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    • 21. 发明申请
    • MOUNTING DEVICE
    • 安装设备
    • US20080187420A1
    • 2008-08-07
    • US12024556
    • 2008-02-01
    • Hiroshi SHIMOYAMAKazuya YanoMasaru Suzuki
    • Hiroshi SHIMOYAMAKazuya YanoMasaru Suzuki
    • H01L21/687G01R1/04
    • G01R31/2887H01L21/682Y10S269/90
    • A mounting device provided on a horizontally movable stage mechanism, includes a mounting table for mounting thereon a target object, a cylindrical elevation body, having a diameter smaller than a diameter of the mounting table, for supporting the mounting table, a plurality of elevation guide rails provided on an outer peripheral surface of the elevation body so as to be spaced from each other at substantially regular intervals in a circumferential direction, and a plurality of support members each having a vertical plate to which engaging bodies engaged with the elevation guide rails are fixed. Further, a plurality of reinforcing parts are vertically provided on the outer peripheral surface of the elevation body so as to be spaced from each other at substantially regular intervals in the circumferential direction.
    • 一种设置在水平移动平台机构上的安装装置,包括用于安装目标物体的安装台,具有小于安装台直径的直径的圆柱形升降体,用于支撑安装台,多个升降导轨 轨道设置在立面体的外周面上,以在圆周方向上以大致规则的间隔彼此隔开;多个支撑构件,每个支撑构件具有与升降导轨接合的接合体的垂直板, 固定。 此外,多个加强部分在垂直体的外周面垂直地设置,以便在圆周方向上以大致规则的间隔彼此间隔开。
    • 22. 发明申请
    • MOUNTING DEVICE
    • 安装设备
    • US20080184916A1
    • 2008-08-07
    • US12020655
    • 2008-01-28
    • Kazuya YANOHiroshi ShimoyamaMasaru Suzuki
    • Kazuya YANOHiroshi ShimoyamaMasaru Suzuki
    • A47B9/00
    • G12B5/00Y10T74/20348
    • A mounting device includes a vertically movable mounting table for mounting thereon a target object and a rotational driving mechanism for rotating the mounting table within a predetermined angle. The mounting table is vertically raised and rotated by the rotational driving mechanism. The rotational driving mechanism includes a driving shaft extending in a tangential direction of the mounting table and a moving body moving in the tangential direction via the driving shaft. A first cam follower is attached in perpendicular to the moving body and a second cam follower is extending horizontally from an outer circumferential surface of the mounting table so as to be in contact with the first cam follower. Also, a resilient member connecting the mounting table and the moving body brings the first cam follower and the second cam follower into elastic contact with each other.
    • 安装装置包括用于安装目标物体的可垂直移动的安装台和用于使安装台旋转预定角度的旋转驱动机构。 安装台由旋转驱动机构垂直升高并旋转。 旋转驱动机构包括沿着安装台的切线方向延伸的驱动轴和经由驱动轴沿切线方向移动的移动体。 第一凸轮从动件垂直于移动体附接,第二凸轮从动件从安装台的外周面水平延伸,以与第一凸轮从动件接触。 此外,连接安装台和移动体的弹性构件使第一凸轮从动件和第二凸轮从动件彼此弹性接触。
    • 23. 发明授权
    • Optical power monitor
    • 光功率监视器
    • US07347631B2
    • 2008-03-25
    • US11674399
    • 2007-02-13
    • Masaru SuzukiYoshiaki UchidaShinji Furuichi
    • Masaru SuzukiYoshiaki UchidaShinji Furuichi
    • G02B6/26G02B6/32G02B6/36G02B6/42
    • G02B6/4204G02B6/4207G02B6/4225G02B6/4233G02B6/4246
    • An optical power monitor having a reduced number of component parts, easy to assemble, capable of facilitating positioning for achieving improved optical coupling, and having a reduced size and a reduced manufacturing cost. A pigtail fiber in which the center axis of an optical fiber is shifted from the center axis of the columnar capillary by 0.020 to 0.150 mm is used. The pigtail fiber and a photo diode are provided in a cylindrical tube with the pigtail fiber center axis and the photo diode center axis aligned with each other. The pigtail fiber and the photo diode can be adjusted to the optimum position in the cylindrical tube by adjustment in the longitudinal direction, thus advantageously simplifying the adjustment process in comparison with that in the conventional optical power monitor in which adjustments by movement in the radial direction, movement in the longitudinal direction and rotation about the center axis are made.
    • 一种光功率监视器,具有数量少的组件,易于组装,能够促进定位以实现改进的光耦合,并且具有减小的尺寸和降低的制造成本。 使用其中光纤的中心轴从柱状毛细管的中心轴线偏移0.020至0.150mm的猪尾纤维。 猪尾纤维和光电二极管设置在圆筒形管中,其中猪尾纤维中心轴和光电二极管中心轴彼此对准。 通过在长度方向上的调整,可以将尾纤光纤和光电二极管调整到圆柱形管中的最佳位置,因此与传统的光功率监视器相比,有利地简化了调节过程,其中通过径向移动进行调整 进行纵向移动和围绕中心轴线的旋转。
    • 24. 发明申请
    • OPTICAL POWER MONITOR
    • 光功率监视器
    • US20070230872A1
    • 2007-10-04
    • US11682575
    • 2007-03-06
    • Masaru SuzukiMasahiro AoTakeshi Fukuyama
    • Masaru SuzukiMasahiro AoTakeshi Fukuyama
    • G02B6/26
    • G02B6/4214G02B6/4249
    • An optical power monitor capable of being reduced in size even when designed as a multi-channel monitor, and having a reduced light transmission loss is disclosed. The optical power monitor has two optical fibers provided on the light transmission upstream and downstream sides and having cores, the end surfaces which are opposed to each other with the core optical axes offset from each other, and which are fusion-spliced to each other in a fusion splicing portion, a light reflection surface which faces a portion of the upstream-side optical fiber core end surface offset to protrude from the downstream-side optical fiber core end surface in the fusion splicing portion, and which is provided in the downstream-side optical fiber cladding layer, and a photo-diode positioned opposite from the light reflection surface with respect to the downstream-side optical fiber core. Third-order or fourth-order lights strengthening each other in lights leaked into the downstream-side optical fiber cladding layer from the upstream-side optical fiber core end surface are reflected by the reflection surface provided in the cladding layer and detected with the photo-diode.
