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    • 51. 发明授权
    • Process for producing high-purity Mn materials
    • 生产高纯度Mn材料的方法
    • US06458182B2
    • 2002-10-01
    • US09742500
    • 2000-12-21
    • Yuichiro ShindoTsuneo Suzuki
    • Yuichiro ShindoTsuneo Suzuki
    • C22B902
    • C22B9/04C22B47/0036
    • A process for producing a high-purity Mn material comprising the steps of premelting crude Mn at 1250-1500° C. and vacuum distilling the melt at 1100-1500° C. The degree of vacuum during the vacuum distillation ranges from 5×10−6 torr to 10 torrs. A crucible for use in the vacuum distillation is a double crucible, which consists of inner and outer crucibles, and a carbon felt packed in the space therebetween. A high-purity Mn material for thin film deposition which contains a total of not more than 100 ppm impurity metallic elements, not more than 200 ppm oxygen, not more than 50 ppm nitrogen, not more than 50 ppm S, and not more than 100 ppm C.
    • 一种生产高纯度Mn材料的方法,包括以下步骤:在1250-1500℃下预处理粗制Mn,并在1100-1500℃真空蒸馏熔体。真空蒸馏期间的真空度范围为5×10 -6乇 至10托。 用于真空蒸馏的坩埚是由内坩埚和外坩埚组成的双坩埚,以及包含在其间的空间中的碳毡。 一种用于薄膜沉积的高纯度Mn材料,其含有不超过100ppm的杂质金属元素,不超过200ppm的氧,不超过50ppm的氮,不超过50ppm的S,且不大于100 ppm C.
    • 53. 发明授权
    • Solid state image pickup apparatus for reducing noise
    • 用于降低噪声的固态图像拾取装置
    • US5737016A
    • 1998-04-07
    • US512017
    • 1995-08-07
    • Hayao OhzuToshiji SuzukiAkira IshizakiSeiji HashimotoTadanori HaradaTsuneo Suzuki
    • Hayao OhzuToshiji SuzukiAkira IshizakiSeiji HashimotoTadanori HaradaTsuneo Suzuki
    • H04N5/361H04N5/365H04N5/374H04N5/3745H04N5/378H04N5/335
    • H04N5/378H04N5/359H04N5/361H04N5/365H04N5/374
    • Solid state image pickup apparatus for removing noise includes a plurality of photoelectric transducer elements for converting incident light into electrical signals, each of the transducer elements having a signal fluctuation. Control circuitry is provided having a first mode for reading out from each transducer element a first signal corresponding to a signal component and a noise component caused by the fluctuation. The control circuitry has a second mode for reading out from each transducer element a second signal corresponding to the noise component caused by the fluctuation, the first and second signals being read out in the same manner from each transducer element. Amplification circuitry is provided for amplifying the first and second signals, the amplification circuitry including a plurality of amplifiers each amplifier being coupled to a respective one of the plurality of transducer elements. Processing circuitry is provided for processing the first and second signals from the plurality of transducer elements, said processing circuitry including a common capacitor having an input side selectably connected to receive the first signal and the second signal, the capacitor having an output side selectably connected to a fixed level and a floating level.
