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    • 5. 发明申请
    • OPTICAL FIBER ALIGNMENT MEASUREMENT METHOD AND APPARATUS
    • 光纤对准测量方法和装置
    • WO2011115663A1
    • 2011-09-22
    • PCT/US2011/000458
    • 2011-03-11
    • TYCO ELECTRONICS NEDERLAND B.V.TYCO ELECTRONICS CORPORATIONDUIS, Jeroen, Antonius MariaRIETVELD, Jan, Willem
    • DUIS, Jeroen, Antonius MariaRIETVELD, Jan, Willem
    • G02B6/38
    • G02B6/3843G01B11/27G02B6/3885
    • A measurement system comprising an analog position sensitive device is. provided that can measure the XY position of a plurality of light beams at very high resolution. A method of measuring the positions of optical fibers in an optical fiber connector includes the step of fixedly positioning (201) a fiber optic connector body (104) having at least one optical fiber in front of a position sensing detector (101) so that light emanating from the at least one optical fiber will strike the position sensing detector. The method also includes the steps of passing (203) a first light beam onto the detector surface (103) through at least one transparent component (265, 267) of the connector body, and determining (205), using the position sensing detector, the location of a first beam spot (121) on the position sensing detector from the first light beam. It further includes the steps of illuminating (207) the at least one optical fiber to cause a second light beam to emanate from the at least one optical fiber to produce a second beam spot (123) on the position sensing detector, and determining (209), using the position sensing detector, the location of the second beam spot on the position sensing detector. Finally, the method includes the steps of comparing (215) the location of the first beam spot and the location of the second beam spot to determine if the at least one optical fiber is correctly positioned in the connector body (104).
    • 包括模拟位置敏感装置的测量系统是。 只要能够以非常高的分辨率测量多个光束的XY位置即可。 一种测量光纤连接器中的光纤位置的方法包括将具有至少一根光纤的光纤连接器主体(101)固定地定位(201)到位置感测检测器(101)前面的步骤,使得光 从至少一个光纤发出的光将会撞击位置检测检测器。 该方法还包括以下步骤:使第一光束通过连接器主体的至少一个透明部件(265,267)传递到检测器表面(103)上,并且使用位置检测检测器确定(205) 第一光束点(121)从第一光束位于位置感测检测器上的位置。 它还包括以下步骤:照亮(207)所述至少一个光纤以使第二光束从所述至少一个光纤发出,以在所述位置感测检测器上产生第二光束点(123),并且确定(209 ),使用位置感测检测器,位置感测检测器上的第二光束点的位置。 最后,该方法包括以下步骤:比较(215)第一光束点的位置和第二光束点的位置,以确定至少一根光纤是否正确地定位在连接器主体(104)中。
    • 6. 发明申请
    • METHOD AND APPARATUS FOR ALIGNING OPTICAL TRANSPORTS IN A FERRULE
    • 用于对准光纤传输的方法和装置
    • WO2012008996A1
    • 2012-01-19
    • PCT/US2011/001188
    • 2011-07-07
    • TYCO ELECTRONICS NEDERLAND B.V.TYCO ELECTRONICS CORPORATIONDUIS, Jeroen Antonius, MariaRIETVELD, Jan, WillemELENBAAS, Jacco
    • DUIS, Jeroen Antonius, MariaRIETVELD, Jan, WillemELENBAAS, Jacco
    • G02B6/38
    • G02B6/3652G02B6/3839G02B6/3861G02B6/3883G02B6/3885G02B6/3898
    • A method of aligning a plurality of optical transports (101) in a ferrule (102) includes the step of providing a ferrule (102) having a ferrule body (102) with a front face (106), a rear face (104), and at least one lateral side face (116) extending between the front face and the rear face. The ferrule also has a longitudinal cavity (104) running from the front face to the rear face for receiving a plurality of optical transports (101), and the longitudinal cavity has a lateral side opening through the at least one lateral face (116). The ferrule further has a lateral alignment feature (108) on the front face (106) of the ferrule. A first jig (200) is also provided that has a first face, an opposing second face, at least one lateral side face extending between the first face and the second face, a longitudinal window (204) running from the first face to the second face for receiving the plurality of optical transports and the longitudinal window has a lateral side opening through the at least one lateral face, and a lateral alignment feature (202) on the first face of the jig adapted to mate to the lateral alignment feature (108) of the ferrule to laterally align the first jig and the ferrule. The window of the first jig includes a surface bearing a plurality of longitudinal grooves (208) for accepting the plurality of optical transports (101) therein. When the first jig (204) is mounted on the ferrule (102) via the mating alignment features (108/202), the surface and grooves of the first jig are laterally aligned relative to the ferrule such that an optical transport passing longitudinally though the cavity of the ferrule and longitudinally into the window of the first jig and resting in each one of the grooves in the first jig will be positioned within the cavity of the ferrule in a desired lateral alignment. The method further includes the steps of mounting the ferrule (102) on the first jig (200) via the mating alignment features (108/202); placing a plurality of optical transports (101) longitudinally through the cavity (104) in the ferrule and extending into the window (204) of the first jig with each one of the optical transports resting in a one of the grooves (208); and affixing the plurality of optical transports (101) to the ferrule while they are resting in the grooves (208) of the first jig.
