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    • 3. 发明授权
    • Optical communication connector
    • 光通信连接器
    • US06259839B1
    • 2001-07-10
    • US09264292
    • 1999-03-08
    • Kimihiro KikuchiYoshihiro Someno
    • Kimihiro KikuchiYoshihiro Someno
    • G02B632
    • G02B6/3825G02B6/32
    • Disclosed herein is an optical communication connector. A connector optically couples between a pair of plastic fibers and a pair of silica fibers, and a connector optically couples between the other ends of the silica fibers and a pair of plastic fibers. In such a construction, signal light is bidirectionally transmitted using these fibers. The connector is provided with one condenser lens within a casing. On the side of the transmission of signal light from the silica fiber to the plastic fiber, end surfaces of both cores P and Q are brought into intimate contact with each other. On the side of the transmission of signal light from the plastic fiber to the silica fiber, end surfaces of both cores P and Q are opposed to each other with the condenser lens interposed therebetween. The other connector is also constructed in a manner similar to the above connector.
    • 这里公开了光通信连接器。 一个连接器在一对塑料纤维和一对二氧化硅纤维之间光学耦合,并且连接器在二氧化硅纤维的另一端和一对塑料纤维之间光耦合。 在这种结构中,使用这些光纤双向传输信号光。 连接器在壳体内设置一个聚光透镜。 在从二氧化硅纤维向塑料纤维传输信号光的一侧,两个芯P和Q的端面彼此紧密接触。 在将来自塑料纤维的信号光传输到二氧化硅纤维的一侧,两个芯P和Q的端面彼此相对,聚光透镜插入其间。 另一个连接器也以类似于上述连接器的方式构造。
    • 4. 发明授权
    • Optical transmitting and receiving module
    • 光发射和接收模块
    • US06282000B1
    • 2001-08-28
    • US09127390
    • 1998-07-31
    • Kimihiro KikuchiYoshihiro SomenoAtsunori HattoriShoichi Kyoya
    • Kimihiro KikuchiYoshihiro SomenoAtsunori HattoriShoichi Kyoya
    • H04B1000
    • G02B6/4246
    • In an optical transmitting and receiving module, a transmitting light beam having a wavelength &lgr;1 emitted from an light-emitting device passes through an optical demultiplexing filter and enters an optical fiber, and a receiving light beam emitted from an end face of the optical fiber is reflected from the optical demultiplexing filter and is incident on a light-receiving device. A cover for covering the front space of the optical demultiplexing filter is placed on a casing block, and a tongue piece serving as a returning-light preventing unit is formed on the cover. When a transmitting light beam emitted from the light-emitting device is reflected from the optical demultiplexing filter, the direction in which the reflected light advances is changed by the tongue piece so that the reflected light is not incident on the light-receiving device.
    • 在光发送接收模块中,从发光装置发射的具有波长lambd1的透射光束通过光解复用滤光器并进入光纤,从光纤的端面发射的接收光束为 从光解复用滤波器反射并入射到光接收装置上。 覆盖光解复用滤光器的前部空间的盖被放置在壳体块上,并且在盖上形成用作返回防光单元的舌片。 当从发光装置发射的透射光束从光解复用滤光器反射时,反射光前进的方向被舌片改变,使得反射光不入射在光接收装置上。
    • 6. 发明授权
    • Optical transmission/reception module
    • 光传输/接收模块
    • US6142680A
    • 2000-11-07
    • US112087
    • 1998-07-09
    • Kimihiro KikuchiYoshihiro SomenoAtsunori HattoriShoichi Kyoya
    • Kimihiro KikuchiYoshihiro SomenoAtsunori HattoriShoichi Kyoya
    • G02B6/32G02B6/293G02B6/42G02B6/36
    • G02B6/4246H04B10/40G02B6/29362
    • An optical transmission/reception module in which an LD, a lens holder, which supports a lens, a partial wave filter, a lens holder, which supports a lens, and an optical fiber are all mounted to a housing block, coaxially along a first axis. A reflecting mirror, a lens holder, which supports a lens, and a PD are also mounted to the housing block, coaxially along a second axis which is parallel to the first axis. Cutouts are formed in the housing block for providing large openings forwardly of and perpendicular to a mounting surface for mounting the partial wave filter thereon and a mounting surface for mounting the reflecting mirror thereon. In such an optical transmission/reception module, it is possible to maintain the precision with which a partial wave filter, which passes a transmission light therethrough, and a reflecting member, which reflects a reception light, are mounted to a desired mounting angle at a high level, and to reduce assembly costs.
