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    • 12. 发明申请
    • SENSOR MODULE
    • 传感器模块
    • US20120181641A1
    • 2012-07-19
    • US13348904
    • 2012-01-12
    • Satoru HIRAMOTOYoshiyuki KonoAkitoshi MizutaniTakamitsu KubotaKoichiro Matsumoto
    • Satoru HIRAMOTOYoshiyuki KonoAkitoshi MizutaniTakamitsu KubotaKoichiro Matsumoto
    • H01L29/82
    • F02D9/107F02D2009/0213
    • A sensor module includes a sensor, a module cover, and a wiring unit. The cover holds the sensor and includes a connector configured to make a connection with an external device. The wiring unit is held by the cover and is arranged from the connector to the sensor. The wiring unit includes a connecting member extending from the connector to a central region of the cover in its width direction and a wiring member extending from the central region of the cover in its width direction to a vicinity of the sensor. The cover and the connecting member are integrally formed from a mold material having insulation properties. The connecting member includes a first connecting terminal exposed at the central region of the cover. The wiring member includes a second connecting terminal conductively joined to the first connecting terminal.
    • 传感器模块包括传感器,模块盖和布线单元。 盖保持传感器并且包括被配置为与外部设备连接的连接器。 接线单元由盖子保持,并从连接器设置到传感器。 布线单元包括从连接器沿其宽度方向延伸到盖的中心区域的连接构件和从盖的中心区域沿宽度方向延伸到传感器附近的布线构件。 盖和连接构件由具有绝缘性的模具材料一体地形成。 连接构件包括在盖的中心区域露出的第一连接端子。 布线构件包括与第一连接端子导电接合的第二连接端子。
    • 14. 发明申请
    • ROTATIONAL ANGLE DETECTING DEVICE
    • 旋转角度检测装置
    • US20110238367A1
    • 2011-09-29
    • US13072223
    • 2011-03-25
    • Koichiro MATSUMOTOYoshiyuki KONO
    • Koichiro MATSUMOTOYoshiyuki KONO
    • G06F19/00
    • G01D5/145G01D5/24495
    • A rotational angle detecting device includes a magnetic member, a magnetic sensor and a processing unit. The magnetic sensor includes a sensor element disposed to rotate relative to the magnetic member in accordance with a rotation of a rotating object and outputting signals according to a change in a magnetic field caused as rotating relative to the magnetic member. The processing unit is capable of processing output values of the sensor element. The processing unit acquires the output value at every angle of rotation of the rotating object, estimates a waveform for one cycle of the signals as an estimation waveform from the acquired output values, and normalizes an amplitude of the estimation waveform. Further, the processing unit calculates a rotational angle of the rotating object by a trigonometric function operation based on the output value and the normalized amplitude.
    • 旋转角度检测装置包括磁性构件,磁性传感器和处理单元。 磁传感器包括传感器元件,其被设置为根据旋转物体的旋转相对于磁性构件旋转,并且根据相对于磁性构件旋转引起的磁场的变化输出信号。 处理单元能够处理传感器元件的输出值。 处理单元在旋转对象的每个旋转角度获取输出值,从所获取的输出值中估计作为估计波形的信号的一个周期的波形,并且对估计波形的幅度进行归一化。 此外,处理单元基于输出值和归一化幅度,通过三角函数运算来计算旋转物体的旋转角度。
    • 16. 发明授权
    • Electromechanical conversion device
    • 机电转换装置
    • US07355391B2
    • 2008-04-08
    • US11524310
    • 2006-09-21
    • Tatsuya KitanakaKoichiro MatsumotoTakashi Kawashima
    • Tatsuya KitanakaKoichiro MatsumotoTakashi Kawashima
    • G01B7/30
    • G01D5/145G01D3/028
    • An electromechanical conversion device includes an electromechanical conversion unit and a cable, which has a signal wire and a ground wire for grounding the electromechanical conversion unit. The electromechanical conversion unit performs a conversion between a relative movement with respect to a magnetic field generation unit and electrical signals, based on a magnetic field generated by the magnetic field generation unit. The signal wire is connected with the electromechanical conversion unit to transfer the electrical signals, and has a first branch portion and a second branch portion which extend substantially parallel to the ground wire and are respectively arranged at two opposite sides of the ground wire. A distance between the first branch portion and the ground wire is substantially equal to that between the second branch portion and the ground wire.
