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    • 1. 发明申请
    • BARE GLASS FIBER HOLDER
    • 裸玻璃保持架
    • US20130195413A1
    • 2013-08-01
    • US13636757
    • 2011-03-23
    • William R. KlimowychDouglas DukeYoshiharu Kanda
    • William R. KlimowychDouglas DukeYoshiharu Kanda
    • G02B6/00
    • G02B6/00G02B6/25
    • A fiber holder is provided which includes first and second holder plates having first and second main surfaces, respectively. The first holder plate includes a first channel insert including a first fiber channel configured to receive a fiber therein, and a first insert channel disposed on the first main surface such that the first insert channel extends through a length of the first main surface and is configured to receive the first channel insert. The second holder plate includes a second channel insert including a second fiber channel configured to receive the fiber therein, and a second insert channel disposed on the second main surface such that the second insert channel extends through a length of the second main surface and is configured to receive the second channel insert. The first and second channel inserts are disposed within the first and second insert channels, respectively.
    • 提供一种纤维保持器,其包括分别具有第一和第二主表面的第一和第二保持板。 第一保持板包括第一通道插入件,其包括构造成在其中容纳纤维的第一纤维通道和设置在第一主表面上的第一插入通道,使得第一插入通道延伸穿过第一主表面的长度并且被配置 接收第一个通道插入。 第二保持板包括第二通道插入件,其包括构造成在其中容纳纤维的第二纤维通道和设置在第二主表面上的第二插入通道,使得第二插入通道延伸穿过第二主表面的长度并且被配置 接收第二个通道插入。 第一和第二通道插入件分别设置在第一和第二插入通道内。
    • 2. 发明授权
    • Method of aligning optical-fibers, optical-fiber alignment device, and optical-fiber fusion splicer
    • 光纤对准方法,光纤对准装置和光纤熔接机
    • US07371020B2
    • 2008-05-13
    • US11148372
    • 2005-06-09
    • Yoshiharu KandaKenji Takahashi
    • Yoshiharu KandaKenji Takahashi
    • G02B6/255
    • G02B6/2555G02B6/2551
    • A method of aligning optical-fibers, including: holding a sheath of an optical-fiber ribbon cord using an optical-fiber holder so that distal ends of optical fibers extending from the sheath are located above grooves of a groove stage; arranging an optical-fiber guide on one side of the sheath, as the sheath is held by the optical-fiber holder, on a first side of the optical-fiber holder, wherein the optical-fiber guide has oblique portions adjacent to transverse sides of the sheath; moving the optical-fiber guide in a first direction toward the sheath so that at least one of the oblique portions aligns the sheath to the transverse center of the optical fiber guides; and moving the optical-fiber guide in a direction opposite the first direction to align the optical-fibers into the grooves of the groove stage.
    • 一种对准光纤的方法,包括:使用光纤保持器保持光纤带索的护套,使得从护套延伸的光纤的远端位于槽台的槽上方; 在光纤保持器的第一侧上,在护套的一侧保持光纤保持器的情况下,将光纤引导件设置在护套的一侧,其中,光纤引导件具有与横向侧面相邻的倾斜部分 护套 将光纤引导件沿着第一方向移向护套,使得至少一个倾斜部分将护套与光纤引导件的横向中心对准; 并且沿与第一方向相反的方向移动光纤引导件,以将光纤对准槽槽的槽。
    • 4. 发明授权
    • Automatic alignment for splicing of non-circular fiber
    • 用于非圆形纤维拼接的自动对准
    • US08282291B2
    • 2012-10-09
    • US12673864
    • 2009-09-15
    • Wenxin ZhengToshiki KuboBryan MalinskyYoshiharu KandaDoug Duke
    • Wenxin ZhengToshiki KuboBryan MalinskyYoshiharu KandaDoug Duke
    • G02B6/255
    • G02B6/2555
    • A method of aligning a non-circular fiber with another component is provided. A method of aligning a first D-fiber with a second D-fiber includes rotating the first D-fiber; obtaining a first image profile of an end of the first D-fiber; using the first image profile to measure a diameter of a cladding of the first D-fiber along a first direction; and repeating these operations until a minimum diameter of the cladding of the first D-fiber is aligned along the first direction. The method also includes rotating the second D-fiber; obtaining a second image profile of an end of the second D-fiber; using the second image profile to measure a diameter of a cladding of the second D-fiber along the first direction; and repeating these operations until a minimum diameter of the cladding of the second D-fiber is aligned along the first direction.
