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    • 45. 发明申请
    • PROCESSING APPARATUS AND METHOD OF PROCESSING A SHEET MEMBER
    • 加工装置及其加工方法
    • US20120115701A1
    • 2012-05-10
    • US13262729
    • 2010-03-29
    • Hideki AzumzYasuo Murakami
    • Hideki AzumzYasuo Murakami
    • B31F1/00
    • B29C55/18D06C3/06
    • A processing apparatus for a sheet member includes a mounting member where the sheet member is mounted, a rotating roller that rotates with a peripheral surface thereof opposing the mounting member, a processing component on the peripheral surface and movable on the peripheral surface along an axial direction of the rotating roller, and an adjustment mechanism that adjusts a relative position of the processing component with respect to the peripheral surface in the axial direction. The processing component is configured to process the sheet member by coming into contact with the sheet member with the rotating roller being rotated, while the sheet member is passing between the mounting member and the rotating roller with the sheet member being mounted on the mounting member. The adjustment mechanism is configured to adjust the relative position by moving the processing component on the peripheral surface along the axial direction.
    • 一种片状构件的加工装置,具有:安装片状构件的安装构件,与安装构件相对的周面旋转的旋转辊,在周面上的加工构件,沿着轴向在周面上移动 以及调节机构,其调节处理部件相对于圆周面在轴向上的相对位置。 处理部件被配置为通过与旋转辊旋转的片材接触来处理片材部件,同时片材部件在安装部件和旋转辊之间通过,片材部件安装在安装部件上。 调整机构构造为通过沿着轴向移动周边表面上的处理部件来调整相对位置。
    • 48. 发明授权
    • Vacuum arc vapor deposition apparatus
    • 真空电弧蒸镀装置
    • US07060167B2
    • 2006-06-13
    • US10726655
    • 2003-12-04
    • Yasuo MurakamiHiroshi Murakami
    • Yasuo MurakamiHiroshi Murakami
    • C23C14/34
    • H01J37/32623H01J37/32055
    • A vacuum arc vapor deposition apparatus can form a film of good quality without uselessly increasing a time from start of film deposition to completion thereof even when a trigger electrode induces vacuum arc discharge in response to turn-off of the vacuum arc discharge during deposition of the film onto the deposition target object. For example, the vacuum arc vapor deposition apparatus includes a shield member moved to and away from a position between a vapor source and a holder for supporting the deposition target object, a drive device for locating the shield plate selectively in a shield position between the vapor source and the holder, and a retracted position shifted from the shield position, a detector (e.g., current detector) detecting turn-on/off of the vacuum arc discharge, and a control portion controlling the drive device to locate the shield plate in the shield position when the detector detects turn-off of the vacuum arc discharge, and to locate the shield plate in the retracted position when a time required for stabilizing the vacuum arc discharge elapses after the detector detected turn-on of the vacuum arc discharge.
    • 真空电弧气相沉积装置可以形成质量好的膜,而不会从成膜开始到完成的时间无需增加时间,即使当触发电极响应于在沉积期间的真空电弧放电的关闭而引起真空电弧放电 电影到沉积目标物体上。 例如,真空电弧蒸镀装置包括:移动到蒸发源和用于支撑沉积目标物体的保持件之间的位置的屏蔽构件;用于将屏蔽板选择性地定位在蒸气之间的屏蔽位置的驱动装置 源极和保持器,以及从屏蔽位置偏移的缩回位置,检测真空电弧放电的接通/断开的检测器(例如电流检测器)以及控制驱动装置以将屏蔽板定位在 当检测器检测到真空电弧放电的接通时,当检测器检测到真空电弧放电的关闭时,并且当稳定真空电弧放电所需的时间过去时,将屏蔽板定位在缩回位置,屏蔽位置。
    • 50. 发明授权
    • Display device
    • 显示设备
    • US06686969B1
    • 2004-02-03
    • US09645435
    • 2000-08-25
    • Kouichirou HaraYasuo Murakami
    • Kouichirou HaraYasuo Murakami
    • H04N506
    • H03L7/091G09G5/008H03L7/07H03L7/0812H04N5/126
    • An object is to eliminate the effect of jitter in a sampling clock to realize proper sampling of a video signal. An A/D converter (1) samples a video signal in synchronization with a sampling clock (VCLK) at a rate of a period which is ½ times the video period. The phase of the sampling clock (VCLK) is corrected in a phase correcting circuit (9). The sampled signals are held alternately as data (DL) and (DR) in two latches (14) (15). A data switching portion (16) selects output signals from one of the two latches (14) and (15). A calculating portion (21) calculates an absolute difference value (&Dgr;D) between the data (DL) and (DR) in each video period. A calculating portion (22) calculates a maximum value (Dmax) among the absolute difference values (&Dgr;D) in one frame. A phrase control portion (19) controls the phase correcting circuit (9) and the data switching portion (16) so that a video signal processing circuit (2) can receive sampled signals which are sampled signals which are sampled at a phase corresponding to the center of a rising transition which the maximum value (Dmax) makes as the phase varies.
    • 目的是消除采样时钟抖动的影响,以实现视频信号的适当采样。 A / D转换器(1)以与视频周期的1/2的周期的速率与采样时钟(VCLK)同步地采样视频信号。 在相位校正电路(9)中校正采样时钟(VCLK)的相位。 采样信号在两个锁存器(14)(15)中交替地保持为数据(DL)和(DR)。 数据切换部分(16)从两个锁存器(14)和(15)之一选择输出信号。 计算部分(21)计算每个视频周期中的数据(DL)和(DR)之间的绝对差值(DeltaD)。 计算部分(22)计算一帧中的绝对差值(DeltaD)之间的最大值(Dmax)。 短语控制部分(19)控制相位校正电路(9)和数据切换部分(16),使得视频信号处理电路(2)可以接收采样信号,采样信号是在对应于 随着相位的变化,最大值(Dmax)使上升转变的中心。