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    • 1. 发明申请
    • RETRACTION MECHANISM
    • 回收机制
    • US20110041284A1
    • 2011-02-24
    • US12735426
    • 2009-01-16
    • Motohiko KimuraYohei Shimizu
    • Motohiko KimuraYohei Shimizu
    • E05F3/00E05F1/00
    • E05F1/16A47B88/467A47B2210/0078E05F5/003E05F5/02E05Y2201/21E05Y2201/256E05Y2201/266E05Y2201/412E05Y2201/488E05Y2900/20Y10T16/27Y10T16/56
    • A retraction mechanism includes a striker provided in either a fixed body or a movable body which is movably supported by the fixed body; a catcher provided in the other body and engaging the striker at a predetermined moved position of the movable body to be capable of engaging and disengaging; and an urging device enabling to accumulate urging forces in a moving process of the movable body. The retraction mechanism retracts the movable body by the urging forces accumulated in the urging device in a state wherein the striker and the catcher are engaged. The retraction mechanism includes a guide device controlling a relative position between the striker and the catcher, and when the striker and the catcher change the relative position, the change thereof is absorbed by the guide device, so that the engagement becomes possible.
    • 退回机构包括设置在固定体或可移动体中的撞针,该固定体或移动体由固定体可移动地支撑; 捕获器,设置在另一体中,并且在所述可移动体的预定移动位置处接合所述撞针以能够接合和脱离; 以及能够在移动体的移动过程中累积推动力的施力装置。 在撞击器和抓地器接合的状态下,回缩机构通过在施力装置中积累的推动力而缩回移动体。 回退机构包括:控制撞击器和捕捉器之间的相对位置的引导装置,并且当撞针和捕捉器改变相对位置时,引导装置被引导装置吸收,使得接合成为可能。
    • 2. 发明授权
    • Acoustic wave device
    • 声波装置
    • US08773000B2
    • 2014-07-08
    • US13286530
    • 2011-11-01
    • Yohei Shimizu
    • Yohei Shimizu
    • H03H3/08H03H9/02H03H9/00H03H9/145
    • H03H9/0057H03H3/08H03H9/02559H03H9/02574H03H9/02913H03H9/14588
    • An acoustic wave device includes a supporting substrate made of lithium tantalate, an element substrate made of lithium tantalate, and having a lower surface bonded to and arranged on an upper surface of the supporting substrate, and a comb-like electrode formed on an upper surface of the element substrate and exciting an acoustic wave. A propagation direction of the acoustic wave in the element substrate is an X-axis of the acoustic wave. A normal direction of the upper surface of the supporting substrate is an X-axis or a Y-axis of the supporting substrate. The propagation direction of the acoustic wave is not parallel to a Z-axis of the supporting substrate.
    • 声波装置包括由钽酸锂构成的支撑基板,由钽酸锂构成的元件基板,并且具有接合并布置在支撑基板的上表面上的下表面和形成在上表面上的梳状电极 的元件衬底并激发声波。 元件基板中声波的传播方向是声波的X轴。 支撑基板的上表面的法线方向是支撑基板的X轴或Y轴。 声波的传播方向不与支撑基板的Z轴平行。
    • 3. 发明申请
    • Reflector for light source of projector
    • 投影机光源反射器
    • US20060197423A1
    • 2006-09-07
    • US11367131
    • 2006-03-03
    • Kunitoshi MutsukiYohei Shimizu
    • Kunitoshi MutsukiYohei Shimizu
    • H01K1/26H01K1/30H01J61/40H01J5/16
    • G02B5/10F21V7/22F21V29/505
    • A reflector for light source of a projector, comprises a cup-shaped part that is formed by forging or casting from aluminum metal or alloy or the like metal, inner face of the cup-shaped part being mirror finished by ultra-precise cutting technique or by grinding with buff or diamond powder as not to have grooves or distortion; and a barrel portion disposed at center of the cup-shaped part and configured to receive an electric-discharge lamp. Omitted thereby is a coating of silicone-based resin that is a must for a reflector formed by metal spinning technique as to cover up the grooves and distortion. Thus, good heat conductivity of the aluminum metal or the like is not hampered, as to achieve a reflector for high-luminance lamp with high power consumption.
    • 用于投影仪的光源的反射器包括由铝金属或合金或类似金属锻造或铸造形成的杯形部分,杯状部分的内表面通过超精密切割技术进行镜面加工,或 通过抛光或金刚石粉末研磨而不具有凹槽或变形; 以及设置在所述杯状部的中央并且构造成容纳放电灯的筒部。 因此省略了用于通过金属纺丝技术形成的用于掩盖凹槽和变形的反射器必需的硅酮基树脂涂层。 因此,不会妨碍铝金属等的良好的导热性,从而实现高功率消耗的高亮度灯的反射器。