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Permanent magnet motor and the organic core permanent magnet motor using the manufacturing method and the radial anisotropic magnet of the radial anisotropic magnet
Permanent magnet motor and the organic core permanent magnet motor using the manufacturing method and the radial anisotropic magnet of the radial anisotropic magnet
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机译:使用该方法的永磁电动机和有机芯永磁电动机以及径向各向异性磁体
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摘要
Form corresponding power of the radial anisotropic magnet is raised, the largest nerugi product (BH) in order to improve the quiet sound characteristic and controllability of the possession iron core permanent magnet type motor which accompanies the improvement of max, the magnetic anisotropy for the tangential line of the magnet by the fact that the magnet powder is locked in mesh condition (C axis) angle is kept, production method of the radial anisotropic magnet which is made specified circular arc condition, or annulation with the deformation which at the same time accompanies flow is offered. Especially, deformability of the magnet it improves by the fact that the deformation which accompanies viscous flow or expansion flow is done, the form corresponding power for thickness it improves. In addition, C degree of axial angle for tangential line direction without dividing pole into the segment, kogingutoruku is decreased by the fact that it controls with optional position and optional angle.
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机译:通过提高径向各向异性磁体的相应功率,最大的nerugi积(BH)可以改善 max Sub>的改进,从而改善藏铁芯永磁型电动机的静音特性和可控性通过保持磁铁粉末被锁定在网格状态(C轴)角这一事实,可以保持磁铁切线的磁各向异性,或者将径向各向异性磁铁的制造方法设为规定的圆弧状态,或者用同时提供了伴随流动的变形。尤其是,通过进行伴随粘性流或膨胀流的变形,从而提高了磁铁的变形性,从而提高了与磁铁的厚度对应的功率。另外,在不将极点分割成线段的情况下,切线方向的轴向角度的C度因可控的位置和可控的角度而降低了。
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