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    • 2. 发明授权
    • Electric power steering apparatus
    • 电动助力转向装置
    • US08002076B2
    • 2011-08-23
    • US11488079
    • 2006-07-18
    • Hideto YoshinariMasahide HaradaKaoru UchiyamaOsamu Koizumi
    • Hideto YoshinariMasahide HaradaKaoru UchiyamaOsamu Koizumi
    • B62D5/04
    • B62D5/0406H02K5/225H02K11/33
    • The present invention provides an electric power steering apparatus, in which reduction and thickness thereof can be achieved, radiation performance thereof can concurrently be ensured, and manufacturing and running costs thereof can also be reduced, even when the apparatus includes a structure having a motor and a motor control device integrated therewith. The apparatus includes a motor which assists in steering operations, a motor control device which controls the motor, and a housing which accommodates the motor and the motor control device. The housing includes a motor accommodation portion which accommodates the motor, and a control device accommodation portion which accommodates the motor control device. The motor control device includes a drive unit which drives the motor, and a control unit which controls the motor. The drive unit is disposed in a position in the control device accommodation portion, the position being in proximity to the motor accommodation portion.
    • 本发明提供一种电动助力转向装置,其中可以实现其减小和厚度,同时可以确保其辐射性能,并且即使当该装置包括具有电机和 与其集成的电动机控制装置。 该装置包括辅助转向操作的电动机,控制电动机的电动机控制装置以及容纳电动机和电动机控制装置的壳体。 壳体包括容纳电动机的电动机容纳部分和容纳电动机控制装置的控制装置容纳部分。 马达控制装置包括驱动马达的驱动单元和控制马达的控制单元。 驱动单元设置在控制装置容纳部分中的位置,该位置靠近电动机容纳部分。
    • 7. 发明授权
    • Developing device for an image forming apparatus
    • 用于图像形成装置的显影装置
    • US06643486B1
    • 2003-11-04
    • US09715126
    • 2000-11-20
    • Shuuichi EndohOsamu EndouYoshihiro AbeMasahide HaradaNobuhiko Umezawa
    • Shuuichi EndohOsamu EndouYoshihiro AbeMasahide HaradaNobuhiko Umezawa
    • G03G1508
    • G03G15/0812G03G2215/0634
    • A developing device for an image forming apparatus of the present invention includes an image carrier performing endless movement while carrying a developer in the form of a layer thereon, and a regulating member for regulating the thickness of the layer Toner stored in the developing device is covered with an additive whose particle size is less than 2 &mgr;m. The regulating member is implemented as a doctor roller having a surface roughness Rz equal to or greater than the above particle size, but smaller than 2 &mgr;m. The doctor roller is pressed against a developing roller or developer carrier by a preselected pressure, forming a nip for development The developing device reduces irregular development ascribable to impurities caught at a regulating position assigned to the doctor roller more than a conventional developing device using a doctor blade as a regulating member. In addition, the developing device obviates irregular development in the form of fine stripes ascribable to stripe-like irregularities formed in the developer layer existing on the developing roller.
    • 本发明的图像形成装置的显影装置包括:图像载体,其在其上承载显影剂形式的显影剂的同时执行无限次移动,并且覆盖用于调节所述层的厚度的调节部件覆盖存储在显影装置中的调色剂被覆盖 具有粒径小于2μm的添加剂。 调节构件被实施为具有等于或大于上述粒径但小于2μm的表面粗糙度Rz的刮刀辊。 刮刀辊被预选的压力压在显影辊或显影剂载体上,形成用于显影的辊隙显影装置比使用医生的常规显影装置减少归因于分配给刮墨辊的调节位置上的杂质的不规则显影 叶片作为调节构件。 此外,显影装置避免了由于存在于显影辊上的显影剂层中形成的条状凹凸形状的细条状的不规则显影。
    • 10. 发明申请
    • ELECTROCARDIOGRAPH AND BIOELECTRODE PAD
    • 电子和生物电极板
    • US20140288407A1
    • 2014-09-25
    • US14355418
    • 2011-11-02
    • Yoshihiko SanoMasahide Harada
    • Yoshihiko SanoMasahide Harada
    • A61B5/0408A61B5/00
    • A61B5/04085A61B5/04087A61B5/0428A61B5/7214A61B2562/125
    • An electrocardiograph measures an electrocardiac signal by processing electric signals detected by bioelectrode pads. The bioelectrode pads each includes a plurality of sheets of electrodes disposed by being stacked on each other; conductive gel sheets disposed alternately with the sheets of electrodes and interposed between the electrodes; and a dynamic pressure stabilizing plate. The electrocardiograph includes a first differential circuit for obtaining an electrocardiac source signal by taking the difference between signals each obtained from any one of the electrodes of each of two bioelectrode pads; a second differential circuit for obtaining a body motion noise signal by taking the difference between signals obtained from any two of the electrodes of each of said two bioelectrode pads; and a body motion noise removing circuit for removing the low frequency components of the body motion noise signal of each of said two bioelectrode pads from the electrocardiac source signal.
    • 心电图仪通过处理由生物电极垫检测到的电信号来测量心电信号。 生物电极焊盘各自包括通过彼此堆叠设置的多个电极片; 与电极片交替设置并插入在电极之间的导电凝胶片; 和动态压力稳定板。 所述心电图仪包括:第一差分电路,用于通过取得从两个生物电极垫中的每一个的任一电极获得的信号之间的差异来获得心电信号源信号; 第二差分电路,用于通过获取从所述两个生物电极焊盘中的每一个的任意两个电极获得的信号之间的差来获得体动噪声信号; 以及体动噪声去除电路,用于从所述心电信号信号中去除所述两个生物电极垫中的每一个的体动噪声信号的低频分量。