    • 其中LD,支撑透镜的透镜保持器,部分滤波器,支撑透镜的透镜保持器和光纤的光学发送/接收模块都沿着第一 轴。 支撑透镜的反射镜,透镜保持器和PD也沿着与第一轴平行的第二轴同轴地安装到壳体块。 在壳体块中形成有切口,用于在其上安装部分滤波器的安装表面向前并垂直于其上提供大的开口,以及用于在其上安装反射镜的安装表面。 在这种光发送/接收模块中,可以保持将通过其中的透射光的部分滤波器和反射接收光的反射部件的精度保持在期望的安装角度 高水平,并降低组装成本。
    • 7. 发明授权
    • Optical coupler
    • 光耦合器
    • US6047097A
    • 2000-04-04
    • US111934
    • 1998-07-08
    • Kimihiro KikuchiYoshihiro SomenoAtsunori HattoriShoichi Kyoya
    • Kimihiro KikuchiYoshihiro SomenoAtsunori HattoriShoichi Kyoya
    • G02B6/255G02B6/28G02B6/287G02B6/38G02B6/26
    • G02B6/2826
    • An optical coupler including optical fibers having gaps between first coverings and second coverings corresponding thereto. Each cladding of the two optical fibers is formed into a proper shape, with a taper of a proper thickness. The two optical fibers are then joined together, forming a joined portion which engages an engaging groove in a pair of blocks and the pair of blocks are affixed together by welding. Thereafter, the second coverings are affixed to cutouts in a retainer member. Lastly, the retainer, fitted to the blocks, is affixed thereto. Such an optical coupler is highly practical, does not allow deterioration of light dividing properties caused by changes in the length of the cladding joined portion as a result of an external stress, and prevents breakage of the joined portion.
    • 一种光耦合器,包括在第一覆盖物和与之对应的第二覆盖物之间具有间隙的光纤。 两根光纤的每个包层被形成为具有适当厚度的锥形的适当形状。 然后将两根光纤接合在一起,形成与一对块中的接合槽接合的接合部分,并且该一对块通过焊接固定在一起。 此后,第二覆盖物固定在保持构件中的切口部分上。 最后,安装在块上的保持器固定在其上。 这种光耦合器是非常实用的,不会由于外部应力而导致由包层接合部分的长度变化引起的光分割性能的劣化,并且防止接合部分的断裂。
    • 9. 发明授权
    • Method of manufacturing holder-mounted optical element
    • 制造支架式光学元件的方法
    • US07386998B2
    • 2008-06-17
    • US10802170
    • 2004-03-17
    • Kimihiro Kikuchi
    • Kimihiro Kikuchi
    • C03B11/08C03C27/02G02B7/02
    • G02B3/00C03B11/08C03B35/00C03B2215/50C03B2215/73C03B2215/79C03C27/02G02B7/02G02B7/027
    • A cylindrical holder material having a thin deformed portion is located in a press forming die. An optical element material is installed inside the holder material and the holder material and the optical element material are heated to their respective softening temperatures, thereby forming a cylindrical holder from the holder material and an optical element from the optical element material by press forming the holder material and the optical element material that have been heated to their respective softening temperatures. Thus, the optical element is integrated inside the holder and the deformed portion of the holder is deformed towards the outside thereof by a pressing force applied by the optical element.
    • 具有薄变形部分的圆柱形保持器材料位于冲压成形模具中。 光学元件材料安装在保持器材料的内部,并且保持器材料和光学元件材料被加热到其相应的软化温度,从而从保持器材料形成圆柱形保持器,并且通过冲压成形保持器从光学元件材料形成光学元件 材料和已被加热到其各自的软化温度的光学元件材料。 因此,光学元件集成在保持器内部,并且保持器的变形部分通过由光学元件施加的按压力朝向其外部变形。