    • 用于去除噪声的固态图像拾取装置包括用于将入射光转换成电信号的多个光电换能器元件,每个换能器元件具有信号波动。 提供控制电路,其具有用于从每个换能器元件读出对应于由波动引起的信号分量和噪声分量的第一信号的第一模式。 控制电路具有从每个换能器元件读出对应于由波动引起的噪声分量的第二信号的第二模式,第一和第二信号以与每个换能器元件相同的方式读出。 提供放大电路用于放大第一和第二信号,放大电路包括多个放大器,每个放大器耦合到多个换能器元件中的相应一个。 提供处理电路用于处理来自多个换能器元件的第一和第二信号,所述处理电路包括公共电容器,该公共电容器具有可选择地连接以接收第一信号和第二信号的输入端,该电容器具有可选地连接到 固定水平和浮动水平。
    • 54. 发明授权
    • Aircraft washing equipment
    • 飞机洗衣设备
    • US5115531A
    • 1992-05-26
    • US541639
    • 1990-06-21
    • Tsuneo Suzuki
    • Tsuneo Suzuki
    • B64F5/00
    • B64F5/0018Y10S15/02
    • The present invention provides an aircraft washing equipment, characterized in that it comprises a sub-arm that rotates at the tip of an ascendable and descendable arm by means of a shaft with a base perpendicular to the arm, and is movably controlled by a drive mechanism; a brush oscillating frame rotated by a drive mechanism at the tip of the sub-arm, and which base rotates by means of a shaft perpendicular to the longitudinal direction of the sub-arm and a shaft at the tip of the arm; a brush swivelling frame that is swivelled by a drive mechanism centering around the axis of the longitudinal direction of the brush oscillating frame; a brush arm attached to a hinge on both sides of the brush swivelling frame, disposed bendably in a plane which is parallel to the swivelling plane of the brush swivelling frame, and is bent by a drive mechanism; a center shaft of a rotating brush attached on brackets parallel to the brush swivelling frame and the brush arm, mutually coupled with a universal joint, with their bases on the brush swivelling frame and the brush arm, and protruding perpendicularly to the swivelling plane of the brush swivelling frame; and a drive mechanism to drive the rotating brush around the center axis.
    • 该飞机清洗设备包括一个副臂(15),该副臂(15)借助于具有垂直于臂的底座的轴(7)在上升和下降的臂(9)的顶端处旋转,并且由驱动机构 ; 刷子摆动框架(32),其由副臂的顶端处的驱动机构旋转,并且该底座通过垂直于副臂的纵向方向的轴(33分钟)和尖端处的轴旋转 的手臂 刷子旋转框架(33),其由围绕电刷摆动框架的纵向轴线的驱动机构旋转; 电刷臂(35,36),其安装在电刷旋转框架的两侧的铰链上,弯曲地设置在与电刷旋转框架(33)的旋转平面平行的平面中,并被驱动机构弯曲; 旋转刷的中心轴附接在平行于刷子旋转框架的支架上,并且刷臂(35,36)与万向接头相互联接,其基座位于刷子转动框架和刷臂上,并且突出地突出到 刷子回转架的旋转平面; 以及围绕中心轴驱动旋转刷的驱动机构(34)。
    • 56. 发明申请
    • SYSTEM FOR CONTROLLING AN IN-VEHICLE DEVICE
    • 用于控制车载设备的系统
    • US20120101656A1
    • 2012-04-26
    • US13220877
    • 2011-08-30
    • Yoshiharu NitoTsuneo Suzuki
    • Yoshiharu NitoTsuneo Suzuki
    • G06F17/00
    • B60R25/20
    • According to one embodiment, a system for controlling an in-vehicle device is provided. The system has an in-vehicle device and an electronic control unit. The electronic control unit generates control signals to control the in-vehicle device and transmits the generated control signals to the in-vehicle device. The in-vehicle device has a semiconductor integrated circuit and a semiconductor memory circuit. The semiconductor integrated circuit is capable of performing a plurality of functional operations. The semiconductor memory circuit stores pieces of setting information necessary to perform the respective functional operations. The electronic control unit has a designation signal generation unit to output designation signals as the control signals. Each of the designation signals designates one of the pieces of setting information to be read from the semiconductor memory circuit. The semiconductor integrated circuit receives the designated one of the pieces of setting information which is read from the semiconductor memory circuit.
