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    • 11. 发明授权
    • End face polishing apparatus
    • 端面抛光装置
    • US06817931B2
    • 2004-11-16
    • US10199822
    • 2002-07-19
    • Kouji Minami
    • Kouji Minami
    • B24B100
    • G02B6/25B24B19/226
    • An end face polishing apparatus has a lapping board mounted to undergo rotation and revolving movement, a lapping member having a polishing surface and disposed on the lapping board for rotation and revolving movement therewith, a polishing fixture for supporting a workpiece having an end face, and a pressing member. During a polishing operation, preselected portion thereof to bring the end face of the workpiece into pressure contact with the polishing surface of the lapping member and to dispose the preselected portion at a position closer to the polishing surface than to a center of gravity of the polishing fixture to thereby polish the end face of the workpiece during rotation and revolving movement of the lapping board.
    • 一种端面抛光装置具有安装成进行旋转运动的研磨板,具有抛光面的研磨构件,配置在研磨板上,用于与其一起旋转和旋转运动;抛光装置,用于支撑具有端面的工件;以及 按压构件。 在抛光操作期间,其预选部分使工件的端面与研磨构件的抛光表面压力接触,并将预选部分布置在比抛光重心更靠近抛光表面的位置 从而在研磨板的旋转和旋转运动期间抛光工件的端面。
    • 12. 发明授权
    • End face polishing apparatus and method of polishing end face
    • 端面抛光装置和抛光端面的方法
    • US06741337B2
    • 2004-05-25
    • US10345759
    • 2003-01-16
    • Kazumasa KatakuraKouji Minami
    • Kazumasa KatakuraKouji Minami
    • G01N2100
    • B24B19/226
    • An optical fiber end face polishing apparatus has an inspection unit for introducing light into the optical fiber and detecting light from an end of the optical fiber, a moving unit for relatively moving the polishing member and the optical fiber in three directions and in a rotating direction, and a coordinate acquiring unit for acquiring a position of the polishing member while detecting the return light. A boundary between the core and clad of the optical fiber is detected with the inspection unit in at least three directions from the outer circumference of end face in its radial direction while polishing toward its axial center. The position of the center of the core is acquired as a coordinate value, and polishing is performed using the center position of the core as a reference.
    • 光纤端面研磨装置具有检测单元,用于将光引入光纤并检测来自光纤端部的光;移动单元,用于在三个方向和旋转方向上使抛光构件和光纤相对移动 以及坐标获取单元,用于在检测返回光的同时获取抛光构件的位置。 在从径向方向的端面的外周向着其轴向中心抛光的状态下,用检查单元在至少三个方向上检测光纤的芯和包层之间的边界。 获取芯的中心位置作为坐标值,使用芯的中心位置作为基准进行研磨。
    • 14. 发明授权
    • Polishing device, end face polishing apparatus having polishing device, and end face polishing method
    • 抛光装置,具有抛光装置的端面抛光装置和端面抛光方法
    • US06439973B2
    • 2002-08-27
    • US09903597
    • 2001-07-12
    • Mari KatoKouji MinamiMasaharu Sugiyama
    • Mari KatoKouji MinamiMasaharu Sugiyama
    • B24B700
    • B24B37/11B23Q3/15713B24B19/226B24B41/005
    • An end face polishing apparatus in which whereas a jig board mounted with a rod-like member is supported by an apparatus main body by a supporting mechanism, a polishing board mounted with a polishing member for polishing the rod-like member is supported by the apparatus main body rotatably and pivotably by a drive mechanism for polishing the rod-like member mounted to the jig board by the supporting mechanism by pressing the rod-like member to the rotating and pivoting polishing board, wherein the polishing member is mounted to the polishing board attachably thereto and detachably therefrom, further comprising an automatic interchanging device for interchanging the polishing member which is mounted to the polishing board and which has been used with the polishing member which is stored at a predetermined position and which is to be used by which the operational performance is promoted.
