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    • 2. 发明授权
    • Method for polishing optical fiber end surface
    • 抛光光纤端面的方法
    • US5743787A
    • 1998-04-28
    • US541208
    • 1995-10-12
    • Keiichi IshiyamaKohji MinamiHiroyuki TokitaToyokazu IwakiriNobuo Suzuki
    • Keiichi IshiyamaKohji MinamiHiroyuki TokitaToyokazu IwakiriNobuo Suzuki
    • G02B6/38B24B19/00B24B19/22B24B1/00
    • B24B19/226
    • A method of polishing an end surface of an optical fiber comprises tilting the central axis of a ferrule integrated with an optical fiber at a preselected angle .THETA. to the axis of rotation of a flat polishing member. A foremost end of the ferrule is then moved into contact with a flat polishing member to polish the foremost end of the ferrule and an end surface of the optical fiber. The foremost end of the ferrule is moved out of contact with the flat polishing member after the ferrule and the optical fiber have been polished into a flat plane. The central axis of the ferrule is then tilted at the angle .THETA. to the axis of rotation of a platen and at an angle .theta.=.THETA.+.DELTA. to a line normal to the surface of the platen, where .DELTA. is an angle of tilt of the rotational platen relative to a flat support surface supporting the rotational platen. Thereafter, the foremost end of the ferrule is moved into contact with a second polishing machine to polish the ferrule and the optical fiber. The ferrule is moved out of contact with the polishing member after the ferrule and the optical fiber have been polished into an oblique convex spherical surface so that an oblique angle defined between a plane normal to the central axis of the ferrule and a tangent plane at the intersection of the central axis of the ferrule and the surface is equal to angle .THETA..
    • 抛光光纤端面的方法包括将与光纤集成的套圈的中心轴以预定角度THETA倾斜到平面抛光件的旋转轴线。 然后将套圈的最前端移动成与平坦的抛光构件接触以抛光套圈的最前端和光纤的端表面。 在套圈和光纤被抛光成平面之后,套圈的最前端与平面抛光部件脱离接触。 然后将套圈的中心轴线以角度THETA倾斜到压板的旋转轴线,并以θ= THETA + DELTA的角度倾斜到与压板表面垂直的线,其中DELTA是倾斜角 旋转压板相对于支撑旋转压板的平坦支撑表面。 此后,使套圈的最前端与第二抛光机接触以对套圈和光纤进行抛光。 在套圈和光纤被抛光成倾斜的凸形球面之后,套圈移动离开与抛光构件的接触,使得在垂直于套圈的中心轴线的平面和 套圈的中心轴线与表面的交点等于角度THETA。
    • 3. 发明授权
    • End-face lapping apparatus and method of lapping
    • 端面研磨装置和研磨方法
    • US06449409B1
    • 2002-09-10
    • US09035480
    • 1998-03-05
    • Kouji MinamiHiroyuki TokitaNobuo SuzukiMuneo Kawasaki
    • Kouji MinamiHiroyuki TokitaNobuo SuzukiMuneo Kawasaki
    • G02B626
    • B24B19/226B24B41/06
    • An end-face lapping apparatus, comprises a rod member W supported on an apparatus main body by a support mechanism through a fixing jig board. A lapping board has a lapping member for lapping the rod member and is rotatably swingably supported on the apparatus main body by a drive mechanism. The drive mechanism causes the lapping board to rotate about a first rotating center and at the same time swivel rotating center about a second rotating center to thereby carry out lapping while urging the rod member W fitted in the fixing jig board against the lapping member of the rotatably swinging lapping board by the support mechanism. The end-face lapping apparatus has a relative position shift device for shifting the relative position of the lapping board and the fixing jig board. The rod member W is lapped at a different portion of the lapping member each time the relative position shift device shifts the relative position of the lapping board.
    • 一种端面研磨装置,包括通过固定夹具板由支撑机构支撑在装置主体上的杆构件W. 研磨板具有用于研磨杆构件的研磨构件,并且通过驱动机构可旋转地支撑在设备主体上。 驱动机构使得研磨板围绕第一旋转中心旋转,并且同时使旋转中心绕第二旋转中心旋转,从而进行研磨,同时将装配在固定夹具板中的杆构件W推压到固定夹具板的研磨构件 通过支撑机构可旋转地摆动研磨板。 端面研磨装置具有用于移动研磨板和固定夹具板的相对位置的相对位置偏移装置。 每当相对位置偏移装置移动研磨板的相对位置时,杆构件W在研磨构件的不同部分上重叠。