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    • 2. 发明授权
    • Brake fluid pressure controller
    • 制动液压控制器
    • US5064252A
    • 1991-11-12
    • US496267
    • 1990-03-20
    • Fumio FujimoriMasayoshi TanikawaTakashi NagashimaKiyonobu NagamoriHideo Onuki
    • Fumio FujimoriMasayoshi TanikawaTakashi NagashimaKiyonobu NagamoriHideo Onuki
    • B60T8/26B60T11/34
    • B60T11/34B60T8/26Y10T137/7888
    • A brake fluid pressure controller is interposed between a master cylinder and the rear wheel cylinders. The controller comprises a housing having an inlet, an outlet and a chamber which provides communication between the inlet and the outlet. An annular sealing member is disposed around a piston in the chamber with a clearance left therebetween. The sealing member has an inner perimeter defining a valve seat and an outer perimeter defining a flexible lip portion which is in contact with the internal wall of the chamber. When a valve head of the piston sits on the valve seat of the sealing member, the inner perimeter of the valve seat cuts off the communication between the inlet and the outlet. Meanwhile, the outer perimeter permits a communication from the outlet to the inlet but shuts off a communication from the inlet to the outlet. A spring urges the piston to a direction in which the valve head separates from the valve seat. A regulating member contacts the inner perimeter of the sealing member in the chamber from a side opposite to the valve head. The regulating member regulates the sealing member from moving in a direction from the valve head toward the regulating member.
    • 制动液压控制器介于主缸和后轮缸之间。 控制器包括具有入口,出口和室的壳体,其提供入口和出口之间的连通。 环形密封构件设置在腔室中的活塞周围,其间留有间隙。 密封构件具有限定阀座的内周边和限定与腔室的内壁接触的柔性唇部的外周边。 当活塞的阀头位于密封构件的阀座上时,阀座的内周切断入口和出口之间的连通。 同时,外周边允许从出口到入口的连通,但是切断从入口到出口的连通。 弹簧将活塞推向阀头与阀座分离的方向。 调节构件从与阀头相对的一侧接触腔室中的密封构件的内周。 调节构件调节密封构件沿从阀头朝调节构件的方向移动。
    • 3. 发明申请
    • Vacuum ultraviolt ray bonding apparatus
    • 真空紫外线接合装置
    • US20060237139A1
    • 2006-10-26
    • US10548300
    • 2004-02-10
    • Hideo Onuki
    • Hideo Onuki
    • B32B37/00
    • H01L21/67115
    • A VUV-ray adhering apparatus for applying material of alkoxide to adhering faces of adhered substances and irradiating VUV-ray to the adhering faces to adhere is provided, the apparatus including: a VUV-ray light source portion having a light source for generating the VUV-ray, an irradiating chamber for irradiating the VUV-ray to two of the adhered substances which are transparent for the VUV-ray, and an exhausting apparatus for exhausting atmosphere in the VUV-ray light source portion and the irradiating chamber forcibly to outside. Further, the VUV-ray light source portion and the irradiating chamber are vacuumed or the VUV-ray light source portion and the irradiating chamber are filled with nitrogen gas or rare gas. Further, a partition window of a substance transparent for the VUV-ray is provided between the VUV-ray light source portion and the irradiating chamber. Therefore, a highly efficient, economical and most preferable VUV-ray adhering apparatus with ultraviolet ray having a short wavelength in a range of 200 nm through 50 nm can be provided.
    • 提供了一种用于将粘附物质的粘合面施加材料并将VUV射线照射到粘附面的VUV射线粘附装置,该装置包括:具有用于产生VUV的光源的VUV射线光源部分 射线,用于将VUV射线照射到对于VUV射线透明的两个粘附物质的照射室,以及用于将VUV射线光源部分和照射室中的气氛强制地排出到外部的排气装置。 此外,对VUV射线光源部和照射室进行抽真空,或者将VUV射线光源部和照射室填充有氮气或稀有气体。 此外,在VUV射线光源部和照射室之间设置有对于VUV射线透明的物质的分隔窗。 因此,可以提供具有200nm至50nm范围内的短波长的紫外线的高效,经济且最优选的紫外线照射装置。
    • 5. 发明授权
    • Objective lens driving device
    • 物镜驱动装置
    • US4752117A
    • 1988-06-21
    • US922348
    • 1986-10-23
    • Atsushi IchikawaMasayuki AbeAkio YabeHideo OnukiShigefumi Hida
    • Atsushi IchikawaMasayuki AbeAkio YabeHideo OnukiShigefumi Hida
    • G11B7/09G02B7/02G02B7/11
    • G11B7/093
    • Disclosed is a device for driving an objective lens of an optical disk apparatus in both the tracking direction and the focusing direction. The device comprises a rocker arm supported rotatably and axially slidably by a supporting shaft and carrying the objective lens on its front end, a pair of first coils disposed on both sides respectively of an end on rear end of the rocker arm remote from the front end carrying the objective lens for driving the objective lens in the tracking direction, and a second coil mounted to the lower surface of the rocker arm for driving the objective lens in the focusing direction. A pair of magnets for producing a magnetic field for driving the objective lens in the focusing direction and a magnetic field for driving the objective lens in the tracking direction are mounted to a pair of yokes erected on both sides of the supporting shaft respectively. Current is supplied to the first coils to produce moments of rotation rotating the rocker arm thereby driving the objective lens in the tracking direction, and current is supplied to the second coil to move the rocker arm in the axial direction of the supporting shaft thereby driving the objective lens in the focusing direction.
    • 公开了一种用于在跟踪方向和聚焦方向上驱动光盘装置的物镜的装置。 该装置包括摇臂,该摇臂由支撑轴可旋转地和轴向可滑动地支撑并在其前端承载物镜;一对第一线圈,分别设置在远离前端的摇臂后端的端部 携带用于在跟踪方向上驱动物镜的物镜,以及安装在摇臂的下表面的第二线圈,用于在聚焦方向上驱动物镜。 一对用于产生用于沿聚焦方向驱动物镜的磁场的磁体和用于沿跟踪方向驱动物镜的磁场分别安装在支撑轴的两侧竖立的一对轭架上。 电流被提供给第一线圈以产生旋转摇臂的转矩,从而沿跟踪方向驱动物镜,并且电流被供应到第二线圈,以沿着支撑轴的轴向移动摇臂,从而驱动 物镜在聚焦方向。