    • 将多个光学传送器(101)对准在套圈(102)中的方法包括提供具有带有前表面(106),后表面(104)的套圈本体(102)的套圈(102)的步骤, 以及在前表面和后表面之间延伸的至少一个横向侧面(116)。 套圈还具有从前表面延伸到后表面的纵向腔(104),用于容纳多个光学传送器(101),并且纵向腔体具有穿过至少一个侧面(116)的侧面开口。 套圈还具有在套圈的前表面(106)上的横向对准特征(108)。 还提供了第一夹具(200),其具有第一面,相对的第二面,在第一面和第二面之间延伸的至少一个侧面,从第一面到第二面的纵向窗(204) 用于接收多个光学传送器的面,纵向窗口具有通过至少一个侧面的侧面开口,并且夹具的第一面上的横向对准特征(202)适于与横向对准特征(108 )以横向对齐第一夹具和套圈。 第一夹具的窗口包括承载多个纵向凹槽(208)的表面,用于在其中接纳多个光学传送件(101)。 当通过配合对准特征(108/202)将第一夹具(204)安装在套圈(102)上时,第一夹具的表面和凹槽相对于套圈横向对准,使得光学传输器纵向通过 套管的空腔并且纵向进入第一夹具的窗口并且放置在第一夹具中的每个凹槽中将以期望的横向对准位于套圈的空腔内。 该方法还包括以下步骤:通过配合对准特征(108/202)将套圈(102)安装在第一夹具(200)上; 将多个光学传送器(101)纵向穿过套管中的空腔(104)并延伸到第一夹具的窗口(204)中,每个光学传输件搁置在一个凹槽(208)中; 以及当所述多个光学传送器(101)搁置在所述第一夹具的凹槽(208)中时将所述多个光学传送器(101)固定到所述套圈上。
    • 7. 发明申请
    • APPARATUS AND METHOD FOR ALIGNING OPTICAL TRANSPORTS IN A FERRULE
    • 用于对准光纤传输的设备和方法
    • WO2012008998A1
    • 2012-01-19
    • PCT/US2011/001196
    • 2011-07-08
    • TYCO ELECTRONICS NEDERLAND B.V.TYCO ELECTRONICS CORPORATIONDUIS, Jeroen, Antonius MariaRIETVELD, Jan, WillemVOS, Joseph, Gerardus MariaELENBASS, Jacco
    • DUIS, Jeroen, Antonius MariaRIETVELD, Jan, WillemVOS, Joseph, Gerardus MariaELENBASS, Jacco
    • G02B6/38
    • G02B6/3898G02B6/3839G02B6/3861G02B6/387G02B6/3883G02B6/3885
    • This invention discloses a combination for assembling a plurality of optical transports in a ferrule. It includes a ferrule (102) and at least one jig (200). The ferrule (102) has a cavity (114) therethrough in a longitudinal dimension for receiving a row of optical transports (101) and at least a portion of the optical transports is disposed on a substantially planar layer of cladding (304). The ferrule also has a lateral alignment feature (108). The jig (200) has a lateral alignment feature (202) adapted to mate to the lateral alignment feature (108) of the ferrule to laterally align the jig and the ferrule. The jig includes a surface having a plurality of grooves (208) therein, wherein the surface and grooves are positioned relative to the alignment feature of the jig and the alignment feature of the jig is positioned relative to the alignment feature of the ferrule such that, when the jig is mounted on the ferrule via the mating alignment features (108/202), the grooves of the jig are laterally aligned relative to the ferrule. This allows the transports (101) to pass longitudinally though the cavity of the ferrule and longitudinally into the jig and received in the grooves in the jig, assuring that the transports will be positioned within the cavity of the ferrule in a desired lateral alignment. The grooves (208/151) define an uninterrupted longitudinal path having a lateral profile (151/161/163/165) comprising at least a first portion and a second portion, the first portion having a minimum width in a first lateral dimension substantially parallel to the surface, the second portion in communication with the surface through the first portion, and wherein the second portion of the grooves is wider in the first lateral dimension than the minimum width.