    • 机电转换装置包括机电转换单元和电缆,其具有用于使机电转换单元接地的信号线和接地线。 机电转换单元基于由磁场产生单元产生的磁场,执行相对于磁场产生单元的相对运动和电信号之间的转换。 信号线与机电转换单元连接以传送电信号,并且具有基本上平行于接地线延伸的第一分支部分和第二分支部分,并且分别布置在接地线的两个相对侧。 第一分支部分和接地线之间的距离基本上等于第二分支部分和接地线之间的距离。
    • 17. 发明授权
    • Sensor module
    • 传感器模块
    • US08736261B2
    • 2014-05-27
    • US13348904
    • 2012-01-12
    • Satoru HiramotoYoshiyuki KonoAkitoshi MizutaniTakamitsu KubotaKoichiro Matsumoto
    • Satoru HiramotoYoshiyuki KonoAkitoshi MizutaniTakamitsu KubotaKoichiro Matsumoto
    • G01B7/30
    • F02D9/107F02D2009/0213
    • A sensor module includes a sensor, a cover, and a wiring unit. The cover holds the sensor and includes a connector configured to make a connection with an external device. The wiring unit is held by the cover, is arranged from the connector to the sensor, and includes a connecting member extending from the connector to a central region of the cover in its width direction, which is perpendicular to the central line, and a wiring member extending from the central region of the cover in its width direction to a vicinity of the sensor. The cover and connecting member are integrally formed from a mold material. The connecting member includes a first connecting terminal exposed from a surface of the mold material at the central region of the cover in its width direction. The wiring member includes a second connecting terminal conductively joined to the first connecting terminal.
    • 传感器模块包括传感器,盖子和布线单元。 盖保持传感器并且包括被配置为与外部设备连接的连接器。 布线单元由盖子保持,从连接器设置到传感器,并且包括从连接器延伸到盖的中心区域的连接构件,其宽度方向垂直于中心线,并且布线 所述构件从所述盖的宽度方向的中心区域延伸到所述传感器的附近。 盖和连接构件由模具材料一体地形成。 连接构件包括在盖的中心区域沿其宽度方向从模具材料的表面露出的第一连接端子。 布线构件包括与第一连接端子导电接合的第二连接端子。
    • 19. 发明授权
    • Stroke sensor and rotation angle sensor
    • 行程传感器和旋转角度传感器
    • US08368391B2
    • 2013-02-05
    • US12694628
    • 2010-01-27
    • Koichiro MatsumotoTetsuya AokiTakashi KawashimaTatsuya KitanakaYoshiyuki Kono
    • Koichiro MatsumotoTetsuya AokiTakashi KawashimaTatsuya KitanakaYoshiyuki Kono
    • G01B7/14
    • G01D5/145F02D41/009
    • A stroke sensor has two magnets, which are magnetized in a cross-section direction and are displaced in a longitudinal direction, and two magnetism sensitive sections arranged parallel to the longitudinal direction. The magnets have circular-arc-shaped swelling end edges respectively and are magnetized such that the swelling end edges have opposite polarities. Thus, a distribution of a magnetic flux density on an arrangement axis substantially coincides with a sine curve. The magnetic flux having such the distribution is displaced in the longitudinal direction together with the magnets. The magnetism sensitive sections are arranged on the arrangement axis to be distant from each other by a distance of one fourth of a cycle of the sine curve. Thus, the stroke sensor that is not affected by temperature and that has high sensing accuracy can be provided.
    • 行程传感器具有两个在横截面方向被磁化并沿纵向位移的磁体和两个平行于纵向排列的磁感应部分。 磁体分别具有圆弧形的膨胀端边缘并被磁化,使得膨胀端边缘具有相反的极性。 因此,布置轴上的磁通密度的分布基本上与正弦曲线一致。 具有这种分布的磁通与磁体一起在纵向方向上移位。 磁感应部分布置在布置轴上,以相对于正弦曲线的周期的四分之一的距离彼此远离。 因此,可以提供不受温度影响并且具有高感测精度的行程传感器。