    • 根据一个实施例,提供一种用于控制车载设备的系统。 该系统具有车载设备和电子控制单元。 电子控制单元产生控制信号以控制车载设备,并将生成的控制信号发送到车载设备。 车载设备具有半导体集成电路和半导体存储器电路。 半导体集成电路能够执行多个功能操作。 半导体存储电路存储执行各功能操作所必需的设定信息。 电子控制单元具有指定信号生成单元,用于输出指定信号作为控制信号。 每个指定信号指定要从半导体存储器电路读取的设置信息之一。 半导体集成电路接收从半导体存储电路读取的指定的一条设定信息。
    • 57. 发明申请
    • BINARIZATION CIRCUIT, DEMODULATION CIRCUIT, AND TUNER FOR VEHICLE
    • 双向电路,解调电路和车辆调谐器
    • US20120049949A1
    • 2012-03-01
    • US13050063
    • 2011-03-17
    • Yoshiharu NitoTsuneo Suzuki
    • Yoshiharu NitoTsuneo Suzuki
    • H04L27/10H03K5/153
    • H04L27/0008H03K5/082H04L25/061H04L27/06H04L27/14
    • According to one embodiment, a binarization circuit includes a comparator, first and second charging-discharging circuits, and a control circuit. The comparator compares an input voltage with a reference voltage and outputs a signal in accordance with a differential voltage between the input voltage and the reference voltage. The first charging-discharging circuit generates a first voltage by multiplying the differential voltage by a first charge-discharge factor. The second charging-discharging circuit generates a second voltage by multiplying a difference between the differential voltage and a threshold voltage by a second charge-discharge factor greater than the first charge-discharge factor. The control circuit compares the differential voltage with the threshold voltage, and switches between turn-on and turn-off of the second charging-discharging circuit based on a difference between the differential voltage and the threshold voltage. A sum of the reference voltage of a preceding clock and the first voltage of the preceding clock is supplied to the comparator when the second charging-discharging circuit is turned off. A sum of the reference voltage of the preceding clock, the first voltage of the preceding clock, and the second voltage of the preceding clock is supplied to the comparator when the second charging-discharging circuit is turned on.
    • 根据一个实施例,二值化电路包括比较器,第一和第二充电放电电路以及控制电路。 比较器将输入电压与参考电压进行比较,并根据输入电压和参考电压之间的差分电压输出信号。 第一充电放电电路通过将差分电压乘以第一充放电因数来产生第一电压。 第二充电放电电路通过将差分电压和阈值电压之间的差乘以大于第一充电 - 放电因数的第二充电 - 放电因数来产生第二电压。 控制电路将差分电压与阈值电压进行比较,并且基于差分电压和阈值电压之间的差,在第二充电放电电路的导通和截止之间切换。 当第二充电放电电路断开时,前一时钟的参考电压与前一时钟的第一电压的和被提供给比较器。 当第二充电放电电路导通时,前一时钟的参考电压,前一时钟的第一电压和先前时钟的第二电压的和被提供给比较器。
    • 60. 发明申请
    • WINDOW GLASS BREAKAGE DETECTOR
    • 窗玻璃破碎探测器
    • US20100289630A1
    • 2010-11-18
    • US12812971
    • 2008-12-22
    • Tsuneo SuzukiMitsugu Kobayashi
    • Tsuneo SuzukiMitsugu Kobayashi
    • B60R25/10
    • G08B13/04E05Y2400/44E05Y2800/426E05Y2900/00E05Y2900/55
    • A clip is used for detecting breakage of an openable window glass. The clip clips a window glass that selectively opens or closes an opening of a vehicle at an end of the window glass, and breaks apart the end of the window glass following breakage of the window glass. The clip includes a first member and a second member opposing each other that are formed by folding a steel plate for making a leaf spring. The first member and the second member contact the window glass disposed therebetween at offset positions on the window glass in directions to approach each other. Accordingly, detection of the breakage of the window glass is ensured even when the entire window glass is not broken apart following the breakage of the window glass.
    • 夹子用于检测可打开的窗玻璃的断裂。 夹子夹住窗玻璃,该窗玻璃在窗玻璃的端部选择性地打开或关闭车辆的开口,并且在窗玻璃破裂之后分开窗玻璃的端部。 夹具包括通过折叠用于制造板簧的钢板形成的第一构件和彼此相对的第二构件。 第一构件和第二构件在窗玻璃上的偏移位置处与彼此接近的方向接触设置在其间的窗玻璃。 因此,即使当窗玻璃破裂后整个窗玻璃不分开时,也能确保窗玻璃的断裂的检测。