    • 本发明公开了一种用于在套圈中组装多个光学传输的组合。 其包括套圈(102)和至少一个夹具(200)。 套管(102)具有在其纵向尺寸上穿过其中的空腔(114),用于接收一行光学传输(101),并且光学传输器的至少一部分设置在基本平坦的包层(304)上。 套管还具有横向对准特征(108)。 夹具(200)具有适于与套圈的横向对准特征(108)配合的侧向对准特征(202),以横向对齐夹具和套圈。 夹具包括其中具有多个凹槽(208)的表面,其中表面和凹槽相对于夹具的对准特征定位,并且夹具的对准特征相对于套圈的对准特征定位, 当夹具通过配合对准特征(108/202)安装在套圈上时,夹具的凹槽相对于套圈横向对齐。 这使得输送器(101)能够纵向通过套圈的空腔并且纵向地进入夹具并被容纳在夹具中的凹槽中,从而确保输送件以期望的横向对准位于套圈的空腔内。 凹槽(208/151)限定了具有包括至少第一部分和第二部分的横向轮廓(151/161/163/165)的不间断纵向路径,第一部分具有基本平行的第一横向尺寸中的最小宽度 所述第二部分通过所述第一部分与所述表面连通,并且其中所述凹槽的所述第二部分在所述第一横向尺寸上比所述最小宽度宽。
    • 8. 发明公开
    • WAVELENGTH INSENSITIVE EXPANDED BEAM WITH GRIN FIBER
    • 健康瘦身瘦身肥皂
    • EP2836864A1
    • 2015-02-18
    • EP13715201.3
    • 2013-04-08
    • Tyco Electronics Nederland B.V.
    • FLORIS, Sander, JohannesDUIS, Jeroen AntoniusRIETVELD, Jan, WillemSMINK, Rutger Wilhelmus
    • G02B6/32
    • G02B6/32Y10T29/49826
    • A GRIN fiber lens connection system particularly suited for high-power laser applications is disclosed. In one aspect, a GRIN fiber lens expanded beam system that is efficient over a wide spectral region, e.g., a range of about 200 nm, 300 nm or 400 nm, is disclosed for coupling one optical fiber (such as a single-mode fiber) to another. For example, a GRIN fiber lens expanded beam system is efficient over a range of wavelengths from about 400 nm to about 800 nm, from about 190 nm to about 390 nm, or from about 1270 nm to about 1650 nm. A method for designing such a coupling system is also disclosed. In another example, the cores of the GRIN fiber lenses are substantially devoid of germanium, and the cladding is doped with an element, such as fluorine, that lowers the refractive index of the cladding.
    • 公开了特别适用于大功率激光应用的GRIN光纤透镜连接系统。 在一方面,公开了一种在宽光谱区域(例如约200nm,300nm或400nm的范围内)有效的GRIN光纤透镜扩展光束系统,用于耦合一个光纤(例如单模光纤 )到另一个 例如,GRIN光纤透镜扩展光束系统在约400nm至约800nm,约190nm至约390nm,或约1270nm至约1650nm的波长范围内是有效的。 还公开了一种用于设计这种耦合系统的方法。 在另一示例中,GRIN光纤透镜的芯基本上没有锗,并且包层掺杂有诸如氟的元件,其降低了包层的折射率。
    • 10. 发明公开
    • APPARATUS AND METHOD FOR ALIGNING OPTICAL TRANSPORTS IN A FERRULE
    • DEVICE AND METHOD FOR光传输IN A线圈排列
    • EP2593825A1
    • 2013-05-22
    • EP11746049.3
    • 2011-07-08
    • Tyco Electronics Nederland B.V.
    • DUIS, Jeroen, Antonius MariaRIETVELD, Jan, WillemVOS, Joseph, Gerardus MariaELENBASS, Jacco
    • G02B6/38
    • G02B6/3898G02B6/3839G02B6/3861G02B6/387G02B6/3883G02B6/3885
    • This invention discloses a combination for assembling a plurality of optical transports in a ferrule. It includes a ferrule (102) and at least one jig (200). The ferrule (102) has a cavity (114) therethrough in a longitudinal dimension for receiving a row of optical transports (101) and at least a portion of the optical transports is disposed on a substantially planar layer of cladding (304). The ferrule also has a lateral alignment feature (108). The jig (200) has a lateral alignment feature (202) adapted to mate to the lateral alignment feature (108) of the ferrule to laterally align the jig and the ferrule. The jig includes a surface having a plurality of grooves (208) therein, wherein the surface and grooves are positioned relative to the alignment feature of the jig and the alignment feature of the jig is positioned relative to the alignment feature of the ferrule such that, when the jig is mounted on the ferrule via the mating alignment features (108/202), the grooves of the jig are laterally aligned relative to the ferrule. This allows the transports (101) to pass longitudinally though the cavity of the ferrule and longitudinally into the jig and received in the grooves in the jig, assuring that the transports will be positioned within the cavity of the ferrule in a desired lateral alignment. The grooves (208/151) define an uninterrupted longitudinal path having a lateral profile (151/161/163/165) comprising at least a first portion and a second portion, the first portion having a minimum width in a first lateral dimension substantially parallel to the surface, the second portion in communication with the surface through the first portion, and wherein the second portion of the grooves is wider in the first lateral dimension than the minimum width.