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    • 4. 发明公开
    • Optical table
    • Optischer Tisch。
    • EP0601892A2
    • 1994-06-15
    • EP93310021.6
    • 1993-12-13
    • MELLES GRIOT, INC.
    • Galpin, John DavidGalpin, Valerie Judith
    • G01M11/04
    • B08B15/007A47B2200/06G01B5/0004G01M11/04Y10T428/24149
    • A honeycomb tabletop (11), has a honeycomb core (21) positioned between a top (13) and bottom (15) structural layer. A number of cups (25) are positioned between the bottom layer (15) and the top layer (13), and at least some of the number of cups (25) are sized and shaped to cooperate with the lower face (59) of the top layer (13) to form a cavity surrounding at least two of the plurality of holes (19) in the top layer (13) so that contaminants will be unable to pass through the surrounded holes (19) into the honeycomb core (21). These cups (25) form a sealing engagement with the lower face (59) of the top layer (13) to facilitate rapid and thorough cleaning of contaminants from the cups (25).
    • 蜂窝式桌面(11)具有位于顶部(13)和底部(15)结构层之间的蜂窝芯(21)。 许多杯(25)定位在底层(15)和顶层(13)之间,并且至少一些杯(25)的尺寸和形状与下表面(59)配合 所述顶层(13)形成围绕所述顶层(13)中的所述多个孔(19)中的至少两个的空腔,使得污染物将不能通过所述包围的孔(19)进入所述蜂窝芯(21) )。 这些杯(25)与顶层(13)的下表面(59)形成密封接合,以便于快速且彻底地清洁来自杯(25)的污染物。
    • 8. 发明授权
    • POLARIZATION-PRESERVING FIBER OPTIC ASSEMBLY
    • 偏振保持光纤光学组件
    • EP0958519B1
    • 2003-01-02
    • EP98901842.9
    • 1998-01-21
    • MELLES GRIOT, INC.
    • HARGIS, David, E.
    • G02B6/42H01S3/0941
    • G02B6/4249G02B6/04G02B6/3812G02B6/4216H01S5/4012
    • An optical fiber coupling assembly for substantially preserving polarization of transmitted optical radiation, including at least one multimode optical fiber (100) situated in a housing (105) that includes means for distributing pressure on the optical fiber and reducing stress on the multimode optical fiber. In one embodiment, the housing has a first (110) and a second side (120), and includes a channel (430) having a first end opening on the first side and a second end within the housing. A cavity (420) connected to the second end of the channel is formed within the housing. An aperture (410) formed in the housing connects the cavity to the second side. The channel, cavity, and aperture together provide a passageway for the optical fibers from the first side to the second side of the housing. In the preferred embodiment, the aperture bundles a plurality of fibers together in an approximately circular cross section. A laser such as a laser diode or laser diode array (500) provides substantially polarized optical radiation that is coupled into a first end of the optical fibers. The optical radiation transmitted through the housing is outputted from the second side having substantially preserved polarization from the bundled second ends to provide a collective output beam having a substantially single polarization. The collective output beam is useful for pumping a solid state laser (510). The polarization preservation between the first and second ends may be greater than 70 %, and in some embodiments greater than 90 %.