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    • 13. 发明授权
    • Method for optical measurement and optical measurement apparatus
    • 光学测量方法和光学测量装置
    • US07957002B2
    • 2011-06-07
    • US12403772
    • 2009-03-13
    • Ken TsukiiJie XuKenichi Kimura
    • Ken TsukiiJie XuKenichi Kimura
    • G01N21/00
    • G01N21/645G01N15/1434G01N15/1459
    • An optical measurement apparatus can be provided, in which the sample is optically measured without loss of the illuminating light with high sensitivity. A glass plate as the transparent member 50 is placed in the interface between the end face 43 of the optical waveguide 40 guiding the illuminating light L generated by the laser light source 20 and the wall face of the capillary 30. According to the above feature, the air layer is prevented from existing in the interface between the end face 43 of the optical fiber 40 and the wall face of the capillary 30, thus the sample S can be optically measured with high sensitivity and few variability without causing the loss of the illuminating light L.
    • 可以提供光学测量装置,其中在没有损失高灵敏度的照明光的情况下光学测量样品。 作为透明构件50的玻璃板被放置在引导由激光光源20产生的照明光L和毛细管30的壁面的光波导40的端面43之间的界面中。根据上述特征, 防止空气层存在于光纤40的端面43与毛细管30的壁面之间的界面中,因此可以以高灵敏度和少量的变化光学测量样品S,而不会导致照射损失 光L.
    • 16. 发明申请
    • SYSTEM AND METHOD FOR INTEGRATING PRODUCT QUALITY DATA IN REMOTE PLANT DATABASES
    • 在远程工厂数据库中集成产品质量数据的系统和方法
    • US20090150352A1
    • 2009-06-11
    • US12195424
    • 2008-08-21
    • Chi-Chih WangBing-Yu HeYong-Hua SongJie XuYa-Quan Li
    • Chi-Chih WangBing-Yu HeYong-Hua SongJie XuYa-Quan Li
    • G06F17/30
    • G06Q10/06G06Q10/087
    • An integration database for integrating product quality data between a plurality of plant databases is provided. The integration database includes: a material identification standardization unit configured for connecting the integration database to each of the plurality of plant databases, and for standardizing a product identification for each of the products in each of the plurality of plant databases; a plant material view creation unit configured for creating one or more plant material views for each of the plant databases in the integration database according to a corresponding product quality data for each of the plant databases; and a data integration unit configured for creating a combined summary view in the integrated database based on all the plant material views, and for collecting the product quality data of each of the plant material views into the combined summary view.
    • 提供了用于在多个工厂数据库之间整合产品质量数据的集成数据库。 所述集成数据库包括:材料识别标准化单元,被配置为将所述集成数据库连接到所述多个工厂数据库中的每一个,并且用于标准化所述多个工厂数据库中的每一个中的每个产品的产品标识; 植物材料视图创建单元,其被配置为根据每个工厂数据库的相应产品质量数据为所述集成数据库中的每个工厂数据库创建一个或多个植物材料视图; 以及数据集成单元,其被配置用于基于所有植物材料视图在所述综合数据库中创建组合概要视图,以及用于将所述植物材料视图中的每一个的产品质量数据收集到组合概要视图中。
    • 20. 发明授权
    • Method and apparatus for polishing optical connector end faces
    • 光学连接器端面抛光方法和装置
    • US06309278B1
    • 2001-10-30
    • US08957208
    • 1997-10-24
    • Kenji SuzukiJie XuShinichiro IizukaEtsuo TanabeMasato Shiino
    • Kenji SuzukiJie XuShinichiro IizukaEtsuo TanabeMasato Shiino
    • B24B100
    • B24B21/004B24B19/226G02B6/3863
    • The invention relates to a method for polishing optical connector end faces and a small-sized, light and easily transportable machine for doing the same, which are able to polish optical fiber end faces to desired shapes. A tape support member (18) is disposed at the connection end face (3) side of a multiple-core optical connector (4) attached on a machine, The tape support member(18) is linked to a supporting rod (21) which is able to freely advance and retreat along side plates (23a) and (23b), a tape travelling plane (9) shaped so as to correspond to a desired end face shape of bare optical fibers of a multiple-core optical connector (4) is formed at the tip end of the tape support member (18). The leading end of a polishing tape (32) wound on the pay-out roller (30) is advanced along the tape travelling plane (9) and is taken up on the winding roller (31). The polishing tape (32) is caused to travel by rotating the winding roller (31) together with the winding shaft (28), and the end faces of multiple-core bare optical fibers protruding forwards from the connection end face (3) of the multiple-core optical connector (4) are pressed to the polishing tape travelling along the tape travelling plane (9). As the tape is advanced, the pressing force of a biasing spring (26) presses the fiber end faces against the polishing tape and the tape support member and thereby polishes the fiber end faces to the desired face shape.
    • 本发明涉及一种用于抛光光连接器端面的方法和一种能够将光纤端面抛光成所需形状的小尺寸,轻便且易于运输的机器。 磁带支撑构件(18)设置在安装在机器上的多芯光学连接器(4)的连接端面(3)侧。带支撑构件(18)连接到支撑杆(21),支撑杆 能够沿着侧板(23a)和(23b)自由地前进和后退,形成为与多芯光连接器(4)的裸光纤的期望端面形状相对应的带移动平面(9) 形成在带支撑构件(18)的末端。 缠绕在放出辊(30)上的研磨带(32)的前端沿带状行进平面(9)前进,并被卷绕在卷绕辊(31)上。 通过使卷绕辊(31)与卷绕轴(28)一起旋转而使研磨带(32)移动,并且多芯裸光纤的端面从连接端面(3)向前突出 多芯光连接器(4)被按压到沿带传送平面(9)行进的研磨带。 当带子前进时,偏置弹簧(26)的按压力将纤维端面压靠在抛光带和带支撑构件上,从而将光纤端面抛光到期望的脸形。