in the vicinity of the cavity and a lot of trial-and-error FEM simulation must be conducted to determine the configuration of magnetization magnets for the development magnet. To realize the efficient design system, the design problem of the magnetization tool is formulated as the optimum design problem. In this problem, the global optimum design is not always required. Because the specifications about their magnetic flux densities have upper and lower limitations and it is the most important that all magnetic flux densities at poles are settled between two limitations within reasonable calculation time. Therefore, random step method with membership functions which are determined by the temporary optimum design is proposed. It is possible to search the quasi-optimum design in reasonable calculation time by the proposed method.

KW - Electrophotography

KW - Finite Element Method

KW - Inverse Problem

KW - Magnetic Field Analysis

KW - Numerical Analysis

KW - Optimum Design

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