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    • 31. 发明申请
    • PORTABLE RADIO
    • 便携式无线电
    • US20090224982A1
    • 2009-09-10
    • US11573404
    • 2005-08-26
    • Yutaka IsodaMasanori KubotaMasanori Kikuchi
    • Yutaka IsodaMasanori KubotaMasanori Kikuchi
    • H01Q1/24
    • H01Q9/16H01Q1/243H04M1/0235
    • A mobile radio apparatus using a circuit board in a cabinet as an antenna and being capable of providing a good antenna characteristic when the mobile radio apparatus is closed for entering a portable mode is provided.In a mobile radio apparatus 10, an upper circuit board 20 is housed in an upper cabinet 11, a lower circuit board 21 is housed in a lower cabinet 15, the upper and lower circuit boards 20 and 21 are electrically connected, an antenna section 22 is housed in an upper part 15a of the lower cabinet 15, a feeding section 23 for supplying power to the antenna section 22 is housed in the lower cabinet 15, and in a portable mode with the upper cabinet 11 and the lower cabinet 15 stacked on each other, the feeding section 23 is connected to the antenna section 22 and in a conversation mode in which the joint whole length is grown as the upper cabinet 11 and the lower cabinet 15 are changed in the mutual position, the feeding section 23 is connected to the upper circuit board 20 through the antenna section 22 and a connection member 25.
    • 提供了一种使用机柜中的电路板作为天线的移动无线电设备,并且当移动无线电设备关闭以便进入便携式模式时能够提供良好的天线特性。 在移动无线电设备10中,上电路板20被容纳在上机柜11中,下电路板21被容纳在下机柜15中,上电路板20和下电路板21电连接,天线部分22 被容纳在下机壳15的上部15a中,用于向天线部22供电的供给部23容纳在下机壳15中,并且以上机柜11和下机柜15堆叠的便携式方式 另一方面,馈送部分23连接到天线部分22,并且在相互位置上改变上部机壳11和下部机壳15的情况下,在整体长度增长的通话模式中,馈送部分23被连接 通过天线部分22连接到上电路板20和连接部件25。
    • 32. 再颁专利
    • Non-contact rotational position sensor and throttle valve assembly including non-contact rotational position sensor
    • 非接触式旋转位置传感器和节气门组件包括非接触式旋转位置传感器
    • USRE40523E1
    • 2008-09-30
    • US10797702
    • 2004-03-10
    • Kenji MiyataSatoshi ShimadaFumio TajimaToshifumi UsuiMasanori Kubota
    • Kenji MiyataSatoshi ShimadaFumio TajimaToshifumi UsuiMasanori Kubota
    • G01B7/30
    • G01D5/145
    • A non-contact sensor for sensing a rotational position of a rotating object is provided. A ring-shaped permanent magnet magnetized in the axial direction is sandwiched between two pairs of magnetic plates from above and below. Two pairs of upper and lower protruded magnetic substance portions are provided between the upper and lower magnetic plates at opposite outer ends thereof. Magnetic sensitive devices are inserted in air gaps between the two pairs of upper and lower protruded magnetic substance portions. A magnetic flux generated from the ring-shaped permanent magnet is substantially concentrated to the protruded magnetic substance portions and passes the magnetic sensitive devices. The amount of magnetic flux passing each magnetic sensitive device is substantially proportional to the rotational angle of the ring-shaped permanent magnet. The rotational position of the ring-shaped permanent magnet and hence the rotational position of a rotating shaft supporting the ring-shaped permanent magnet can be sensed in a non-contact manner as a signal output from the magnetic sensitive device. Since the magnetic flux is effectively concentrated to positions where magnetic sensitive devices are attached, a non-contact rotational position sensor having high accuracy and high sensitivity can be obtained.
    • 提供了用于感测旋转物体的旋转位置的非接触传感器。 沿轴向磁化的环形永久磁铁从上下方向夹在两对磁性板之间。 两对上,下突出的磁性体部分设置在上下磁性板之间的相对的外端。 磁敏装置插入两对上下突出的磁性物质部分之间的气隙中。 从环形永久磁铁产生的磁通量大致集中到突出的磁性体部分并通过磁敏装置。 通过每个磁敏装置的磁通量的大小与环形永久磁铁的旋转角成正比。 环形永磁体的旋转位置以及支撑环形永久磁铁的旋转轴的旋转位置可以以非接触的方式被感测为从感应装置输出的信号。 由于磁通量有效地集中在安装了敏感元件的位置,所以可以获得具有高精度和高灵敏度的非接触式旋转位置传感器。
    • 36. 发明授权
    • Throttle sensor
    • 节流传感器
    • US5070728A
    • 1991-12-10
    • US581301
    • 1990-09-12
    • Masanori KubotaSadayasu Ueno
    • Masanori KubotaSadayasu Ueno
    • G01M99/00F02D9/00F02D35/00G01B7/30G01D5/165
    • G01D5/1655G01B7/30
    • A throttle value spindle (3) is rotatably fixed to a throttle body (1). A recess is provided within the throttle body at one side of the throttle value spindle along the axial direction of the throttle valve spindle. A holder (6) is fixed to the throttle valve spindle within the recess and has brushes (7) at the opposite side of the throttle valve spindle, which rotates together with the throttle valve spindle. Resistors (12) are mounted on a ceramics circuit board (8) fixed on a housing (12). The housing engages with the recess in such a manner that the resistors contact with the brushes. When the brushes slide on the resistors corresponding to the rotation of the throttle value spindle, an electric signal is outputted continuously from the resistors.
    • 节流阀主轴(3)可旋转地固定在节气门体(1)上。 在节气门体内沿着节流阀主轴的轴向设置在节流阀主轴一侧的凹部。 保持器(6)在凹槽内固定在节流阀心轴上,并且在节流阀主轴的相反侧具有与节流阀主轴一起旋转的刷子(7)。 电阻器(12)安装在固定在壳体(12)上的陶瓷电路板(8)上。 壳体以与电刷接触的方式与凹部接合。 当电刷对应于节流阀主轴旋转的电阻上滑动时,电阻从电阻器连续输出。