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    • 81. 发明申请
    • Optical receptacle to enhance coupling efficiency with optical plug mated therewith and optical module installing the same
    • 光插座,用来与其配合的光插头和安装它的光模块提高耦合效率
    • US20060045438A1
    • 2006-03-02
    • US11198275
    • 2005-08-08
    • Yasuo YamasakiHiromi Nakanishi
    • Yasuo YamasakiHiromi Nakanishi
    • G02B6/36
    • G02B6/421
    • The present invention provides an optical receptacle that reduces the fluctuation of the optical coupling efficiency with the optical plug. The optical receptacle of the invention comprises a stub with a filler therein and a sleeve assembly to receive the optical plug. The stub with a cylindrical shape has an opening in the side where the optical plug is to be in contact thereto and a bore in the other side. The diameter of the opening is comparable to that of the core of the external fiber, while the diameter of the bore is greater than that of the opening. The filler exposes in this opening to couple with the external optical fiber. Thus, the optical coupling efficiency between the filler and the external fiber may enhance and the fluctuation thereof due to the insertion/extraction of the optical plug can be reduced.
    • 本发明提供了一种光学插座,其减少了光学插头的光耦合效率的波动。 本发明的光学插座包括其中具有填充物的短截线和用于接收光学插头的套筒组件。 具有圆柱形的短截线在光学塞与其接触的一侧具有开口,另一侧具有孔。 开口的直径与外部纤维的芯的直径相当,而孔的直径大于开口的直径。 填充物在该开口中暴露以与外部光纤耦合。 因此,填充物和外部纤维之间的光耦合效率可能增强,并且可以减少由于插入/拔出光学插头引起的波动。
    • 82. 发明授权
    • Sleeve assembly and optical sub-assembly using the same
    • 套筒组件和光学组件使用相同
    • US06953290B2
    • 2005-10-11
    • US10887300
    • 2004-07-09
    • Hiromi NakanishiMasaki Hurumai
    • Hiromi NakanishiMasaki Hurumai
    • G02B6/36G02B6/38G02B6/42
    • G02B6/3877G02B6/4204G02B6/421G02B6/4292
    • The present invention provides a sleeve assembly and an optical sub-assembly, in which dimensional tolerance may be expanded for both holding the stub and inserting/extracting the ferrule. The sleeve assembly of the present invention includes a stub, a bush, a sleeve, a ring member, and a sleeve cover. The stub is held by the bush such that the bush is press-fitted between the first portion of the stub and the sleeve cover. While, the second portion of the stub is secured by the ring member through the first mating portion of the sleeve. Thus, in the present sleeve assembly, dimensional accuracy for holding the stub and that for inserting/extracting the ferrule are independent with respect to each other. Therefore, manufacturing tolerance of the sleeve assembly can be widened.
    • 本发明提供了一种套筒组件和光学子组件,其中可以扩展尺寸公差以保持短截线和插入/拔出套圈。 本发明的套筒组件包括短棒,衬套,套筒,环形构件和套筒盖。 短管由衬套固定,使得衬套压配合在短截线的第一部分和套筒盖之间。 而该短截线的第二部分通过环构件通过套筒的第一配合部分固定。 因此,在本套筒组件中,用于保持短截线和插入/拔出套圈的尺寸精度彼此独立。 因此,可以扩大套筒组件的制造公差。
    • 84. 发明授权
    • Optical module having focused optical coupling system for single fiber
    • 光学模块具有用于单纤维的聚焦光耦合系统
    • US09008474B2
    • 2015-04-14
    • US13391716
    • 2010-11-11
    • Hiromi Nakanishi
    • Hiromi Nakanishi
    • G02B6/32G02B6/42
    • G02B6/4206G02B6/4208G02B6/4213G02B6/4215G02B6/4231G02B6/4246
    • An optical module is disclosed, in which the optical module installs a plurality of optical devices each optically coupling with a single fiber in the focused beam coupling system. The optical module includes a condenser lens, and respective optical devices install an individual lens. One of the beam waists of the condenser lens locates on the end of the optical fiber and the other of the beam waist locates on the outer wall of the coupling unit to which the optical devices are attached. One of the beam waists of the individual lens in the optical device substantially aligns with the other beam waist of the condenser lens, while, the other of the beam waist of the individual lens aligns at the semiconductor optical device.