    • 提供了将非圆形纤维与另一个部件对准的方法。 将第一D纤维与第二D纤维对准的方法包括旋转第一D纤维; 获得所述第一D光纤的端部的第一图像轮廓; 使用所述第一图像轮廓来沿着第一方向测量所述第一D-纤维的包层的直径; 并重复这些操作,直到第一D型纤维的包层的最小直径沿第一方向排列。 该方法还包括旋转第二D-纤维; 获得第二D光纤的端部的第二图像轮廓; 使用所述第二图像轮廓来沿着所述第一方向测量所述第二D-纤维的包层的直径; 并重复这些操作,直到第二个D-纤维的包层的最小直径沿第一个方向排列。
    • 5. 发明授权
    • Optical fiber axial alignment method and related device, and optical fiber fusion splicing method and related device
    • 光纤轴对准方法及相关装置,以及光纤熔接法及相关装置
    • US07151877B2
    • 2006-12-19
    • US10660691
    • 2003-09-12
    • Yoshiharu KandaKenji Takahashi
    • Yoshiharu KandaKenji Takahashi
    • G02B6/26G02B6/00
    • G02B6/2555G02B6/2551
    • An optical fiber axial alignment method and related method, and an optical fiber fusion splicing method and related device are disclosed wherein a butt alignment section 9 has a butt alignment groove portion 7 to allow at least one pair of optical fibers 3 to be positioned such that distal ends of optical fibers 3 mutually but one another. Optical fiber guide sections 21 on both sides of the butt alignment section 9 have guide grooves 23, whose centers are positioned on substantially straight lines interconnecting centers of at least one pair of opposing butt alignment groove portions formed on the butt alignment section 9, and are able to elevate above the butt alignment section 9. When fusion splicing at least one pair of the optical fibers 3, the optical fiber guide sections 21 are elevated above the butt alignment groove portions 7 to allow the optical guides 3 to be received in the guide grooves 23 whereupon the optical guide sections 21 are lowered to cause the distal ends of the optical fibers 3 to be automatically received in the butt alignment groove portions 7.
    • 公开了一种光纤轴对准方法及其相关方法,以及光纤熔接方法及其相关装置,其中对接对准部分9具有对接对准槽部分7,以允许至少一对光纤3定位成使得 光纤3的前端彼此相互相对。 对接部9的两侧的光纤引导部21具有引导槽23,该引导槽23的中心位于形成在对接部9上的至少一对相对的对接槽部的相互连接中心的大致直线上, 能够在对接部9的上方升高。 当融合至少一对光纤3时,光纤引导部分21在对接槽对准槽部分7上方升高,以允许光导3被容纳在引导槽23中,导光部分21下降 使光纤3的前端自动地容纳在对接槽对置槽部7内。
    • 6. 发明申请
    • AUTOMATIC ALIGNMENT FOR SPLICING OF NON-CIRCULAR FIBER
    • 用于分离非圆形光纤的自动对准
    • US20110064366A1
    • 2011-03-17
    • US12673864
    • 2009-09-15
    • Wenxin ZhengToshiki KuboBryan MalinskyYoshiharu Kanda
    • Wenxin ZhengToshiki KuboBryan MalinskyYoshiharu Kanda
    • G02B6/255
    • G02B6/2555
    • A method of aligning a non-circular fiber with another component is provided. A method of aligning a first D-fiber with a second D-fiber includes rotating the first D-fiber; obtaining a first image profile of an end of the first D-fiber; using the first image profile to measure a diameter of a cladding of the first D-fiber along a first direction; and repeating these operations until a minimum diameter of the cladding of the first D-fiber is aligned along the first direction. The method also includes rotating the second D-fiber; obtaining a second image profile of an end of the second D-fiber; using the second image profile to measure a diameter of a cladding of the second D-fiber along the first direction; and repeating these operations until a minimum diameter of the cladding of the second D-fiber is aligned along the first direction.