    • 一种端面抛光装置,其中安装有杆状构件的夹具板由支撑机构由装置主体支撑,安装有用于抛光棒状构件的抛光构件的抛光板由该装置支撑 主体通过驱动机构可旋转地和可枢转地旋转,用于通过将棒状构件按压到旋转和枢转的抛光板来通过支撑机构抛光安装到夹具板的杆状构件,其中抛光构件安装到抛光板 另外,还包括一个自动交换装置,用于将安装在抛光板上的抛光件相互交换并与抛光部件一起使用,该抛光部件被存储在预定位置, 表现得到提升。
    • 17. 发明授权
    • Pickup device for a magneto-optical information recording system
    • 用于磁光信息记录系统的拾取装置
    • US5428584A
    • 1995-06-27
    • US97399
    • 1993-07-23
    • Yoshio YoshidaHiroyuki YamamotoRenzaburou MikiKuniaki OkadaYukio KurataKouji Minami
    • Yoshio YoshidaHiroyuki YamamotoRenzaburou MikiKuniaki OkadaYukio KurataKouji Minami
    • G11B7/135G11B7/12G11B7/13G11B11/10G11B11/105G11B11/00
    • G11B11/10543G11B7/124G11B7/13
    • An optical information reproducing device includes a light source for generating a light beam, an optical system for converging the light beam generated by the light source on a magneto-optical recording medium on which recording information is recorded and for converging a return light beam reflected from the magneto-optical recording medium, beam splitting means for splitting the return light beam into split light beams, first detecting means for receiving one of the split light beams to detect the intensity of the one of the split light beams, servo signal generating means for generating a tracking error signal and a focusing error signal based on the output of the first detecting means, an optical waveguide disposed between the beam splitting means and the first detecting means, the optical waveguide crossing an optical axis of the one of the split light beams, an optical coupler disposed on the optical waveguide for separating part of the one of the split light beams from the one of the split beams to form a guided light beam which is guided in the optical waveguide, second detecting means for receiving the guided light beam from the optical waveguide to detect the intensity of at least one polarization component of the guided light beam, and information signal reproducing means for reproducing the recording information based on the output of the second detecting means.
    • 一种光学信息再现装置,包括用于产生光束的光源,用于将由光源产生的光束会聚在其上记录有记录信息的磁光记录介质上并用于会聚从 磁光记录介质,用于将返回光束分成分束光束的分束装置;第一检测装置,用于接收分束光束中的一个以检测一个分束光束的强度;伺服信号产生装置, 基于所述第一检测装置的输出产生跟踪误差信号和聚焦误差信号;布置在所述分束装置和所述第一检测装置之间的光波导,所述光波导与所述一个所述分束光束 设置在所述光波导上的光耦合器,用于将所述一个所述分束光束的一部分分离 以形成在光波导中被引导的引导光束;第二检测装置,用于接收来自光波导的引导光束,以检测被引导光束的至少一个偏振分量的强度;以及信息信号 再现装置,用于基于第二检测装置的输出再现记录信息。
    • 20. 发明申请
    • Optical connector plug and optical connector
    • 光连接器插头和光连接器
    • US20050201690A1
    • 2005-09-15
    • US11071719
    • 2005-03-03
    • Junji TairaNorimasa AraiKouji Minami
    • Junji TairaNorimasa AraiKouji Minami
    • G02B6/38G02B6/36
    • G02B6/3849G02B6/3893
    • Disclosed are an optical connector plug and an optical connector, wherein the grip member includes an inner barrel and an outer barrel, which are freely slid with respect to each other, the grip member having a reduction state where the inner barrel is accommodated in the outer barrel and an extension state where the inner barrel projects forwardly, and the plug frame being engaged and supported such that the plug frame is movable by a predetermined amount with respect to the outer barrel, and, at a leading end inside the inner barrel are provided a shield plate supported at a free slant with respect to the inner barrel via a base end of the shield plate, disposed at a shield position at which a leading end of the ferrule is shielded in the extension state, and disposed at a non-shield position at which accommodation of the plug frame in the inner barrel is allowed, an action plate supported at a free slant inside the shield plate via a base end of the action plate, and inclined along with the shield plate, with a leading end of the action plate contacting with or engaged with the shield plate, and a biasing supporting means for biasing the shield plate for positioning the shield plate such that the shield plate is disposed at the shield position in the extension position.
    • 公开了一种光学连接器插头和光学连接器,其中握持构件包括相对于彼此自由滑动的内筒和外筒,所述夹持构件具有减压状态,其中内筒容纳在外筒 桶和延伸状态,其中内筒向前突出,并且插塞框架被接合和支撑,使得插塞框架相对于外筒可移动预定量,并且在内筒内的前端提供 屏蔽板,其经由屏蔽板的基端相对于内筒自由倾斜地支撑,该屏蔽板设置在屏蔽位置,在该屏蔽位置,套圈的前端在延伸状态下屏蔽,并且设置在非屏蔽 能够容纳内筒中的插塞框的容纳位置,通过该动作板的基端自由倾斜地支撑在屏蔽板内的动作板, 与屏蔽板一起,与屏蔽板接触或接合的作动板的前端;以及偏置支撑装置,用于偏置屏蔽板以定位屏蔽板,使得屏蔽板设置在屏蔽位置中 延伸位置。