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    • 2. 发明申请
    • X-RAY DETECTOR
    • X射线探测器
    • US20110168909A1
    • 2011-07-14
    • US13052681
    • 2011-03-21
    • Hideyuki NakaoYujiro Hara
    • Hideyuki NakaoYujiro Hara
    • G01T1/24
    • H01L27/14663G01T1/247H01L27/14609H01L27/14634H04N5/32
    • [Problem]To provide an X-ray detector which can reduce the size of a detection circuit and can increase the number of divided pixels per one pixel.[Solving Means]The X-ray detector comprises a conversion layer 1 which converts an X-ray into a charge signal, first to m-th sub pixel electrodes 5 which are provided so as to correspond respectively to sub pixel regions 4 obtained by dividing one pixel region into m regions (m is an integer not less than 2), a k-th amplifier 10 which converts the charge signal, received through the k-th sub pixel electrode (k is an integer satisfying 1≦k≦m), into a voltage signal to output the voltage signal, a k-th comparator 11 which compares the voltage value of the voltage signal output from the k-th amplifier with the voltage value of the reference voltage signal Vth to output the comparison result, a k-th flip-flop 12 which holds and outputs the comparison result output from the k-th comparator, and a calculation unit 8 which adds and counts the comparison results output from the first to the m-th flip-flops.
    • [问题]提供一种可以减小检测电路的尺寸并且可以增加每个像素的分割像素数量的X射线检测器。 [解决方案] X射线检测器包括将X射线转换为电荷信号的转换层1,第一至第m子像素电极5,其被设置为分别对应于通过划分获得的子像素区域4 一个像素区域分成m个区域(m是不小于2的整数),第k个放大器10,其转换通过第k个子像素电极接收的电荷信号(k是满足1≦̸ k≦̸ m的整数) 进入电压信号以输出电压信号;第k比较器11,其将从第k放大器输出的电压信号的电压值与参考电压信号Vth的电压值进行比较,以输出比较结果; 第k触发器12,其保存并输出从第k个比较器输出的比较结果;以及计算单元8,其对从第一至第M触发器输出的比较结果进行加和计数。
    • 3. 发明授权
    • Ink jet recording apparatus
    • 喷墨记录装置
    • US06123415A
    • 2000-09-26
    • US774072
    • 1996-12-23
    • Hitoshi NagatoTeruo MurakamiShuzo HiraharaHideyuki NakaoKoichi IshiiYasuo Hosaka
    • Hitoshi NagatoTeruo MurakamiShuzo HiraharaHideyuki NakaoKoichi IshiiYasuo Hosaka
    • B41J2/06
    • B82Y15/00B41J2/06B41J2002/061
    • In the ink jet recording apparatus for recording an image by supplying ink obtained by dispersing color material components in a solvent to a head substrate and by jetting ink drops containing at least the color material components to a recording medium on the basis of electrostatic force applied to the color material components, the recording apparatus comprises a driving circuit (107) for applying voltages to electrodes of an electrode array (102) arranged on a head substrate (101), in such a way that a first potential difference whose potential level relationship is reversed at a predetermined period between the two adjacent electrodes can be applied when the color material components are cohered and/or stirred on the head substrate, and a second potential difference different from the first potential difference between the two adjacent electrodes can be applied when the ink drops are jetted toward a recording medium. In this ink jet recording apparatus, a stable recording can be made by uniformalizing the density of the ink color material components on the head substrate and further by preventing the color material components from adhering onto the electrode.
    • 在用于记录图像的喷墨记录装置中,通过将通过将颜料成分分散在溶剂中而获得的油墨提供给头基板,并且通过将至少含有着色材料成分的墨滴基于施加到 彩色材料成分,记录装置包括:驱动电路(107),用于向布置在头基板(101)上的电极阵列(102)的电极施加电压,使得其电位关系为 当在两个相邻电极之间的颜色材料成分被粘合和/或搅拌时,可以在两个相邻电极之间的预定周期处反转,并且可以应用与两个相邻电极之间的第一电位差不同的第二电位差 墨水朝向记录介质喷射。 在该喷墨记录装置中,可以通过使头基板上的油墨着色材料成分的密度均匀化,并进一步防止着色材料成分附着在电极上,进行稳定的记录。
    • 6. 发明授权
    • Date driving mechanism of watch
    • 手表日期驱动机制
    • US4261047A
    • 1981-04-07
    • US49990
    • 1979-06-19
    • Hideyuki Nakao
    • Hideyuki Nakao
    • G04B19/253G04B19/24G04B19/20
    • G04B19/25353
    • The date driving mechanism of a watch comprises a date driving wheel having a partially teethed portion engaged with teeth of a calendar driving wheel which in turn drives a calendar display dial so as to advance the calendar display dial a given amount each rotation of the date driving wheel. A cam integral with the date driving wheel engages a pivotal control member so as to hold the control member against the calendar driving wheel normally to restrain movement of the date dial. The cam has a flat side so as to release the calendar driving wheel from restraint when being driven by the teethed portion of the date driving wheel, thereby relieving load on the date driving wheel. The control member has a resilient arm which yields to permit manual correction of the calendar display.
