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    • 7. 发明申请
    • Method and apparatus for planar lightwave circuits pigtailing
    • 平面光波导电路的方法和装置
    • US20050180695A1
    • 2005-08-18
    • US10683292
    • 2003-10-14
    • Rafael BronsteinSerge SteinblattDaniel Leigh
    • Rafael BronsteinSerge SteinblattDaniel Leigh
    • G02B6/255G02B6/30
    • G02B6/30G02B6/2551
    • A method of bonding of an optical fiber to at least one port of a Planar Lightwave Circuit (PLC). The method includes steps of depositing an index matching and bonding material on the tip of the optical fiber, bringing in contact with the planar lightwave circuit (PLC) the tip of optical fiber having index matching and bonding material on it in a way where the index matching and bonding material serves as an interface between the port of the planar lightwave component (PLC) and the tip of optical fiber, and bonding the tip of optical fiber to the planar lightwave component by curing the index matching and bonding material in the interface between the planar lightwave component and optical fiber tip by curing radiation. The method is characterized in that the curing radiation from a source of curing radiation is delivered along the optical fiber to the tip of the optical fiber to be bonded.
    • 将光纤接合到平面光波回路(PLC)的至少一个端口的方法。 该方法包括以下步骤:在光纤的尖端上沉积折射率匹配和接合材料,使其与平面光波电路(PLC)接触,其中具有折射率匹配的光纤的尖端和接合材料在其上,其中指数 匹配和接合材料用作平面光波分量(PLC)的端口和光纤末端之间的接口,并且通过固化光纤的尖端与光纤波段之间的界面中的折射率匹配和接合材料 平面光波分量和光纤尖端通过固化辐射。 该方法的特征在于,来自固化辐射源的固化辐射沿着光纤传送到待粘合的光纤的末端。
    • 9. 发明授权
    • Plotting head with individually addressable laser diode array
    • 绘图头具有独立寻址的激光二极管阵列
    • US5986819A
    • 1999-11-16
    • US64741
    • 1998-04-23
    • Serge Steinblatt
    • Serge Steinblatt
    • B41J2/45G02B13/24G02B13/22G02B13/08G02B26/02
    • G02B13/24B41J2/451
    • A compact optical system for imaging an array of light emitters, particularly an individually addressable laser diodes array, onto a recording surface, whereby the image of each emitting region is spread in the cross direction to a width approximately equal to its length dimension. The system consists of a main non-anamorphic imaging lens assembly and a single cylindrical lens disposed between the array and the imaging lens assembly, with its focal line parallel to the array's centerline. There will occur a spread of the short dimension of the imaged emitting regions due to defocusing at the recording surface. Also, the numerical aperture of the emitted beams in the transverse axis is reduced prior to entry into the imaging lens assembly.
    • 一种紧凑的光学系统,用于将光发射器阵列,特别是单独寻址的激光二极管阵列成像到记录表面上,由此每个发射区域的图像在横向上扩展到大致等于其长度尺寸的宽度。 该系统由主要非变形成像透镜组件和设置在阵列和成像透镜组件之间的单个柱面透镜组成,其焦点线平行于阵列的中心线。 由于在记录表面上散焦,将出现成像的发射区域的短尺寸的扩展。 此外,在进入成像透镜组件之前,横向轴上的发射光束的数值孔​​径减小。
    • 10. 发明授权
    • Method of applying double-sided adhesive tape and gravure printing plates to gravure printing drums
    • 将双面胶带和凹版印刷版应用于凹版印刷鼓的方法
    • US06450092B2
    • 2002-09-17
    • US09765603
    • 2001-01-22
    • Yosef KamirSerge Steinblatt
    • Yosef KamirSerge Steinblatt
    • B41M110
    • B41N6/02B41F27/1275
    • A method for applying a gravure printing plate to a gravure printing drum including applying a release liner on the gravure printing drum, wherein a release layer of the release liner faces away from the drum, applying a double-sided adhesive foil to the gravure printing drum, wherein the two edges of the adhesive foil overlap, cutting through the overlapping edges of the adhesive foil and through the release liner, removing the release liner and attaching the two cut edges of the adhesive foil to the drum, applying a release liner on the gravure printing drum, wherein a release layer of the release liner faces towards the adhesive foil, applying the gravure printing plate onto the double-sided adhesive foil, wherein the two edges of the plate overlap in the area of the release liner, cutting through the overlapping edges of the gravure printing plate and through the release liner; and removing the release liner and attaching the two cut edges of the gravure printing plate to the adhesive foil.
    • 一种将凹版印刷版涂敷在凹版印刷滚筒上的方法,包括在凹版印刷滚筒上施加剥离衬垫,其中所述剥离衬垫的剥离层远离所述滚筒,将双面粘合箔施加到所述凹版印刷鼓 其中粘合剂箔的两个边缘重叠,切割粘合箔的重叠边缘并通过剥离衬垫,去除剥离衬垫并将粘合箔的两个切割边缘附接到滚筒上,将释放衬垫 凹版印刷鼓,其中所述释放衬片的释放层面向所述粘合剂箔,将所述凹版印刷板施加到所述双面粘合剂箔上,其中所述板的两个边缘在所述剥离衬垫的区域中重叠, 凹版印刷板的重叠边缘并通过释放衬片; 并且移除释放衬垫并将凹版印刷版的两个切割边缘附着到粘合剂箔上。