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    • 4. 发明授权
    • Apparatus for forming a convex tip on a workpiece
    • 用于在工件上形成凸尖的装置
    • US5683290A
    • 1997-11-04
    • US734098
    • 1996-10-21
    • Torahiko KandaMasashige Mitsuhashi
    • Torahiko KandaMasashige Mitsuhashi
    • G02B6/02B24B11/10B24B19/00B24B19/22B24B53/00B24B53/013B24B53/14B24B3/08B24B5/14
    • B24B53/14B24B19/226B24B53/001B24B53/013
    • A method and an apparatus for forming a hemispherical convex mirror surface on the end of a ferrule or optical fiber connector efficiently and accurately. The apparatus has a grinding wheel having a concave work surface, a tool for correcting the shape of the work surface, a stage for bringing the tool into contact with the wheel, a mechanism for causing the end of the ferrule to contact the work surface, and a mechanism for displacing the axis of the ferrule from the center of the curvature of the arcuate section of the work surface. After the axis of the ferrule has been displaced from the center of the curvature, the ferrule is caused to contact the work surface and roughly ground thereby. Subsequently, after the ferrule axis has been brought into alignment with the center of curvature, the ferrule is sequentially finished from the tip to a preselected point thereof.
    • 一种在套圈或光纤连接器的端部上有效且准确地形成半球形凸面镜面的方法和装置。 该设备具有一个具有凹形工作表面的砂轮,用于校正工作表面形状的工具,用于使工具与轮接触的台架,用于使套圈的端部接触工件表面的机构, 以及用于使套圈的轴线从工件表面的弧形部分的曲率的中心移位的机构。 在套圈的轴线已经从曲率的中心偏移之后,使套圈与工作表面接触并由此大致磨削。 随后,在套圈轴线与曲率中心对准之后,套圈从尖端依次完成到其预选点。
    • 6. 发明授权
    • Surface polishing machine
    • 表面抛光机
    • US6093088A
    • 2000-07-25
    • US340184
    • 1999-06-28
    • Masashige MitsuhashiKenichi Ohno
    • Masashige MitsuhashiKenichi Ohno
    • B24B29/00B24B37/10B24B37/26B24B49/00
    • B24B37/102B24B37/26
    • A surface polishing machine includes a polishing tool having a polishing tool face, a pressurizing member, placed on and movable in unison with a workpiece placed on the annular polishing tool, for pressurizing the workpiece toward the polishing tool, and a polishing-position retaining mechanism for holding the workpiece at a predetermined polishing position by preventing it from moving in unison with the polishing tool, while permitting it to rotate, as the polishing tool rotates. To reduce the overall size of the polishing machine and carry out highly accurate polishing, the polishing tool has its diameter larger than the diameter of the workpiece and smaller than twice the workpiece diameter. Alternatively, the polishing tool face is formed with an annular groove coaxially with the center of rotation of the polishing tool so that the annular groove extends to pass through the center of rotation of the workpiece placed on the polishing tool.
    • 表面抛光机包括具有抛光工具面,加压构件的抛光工具,其被放置在与放置在环形抛光工具上的工件一致并且可移动,用于将工件朝向抛光工具加压,以及抛光位置保持机构 用于通过防止其与抛光工具一致地移动,同时允许其旋转,随着抛光工具旋转,将工件保持在预定的抛光位置。 为了减少抛光机的整体尺寸并进行高精度的抛光,抛光工具的直径大于工件的直径,小于工件直径的两倍。 或者,抛光工具面形成有与研磨工具的旋转中心同轴的环形槽,使得环形凹槽延伸以穿过放置在抛光工具上的工件的旋转中心。
    • 7. 发明授权
    • Surface polishing apparatus including a dresser
    • 表面抛光装置,包括修整器
    • US6039635A
    • 2000-03-21
    • US141421
    • 1998-08-27
    • Masashige MitsuhashiKenichi OhnoKenichi Yoshida
    • Masashige MitsuhashiKenichi OhnoKenichi Yoshida
    • B24B37/00B24B53/007B24B53/017B24B57/02B24B7/04
    • B24B53/017B24B57/02
    • A surface polishing apparatus which presses a work piece 12 into contact with the processing surface of a disk-shaped polishing tool 11 which is rotated and driven, to polish the surface of the work piece 12 as supplying abrasive slurry to the processing surface. The surface polishing apparatus includes an abrasive slurry-supply mechanism 13 which supplies abrasive slurry to the processing surface. The slurry supply mechanism is provided on the backward side of the work piece with respect to the rotation direction of the polishing tool. A dresser 23, which sets the processing surface, is provided on the forward side of the work piece an abrasive slurry-suction mechanism, which sucks and recycles abrasive slurry from the processing surface, is provided on the forward side of the dresser and on the backward side of abrasive slurry-supply mechanism 13.
