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    • 3. 发明授权
    • Method of manufacturing a resin-molded stator
    • 树脂成形定子的制造方法
    • US07147929B2
    • 2006-12-12
    • US11217449
    • 2005-09-02
    • Shigeo AmagiOsamu Koizumi
    • Shigeo AmagiOsamu Koizumi
    • G11B7/253G11B7/24H02K3/30H02K5/00H02K15/00G11B11/105G11B11/00C08J11/00
    • H02K15/14H02K5/08Y10T29/49009Y10T428/256Y10T428/31681Y10T428/31786
    • A highly reliable resin-molded stator not suffering insulation breakdown between the different phases of the stator coils even when the operation mode where the output of a rotary machine using a resin-molded stator in which a stator coil wound around a plurality of slots and a stator coil provided at the stator core end are resin-molded is to be increased from the level under a stopped status to the maximum achievable level within a short time is repeated. Also disclosed is a method of manufacturing such a stator, and a rotary machine using the same. The resin-molded stator of the present invention comprises a stator core, electrically insulated stator coils wound around the plurality of slots or protrusions provided in the axial direction of the stator core, and molding resin with which are molded the stator core and the stator coils located at the aforementioned slots or protrusions and at the stator core end, wherein the resin-molded stator is characterized in that non-adhesive structure is established between the molding resin and at least one of the end faces of the stator core.
    • 即使在使用其中缠绕在多个槽上的定子线圈的树脂模制定子的旋转机械的输出的操作模式和一个定子线圈的不同相位之间,也不会发生定子线圈的不同相之间的绝缘击穿的高度可靠的树脂模制定子 设置在定子芯端的定子线圈被树脂模制从在停止状态下的水平增加到在短时间内的最大可实现水平。 还公开了制造这种定子的方法和使用该定子的旋转机械。 本发明的树脂模制定子包括定子芯,缠绕在沿定子芯轴向设置的多个槽或突起的电绝缘定子线圈,以及模制树脂,其中模制定子芯和定子线圈 位于上述槽或突起处和定子铁芯端,其中树脂模制定子的特征在于,在模制树脂与定子芯的至少一个端面之间建立非粘合结构。
    • 7. 发明授权
    • Multilayer printed wiring board and electronic equipment
    • 多层印刷线路板和电子设备
    • US06492008B1
    • 2002-12-10
    • US09686931
    • 2000-10-12
    • Shigeo AmagiSatoshi Murakawa
    • Shigeo AmagiSatoshi Murakawa
    • B32B300
    • H05K3/4688B32B7/02B32B15/08H05K1/0271H05K2201/029H05K2201/0352H05K2201/068H05K2201/09318Y10S428/901Y10T428/24917
    • The thermal expansion coefficient of a composite insulator layer is adjusted in order to suppress warping deformation in a multilayer printed wiring board caused by temperature change. The thicknesses and the covering ratios on the both sides of the electric conductor layer composing the multilayer printed wiring board are asymmetric with respect to the central plane. A multilayer printed wiring board is formed by laminating composite insulation layers and laminated bodies, the composite insulation layer being made of a cloth a resin impregnated into the cloth, the laminated body being composed of electric conductor layers formed by coating on a surface of the composite insulation layer. The thermal expansion coefficient of the composite insulation layer having a conductor layer with a higher covering ratio is set to be smaller than the thermal expansion coefficient of the composite insulation layer having a conductor layer with a lower covering ratio.
    • 调整复合绝缘体层的热膨胀系数,以抑制由温度变化引起的多层印刷电路板中的翘曲变形。 构成多层印刷电路板的导电体层的两面的厚度和覆盖率相对于中心面不对称。 多层印刷线路板是通过层压复合绝缘层和层叠体形成的,复合绝缘层由浸渍在布中的树脂制成,层叠体由通过在复合材料的表面上涂覆而形成的导电体层构成 绝缘层。 将具有较高覆盖率的导体层的复合绝缘层的热膨胀系数设定为小于具有较低覆盖率的导体层的复合绝缘层的热膨胀系数。