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    • 3. 发明授权
    • Antenna unit and watch having the antenna unit
    • 具有天线单元的天线单元和手表
    • US07167134B2
    • 2007-01-23
    • US10996258
    • 2004-11-23
    • Narutoshi MinamiTakashi SanoSoh KimuraTadashi Kotani
    • Narutoshi MinamiTakashi SanoSoh KimuraTadashi Kotani
    • H01Q1/12
    • H01Q1/273G04R60/06
    • In one antenna unit, a non-electrically conductive resin layer is provided on a core portion of electrically conductive material and a winding portion is configured by a coil wound on the layer. The antenna unit is housed in a band attaching portion of a watch case of a watch, and a watch module is housed in the watch case. In another antenna unit, a core portion and a winding portion wound on the core portion are arranged in a cover case. Openings are formed in side walls of the cover case oppositely positioned to each other, and parts of the outer circumferential surface of the winding portion are arranged in the openings. The winding portion together with the core portion is supported to the inner surface of the cover case by adhesive portions interposed between the cover case and the winding portion.
    • 在一个天线单元中,在导电材料的芯部上设置非导电树脂层,并且绕组部分由缠绕在该层上的线圈构成。 天线单元被容纳在手表的表壳的带附接部分中,并且手表模块容纳在表壳中。 在另一个天线单元中,缠绕在芯部上的芯部分和绕组部分布置在盖壳中。 开口形成在彼此相对定位的盖壳的侧壁中,并且绕组部分的外周表面的一部分布置在开口中。 卷绕部与芯部一起通过插入在盖壳和卷绕部之间的粘合部支撑在盖壳的内表面。
    • 8. 发明授权
    • Radio wave receiving device with magnetic drive unit and antenna structure and electronic apparatus using the radio wave receiving device
    • 具有磁驱动单元和天线结构的无线电波接收装置以及使用无线电波接收装置的电子装置
    • US08040287B2
    • 2011-10-18
    • US12416283
    • 2009-04-01
    • Soh Kimura
    • Soh Kimura
    • H01Q1/00H01Q1/12
    • H01Q1/273G04C3/146G04G21/04G04R60/10H01Q7/08
    • A radio wave receiving device includes at least one magnetic drive unit and an antenna structure having a narrow core formed of magnetic material and a coil wound around the central part of the core. The device further includes two external magnetic members, each having a connecting part connected magnetically to one end part of the core. One magnetic member has a magnetism collecting part expanded in one side of the antenna structure from the connecting part to exclude the antenna structure, and the other magnetic member has a magnetism collecting part expanded in the other side of the antenna structure from the connecting part to exclude the antenna structure. These external magnetic members cover the drive unit in the both sides and shut off magnetic flux of external magnetic field from the both sides and collect magnetic flux of radio wave on the one end part of the core.
    • 无线电波接收装置包括至少一个磁驱动单元和具有由磁性材料形成的窄芯体和缠绕在芯的中心部分上的线圈的天线结构。 该装置还包括两个外部磁性构件,每个外部磁性构件具有磁性地连接到芯的一个端部的连接部。 一个磁性构件具有从连接部分在天线结构的一侧膨胀的磁集合部分,以排除天线结构,另一磁性构件具有在天线结构的另一侧从连接部扩展到 排除天线结构。 这些外部磁性构件覆盖两侧的驱动单元,并且从两侧切断外部磁场的磁通量,并且在芯的一端部收集无线电波的磁通量。
    • 10. 发明授权
    • Rotary switch and electronic timepiece
    • 旋转开关和电子表
    • US08305171B2
    • 2012-11-06
    • US12618918
    • 2009-11-16
    • Soh KimuraSyuuichi Machida
    • Soh KimuraSyuuichi Machida
    • H01H9/00
    • G04C3/004H01H25/06H03K17/97H03K2217/94068
    • A rotary switch includes an operating member, a magnet member, and a magnetic sensor. The operating member is operable from outside of a case to move to first and second positions in an axial direction and is rotatable. The magnet member is provided in such a manner that the magnet member does not move in the axial direction of the operating member. The magnetic sensor detects rotation of the magnet member. An engaging section is formed in a predetermined area of the operating member, and an engaging hole to receive the engaging section is formed in the magnet member. When the operating member is moved in the axial direction, the engaging section moves inside the engaging hole with the engaging section being engaged with the engaging hole, and when the operating member is rotated, the magnet member rotates therewith.
    • 旋转开关包括操作构件,磁体构件和磁性传感器。 操作构件可从壳体的外部操作以在轴向方向上移动到第一和第二位置并且是可旋转的。 磁体构件设置成使得磁体构件不沿着操作构件的轴向移动。 磁传感器检测磁体部件的旋转。 在操作构件的预定区域中形成有接合部,并且在磁体构件中形成有用于容纳接合部的接合孔。 当操作构件沿轴向移动时,接合部分在接合部分与接合孔接合的同时在接合孔内移动,并且当操作构件旋转时,磁体构件随之旋转。