    • 一种表面抛光装置,其将工件12压向与旋转和驱动的盘形抛光工具11的处理表面接触,以便在将磨料浆料供应到处理表面时抛光工件12的表面。 表面抛光装置包括将磨料浆料供给到处理表面的磨料浆料供给机构13。 浆料供给机构相对于研磨工具的旋转方向设置在工件的后侧。 设置处理表面的修整器23设置在工件的前侧,在修整器的前侧设置有从处理表面吸入和再循环磨料浆料的研磨浆料 - 抽吸机构, 研磨浆料供给机构13的后侧。
    • 8. 发明授权
    • Spherical mirror surface processing method and device
    • 球面镜面处理方法及装置
    • US06179689B2
    • 2001-01-30
    • US09082055
    • 1998-05-21
    • Kenichi OhnoMasashige Mitsuhashi
    • Kenichi OhnoMasashige Mitsuhashi
    • B24B100
    • B24B57/02B24B13/00B24B19/226B24B37/00
    • The device of this invention is made up by: a stage having an upper surface for which a section taken at a right angle to the longitudinal direction describes a concave arc; abrasive tape arranged on the stage at a right angle to the longitudinal direction; a mechanism for driving the abrasive tape; a mechanism that applies pressure and places the end face of the workpiece in contact with the abrasive tape such that the center of the radius of curvature of the section of the stage coincides with the center of rotation of a rod-like workpiece; a mechanism for giving the workpiece a reciprocating movement over the surface depression in the longitudinal direction of the stage while rotating the workpiece; arid a water-holding material that contains a grinding fluid that produces a thin and uniform film of grinding fluid on the surface of the abrasive tape.
    • 本发明的装置由以下部分构成:具有上表面的台阶,其与纵向方向成直角的部分描述凹弧; 研磨带布置在台架上,与纵向成直角; 用于驱动砂带的机构; 施加压力并使工件的端面与砂带接触的机构,使得台架部分的曲率半径的中心与棒状工件的旋转中心重合; 用于在工件旋转的同时使工件在台的纵向方向上的表面凹陷上往复运动的机构; 以及含有研磨液的保水材料,该研磨液在研磨带的表面上产生薄且均匀的研磨液膜。
    • 9. 发明授权
    • Apparatus and method for forming spherical end surface of coaxial
composite member
    • 用于形成同轴复合构件球面端面的装置和方法
    • US6120359A
    • 2000-09-19
    • US191872
    • 1998-11-12
    • Kenichi OhnoMasashige Mitsuhashi
    • Kenichi OhnoMasashige Mitsuhashi
    • G02B6/36B24B19/00B24B19/22B24B21/02B24B1/00
    • B24B19/226B24B21/02
    • The invention provides an apparatus and a method for forming the end surface of a coaxial composite member consisting of a cylindrical member and an axial member, in which the axial member is ground more readily than the cylindrical member, being capable of forming the end surface of the coaxial member into a convexed spherical mirror surface with high precision, without recession of the axial member from the formed spherical surface. The apparatus for forming the end surface of a coaxial composite member comprises a grinding table having a circularly recessed guide surface, a winding motor for running a grinding tape across the circularly recessed guide surface, a pressing member for pressing the coaxial composite member on the grinding tape to be then contacted with the circularly recessed guide surface, and a rotating motor for providing the coaxial composite member on the grinding tape with rotative movement on its axis and reciprocative movement in the direction orthogonal to the running direction of the grinding tape, wherein the recessed guide surface in provided with a recess or a member having lower hardness than that of the material for the recessed guide surface, on the median line thereof.
    • 本发明提供一种用于形成由圆柱形构件和轴向构件组成的同轴复合构件的端面的装置和方法,其中轴向构件比圆柱形构件更容易研磨,能够形成圆柱形构件的端面 同轴构件以高精度成为凸面的球面镜面,而不会使轴向构件从形成的球面凹陷。 用于形成同轴复合构件的端面的装置包括具有圆形凹入的引导表面的研磨台,用于在圆形凹入的引导表面上运行研磨带的卷绕电机,用于将同轴复合构件按压在研磨上的按压构件 胶带然后与圆形凹进的导向表面接触;以及旋转电动机,用于将同轴复合构件在其轴上旋转运动并沿与研磨带的行进方向正交的方向往复移动, 在其中线上设置有具有比用于凹形引导表面的材料硬度低的硬度的凹部或构件的凹入引导表面。
    • 10. 发明授权
    • Cross-connect optical switch
    • 交叉连接光开关
    • US06862381B2
    • 2005-03-01
    • US10132411
    • 2002-04-25
    • Masashige Mitsuhashi
    • Masashige Mitsuhashi
    • G02B26/08G02B6/35G02B6/26
    • G02B6/3572G02B6/3514G02B6/3546G02B6/356
    • A cross-connect optical switch comprises (a) an input array of optical input paths arranged in a first direction; (b) an output array of optical output paths arranged in a second direction different from the first direction; (c) a switching region formed between an output end of the input array and an input end of the output array; (d) a mirror array of optical reflection mirrors arranged in the switching region; and (e) a mirror driver for driving electromagnetically the mirror array. Each of the mirrors of the mirror array has a reflection plane perpendicular to a bisector between the first and second directions and is supported in such a way as to be displaceable along the reflection plane between a standby position and an operation position. Light beams emitted from the input array are reflected by the corresponding mirrors to be sent to the output array in the operation state, and pass near the corresponding mirrors in the standby state. Switching operation between several hundreds of optical input paths and several hundreds of optical output paths is realized.
    • 交叉连接光开关包括(a)沿第一方向布置的光输入路径的输入阵列; (b)沿与第一方向不同的第二方向布置的光输出路径的输出阵列; (c)形成在输入阵列的输出端和输出阵列的输入端之间的开关区域; (d)布置在开关区域中的反射镜的反射镜阵列; 和(e)用于电磁驱动反射镜阵列的反射镜驱动器。 反射镜阵列的每个反射镜具有垂直于第一和第二方向之间的二等分线的反射平面,并且以这样一种方式支撑,以便在备用位置和操作位置之间沿反射平面移动。 从输入阵列发射的光束被对应的反射镜反射,以在操作状态下发送到输出阵列,并在待机状态下靠近相应的反射镜。 实现了几百个光输入路径和几百个光输出路径之间的切换操作。