    • 公开了一种光学模块,其中光学模块安装多个光学装置,每个光学装置与聚焦光束耦合系统中的单个光纤光学耦合。 光学模块包括聚光透镜,并且相应的光学装置安装单独的透镜。 聚光透镜的束腰之一位于光纤的端部,另一个光束束位于与光学装置连接的耦合单元的外壁上。 光学装置中的单个透镜的束腰之一基本上与聚光透镜的另一个光束腰部对准,而单个透镜的另一个光束腰部在半导体光学装置处对准。
    • 85. 发明申请
    • OPTICAL MODULE HAVING FOCUSED OPTICAL COUPLING SYSTEM FOR SINGLE FIBER
    • 具有聚光光学耦合系统的光纤模块
    • US20120148192A1
    • 2012-06-14
    • US13391716
    • 2010-11-11
    • Hiromi Nakanishi
    • Hiromi Nakanishi
    • G02B6/32
    • G02B6/4206G02B6/4208G02B6/4213G02B6/4215G02B6/4231G02B6/4246
    • An optical module is disclosed, in which the optical module installs a plurality of optical devices each optically coupling with a single fiber in the focused beam coupling system. The optical module includes a condenser lens, and respective optical devices install an individual lens. One of the beam waists of the condenser lens locates on the end of the optical fiber and the other of the beam waist locates on the outer wall of the coupling unit to which the optical devices are attached. One of the beam waists of the individual lens in the optical device substantially aligns with the other beam waist of the condenser lens, while, the other of the beam waist of the individual lens aligns at the semiconductor optical device.
    • 公开了一种光学模块,其中光学模块安装多个光学装置,每个光学装置与聚焦光束耦合系统中的单个光纤光学耦合。 光学模块包括聚光透镜,并且相应的光学装置安装单独的透镜。 聚光透镜的束腰之一位于光纤的端部,另一个光束束位于与光学装置连接的耦合单元的外壁上。 光学装置中的单个透镜的束腰之一基本上与聚光透镜的另一个光束腰部对准,而单个透镜的另一个光束腰部在半导体光学装置处对准。
    • 89. 发明申请
    • Optical module and method of manufacturing the same
    • 光模块及其制造方法
    • US20060159406A1
    • 2006-07-20
    • US11303944
    • 2005-12-19
    • Mitsuaki NishieHiromi NakanishiKenji Hirayama
    • Mitsuaki NishieHiromi NakanishiKenji Hirayama
    • G02B6/36
    • G02B6/4225G02B6/4226G02B6/4228G02B6/4292
    • An optical module 11a comprises an optical-receptacle housing 13, an optical-communication subassembly 15, and a holder 17. The flange portion 13b has a plurality of first portions 13c, which extend along a reference plane perpendicular to a predetermined axis, Ax, and a plurality of second portions 13d, each of which is positioned between the first portions 13c. The outer periphery of the first portions 13c is positioned at the outside of a reference cylinder whose center is coincident with the predetermined axis Ax. The outer periphery of the second portions 13d is positioned at the inside of the reference cylinder. The optical-receptacle housing 13 and the holder 17 are temporarily fixed to each other at the second portions 13d of the flange portion 13b through second bonding members 27a to 27d. The optical-receptacle housing 13 and the holder 17 are further fixed with increased strength to each other at the first portions 13c of the flange portion 13b through first bonding members 25a to 25d. As a result, the deviation in optical alignment can be decreased to a small magnitude.
    • 光学模块11a包括光插座壳体13,光通信子组件15和保持器17。 凸缘部分13b具有多个第一部分13c,其沿垂直于预定轴线的参考平面Ax延伸,以及多个第二部分13d,每个第二部分13d位于第一部分13c之间。 第一部分13c的外周位于与预定轴线Ax重合的基准圆筒的外侧。 第二部分13d的外周位于基准气缸的内侧。 光接收器壳体13和保持器17通过第二接合部件27a至27d在凸缘部分13b的第二部分13d处暂时固定。 通过第一接合构件25a至25d,在凸缘部分13b的第一部分13c处进一步将光学插座壳体13和保持器17固定成彼此增加的强度。 结果,可以将光学取向的偏差减小到小的程度。