    • 公开了即使设计为多通道监视器并且具有降低的光传输损耗的能够减小尺寸的光功率监视器。 光功率监视器具有设置在光传输上游侧和下游侧的两根光纤,并且具有芯,端面相互相对,芯光轴彼此偏移,并且彼此熔接 熔融接合部,与上述熔融接合部中的下游侧光纤芯端面突出地偏离的上游侧光纤芯端面的一部分的光反射面, 以及与所述光反射面相对于所述下游侧光纤芯相对配置的光电二极管。 从上游侧光纤芯端面向下游侧光纤包覆层漏出的光相互强化的三阶或四阶光被设置在包层的反射面反射, 二极管。
    • 28. 发明申请
    • CONTROL DEVICE OF AUTOMATIC TRANSMISSION
    • 自动变速器控制装置
    • US20060195243A1
    • 2006-08-31
    • US11359620
    • 2006-02-23
    • Masaru Suzuki
    • Masaru Suzuki
    • G06F17/00
    • F16H61/0437F16H59/68F16H61/686F16H2061/0444F16H2306/14F16H2306/24
    • When a request to switch to a shift to a new third shift step is made during performing a shift from a first shift step to a second shift step, a method of performing the shift to the third shift step is changed according to an engagement pattern of respective friction engaging components in a steady state of the third shift step. When there are the friction engaging components that are continuously being engaged or disengaged at the time of a shift from the second shift step to the third shift step, the friction engaging components are continuously engaged or disengaged whereas the control of engaging or disengaging the other friction engaging components that are to be changed in the state of engagement or disengagement is started so as to make the other friction engaging components respond to the engagement pattern of the third shift step.
    • 当在执行从第一移位步骤到第二移位步骤的移位期间进行切换到新的第三移位步骤的请求时,执行到第三移位步骤的移位的方法根据 相应的摩擦接合部件处于第三移动步骤的稳定状态。 当存在在从第二换挡阶段到第三变速阶段的变速期间连续地接合或分离的摩擦接合部件时,摩擦接合部件被连续地接合或分离,而接合或分离另一摩擦力的控制 启动在接合或分离状态下被改变的接合部件,以使其它摩擦接合部件响应于第三移动步骤的接合图案。
    • 30. 发明申请
    • Solenoid valve
    • 电磁阀
    • US20060081298A1
    • 2006-04-20
    • US11226199
    • 2005-09-15
    • Masaya SegiMikio SuzukiMasaru SuzukiKoichi TakanishiKaori Fujita
    • Masaya SegiMikio SuzukiMasaru SuzukiKoichi TakanishiKaori Fujita
    • F15B13/044
    • F16K31/0689F16K31/0613Y10T137/86614Y10T137/8671
    • In a solenoid valve 10, an annular oil groove 66 is formed at a portion corresponding to a spring chamber 56 on the external surface of a sleeve 19, a drain passage 68 is formed to make an upper part of the annular oil groove 66 communicate with the outside of an insertion bore 61, and a throttle hole 67 is provided at a lower part of the annular oil groove 66 for making the annular oil groove 66 communicate with the spring chamber 56. Since the annular oil groove 66 communicates with the outside of the insertion bore 61 at its upper part through the drain passage 68, it can be realized to store the operating oil to the height of the upper part of the annular oil groove 66, so that the operating oil can be reserved in the spring chamber 56 which communicates with the annular oil groove through the throttle hole 67. Further, the operating oil is supplied from a feedback port 48 next to the spring chamber 56 through a clearance between the spool valve 19 and a valve hole 18. Thus, the solenoid valve 10 is able to secure the damping effect of the working oil on the spool valve 19 and a plunger 17 and to suppress the self oscillation even while being operated in the atmosphere for a long time.
    • 在电磁阀10中,在与套管19的外表面上的弹簧室56对应的部分形成环状的油槽66,形成排水通道68,使得环状油槽66的上部与 插入孔61的外侧和节流孔67设置在环形油槽66的下部,以使环形油槽66与弹簧室56连通。 由于环形油槽66在其上部通过排水通道68与插入孔61的外部连通,所以可以实现将工作油存储到环形油槽66的上部的高度,使得 工作油可以预留在通过节流孔67与环形油槽连通的弹簧室56中。 此外,工作油通过滑阀19和阀孔18之间的间隙从靠近弹簧室56的反馈口48供给。 因此,电磁阀10能够将工作油的阻尼效果固定在滑阀19和柱塞17上,并且即使在长时间在大气中操作的情况下也能够抑制自振动。