    • 提供了将非圆形纤维与另一个部件对准的方法。 将第一D纤维与第二D纤维对准的方法包括旋转第一D纤维; 获得第一D光纤的端部的第一图像轮廓; 使用所述第一图像轮廓来沿着第一方向测量所述第一D-纤维的包层的直径; 并重复这些操作,直到第一D型纤维的包层的最小直径沿第一方向排列。 该方法还包括旋转第二D-纤维; 获得第二D光纤的端部的第二图像轮廓; 使用所述第二图像轮廓来沿着所述第一方向测量所述第二D-纤维的包层的直径; 并重复这些操作,直到第二个D-纤维的包层的最小直径沿第一个方向排列。
    • 8. 发明授权
    • Bare glass fiber holder
    • 裸玻璃纤维架
    • US09042698B2
    • 2015-05-26
    • US13636757
    • 2011-03-23
    • William R. KlimowychDouglas DukeYoshiharu Kanda
    • William R. KlimowychDouglas DukeYoshiharu Kanda
    • G02B6/36G02B6/00G02B6/25
    • G02B6/00G02B6/25
    • A fiber holder is provided which includes first and second holder plates having first and second main surfaces, respectively. The first holder plate includes a first channel insert including a first fiber channel configured to receive a fiber therein, and a first insert channel disposed on the first main surface such that the first insert channel extends through a length of the first main surface and is configured to receive the first channel insert. The second holder plate includes a second channel insert including a second fiber channel configured to receive the fiber therein, and a second insert channel disposed on the second main surface such that the second insert channel extends through a length of the second main surface and is configured to receive the second channel insert. The first and second channel inserts are disposed within the first and second insert channels, respectively.
    • 提供一种纤维保持器,其包括分别具有第一和第二主表面的第一和第二保持板。 第一保持板包括第一通道插入件,其包括构造成在其中容纳纤维的第一纤维通道和设置在第一主表面上的第一插入通道,使得第一插入通道延伸穿过第一主表面的长度并且被配置 接收第一个通道插入。 第二保持板包括第二通道插入件,其包括构造成在其中容纳纤维的第二纤维通道和设置在第二主表面上的第二插入通道,使得第二插入通道延伸穿过第二主表面的长度并且被配置 接收第二个通道插入。 第一和第二通道插入件分别设置在第一和第二插入通道内。
    • 9. 发明授权
    • Optical fiber holding device and method for using same
    • 光纤保持装置及其使用方法
    • US07289715B2
    • 2007-10-30
    • US11515004
    • 2006-09-05
    • Katsumi SasakiYoshiharu Kanda
    • Katsumi SasakiYoshiharu Kanda
    • G02B6/00
    • G02B6/3616G02B6/3636
    • An optical fiber end part holding device includes a base providing a V-groove in which an optical fiber end part is mounted and a pressuring member providing a pair of inclined faces forming a V-shaped form that engages the V-groove and a level lower face that presses and applies pressure to the end of an optical fiber mounted in the V-groove. The pressuring member moves to press and apply pressure to the end part of the optical fiber, is able to rotate in the same direction as the longitudinal direction of the V-groove, and is constructed such that the width of the lower face gradually broadens from one end in the direction that is the longitudinal direction of the V-groove toward the other end.
    • 一种光纤端部保持装置,包括:基座,其设置有安装有光纤端部的V形槽;以及加压构件,其形成与V形槽接合的V字状的一对倾斜面, 将压力施加到安装在V形槽中的光纤的端部。 加压构件移动以对光纤的端部施加压力并施加压力,能够沿与V形槽的纵向方向相同的方向旋转,并且被构造成使得下表面的宽度从 沿V形槽的纵向朝向另一端的方向一端。