    • 手表的日期驱动机构包括日期驱动轮,该日期驱动轮具有与日历驱动轮的齿接合的部分开口部分,该日历驱动轮依次驱动日历显示拨盘,以使日历显示拨盘在日期驱动 轮。 与日期驱动轮一体的凸轮与枢转控制构件接合,以便将控制构件正常地抵靠在日历驱动轮上以限制日期拨盘的移动。 凸轮具有平坦的侧面,以便在由日期驱动轮的前端部分驱动时将日历驱动轮从限制释放,从而减轻日期驱动轮上的负载。 控制构件具有弹性臂,其产生以允许手动校正日历显示。
    • 7. 发明申请
    • Inclination sensor
    • 倾角传感器
    • US20070251108A1
    • 2007-11-01
    • US11228819
    • 2005-09-16
    • Izumi KuroseKazuhiro EijiHideyuki NakaoHaruki Muraoka
    • Izumi KuroseKazuhiro EijiHideyuki NakaoHaruki Muraoka
    • G01C9/06
    • G01C9/06G01C9/12G01C2009/064
    • An inclination sensor includes: a case having a turning shaft section projected in a lateral direction on a front surface thereof; magnetism detecting means fixed on an upper side of the turning shaft section; a pair of magnets fixed in parallel to a rear surface of the case to be located on both sides of the magnetism detecting means; a pendulum axially supported by the turning shaft section to turn freely; and a pair of ferromagnetic bodies fixed on an inward surface of the pendulum. When the case inclines, one of the ferromagnetic bodies approaches the magnetism detecting means, and a magnetic circuit is closed by the pair of magnets and one of the ferromagnetic bodies. Magnetic fluxes of the magnets pass over front and rear surfaces of the magnetism detecting means.
    • 倾斜传感器包括:具有在其前表面上沿横向突出的转动轴部的壳体; 磁力检测装置,其固定在所述转动轴部的上侧; 一对磁体,其平行于壳体的后表面固定,以位于磁检测装置的两侧; 由所述转动轴部分轴向支撑以便自由转动的摆锤; 以及固定在摆锤的内表面上的一对铁磁体。 当壳体倾斜时,铁磁体中的一个接近磁检测装置,并且磁路由一对磁体和一个铁磁体闭合。 磁体的磁通量通过磁检测装置的前表面和后表面。
    • 8. 发明授权
    • Electrophoresis display device
    • 电泳显示装置
    • US06724521B2
    • 2004-04-20
    • US10101977
    • 2002-03-21
    • Hideyuki NakaoTeruo MurakamiSadao Kajiura
    • Hideyuki NakaoTeruo MurakamiSadao Kajiura
    • G02B2600
    • G09G3/3446G02F1/1347G02F1/167G02F2001/134381G09G2310/06
    • Electrophoresis display devices using charged particles which move in each cell in accordance with the electrophoresis caused by electrodes neighboring the cell. First through third electrodes are used to provide the electrophoresis to the charged particles in a dispersion liquid of each cell. The first and the second electrodes are formed in parallel with each other on a side of a first board and the third electrode is formed on a second board 5 to intersect with the first and the second electrodes. The first electrode may be applied with an initial voltage, a first hold voltage and a rewriting voltage between the initial voltage and the first hold voltage in an order of the first voltage, the rewriting voltage and the first hold voltage. The second electrode may be applied with intermediary voltage between the initial voltage and the rewriting voltage to the first electrode. The third electrode may be applied with a color display voltage different from the intermediary voltage and second holds voltage in synchronism with the first hold voltage. The dispersion liquid may be sealed by a microcapsule or the like and a position of the microcapsule may be fixed by a projection formed on one of the boards.
    • 使用带电粒子的电泳显示装置,该电荷粒子根据由邻近细胞的电极引起的电泳在每个电池中移动。 首先通过第三电极用于向每个电池的分散液中的带电粒子提供电泳。 第一和第二电极在第一板的一侧彼此平行地形成,而第三电极形成在第二板5上以与第一和第二电极交叉。 第一电极可以以第一电压,重写电压和第一保持电压的顺序施加初始电压,初始电压和第一保持电压之间的重写电压。 可以向第一电极施加初始电压和重写电压之间的中间电压。 第三电极可以施加与中间电压不同的彩色显示电压,并且第二电极与第一保持电压同步地施加第二电压。 分散液可以通过微胶囊等密封,并且微胶囊的位置可以通过形成在一个板上的突起来固定。