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    • 2. 发明授权
    • Apparatus and method for sintering a sol-gel tube using a furnace having a rotating cap
    • 使用具有旋转盖的炉烧结溶胶 - 凝胶管的装置和方法
    • US06510711B2
    • 2003-01-28
    • US09745403
    • 2000-12-22
    • Young-Sik YoonYoung-Min Baik
    • Young-Sik YoonYoung-Min Baik
    • C03B37012
    • C03B19/12
    • Disclosed is an apparatus and method for sintering an over-jacketing tube in the zone sintering phase of an optical fiber preform fabrication process using a sol-gel process. The sintering apparatus includes: a processing tube; a gel tube assembly connected to a top rotation cap positioned at the top opening of the processing tube and being rotated at a predetermined rate, a ceramic pin extending downwardly from the center axis of the rotation cap, and a gel tube suspended from the bottom of the ceramic pin and suspended along the same axle of the processing tube; and a movable furnace initially positioned at the bottom of the processing tube and translating in a vertical direction along the processing tube for thermally treating the gel tube.
    • 公开了一种用于在使用溶胶 - 凝胶法的光纤预制棒制造工艺的区域烧结阶段中烧结外套管的装置和方法。 烧结装置包括:处理管; 连接到位于处理管的顶部开口处并以预定速率旋转的顶部旋转帽的凝胶管组件,从旋转帽的中心轴向下延伸的陶瓷针和从底部延伸的凝胶管 陶瓷销并沿着处理管的同一轴悬挂; 以及可移动炉,其最初位于加工管的底部并沿着处理管的垂直方向平移,用于热处理凝胶管。
    • 3. 发明授权
    • Method and device for over-cladding an optical fiber primary preform
    • 光纤初级预制件的外包层的方法和装置
    • US06405566B1
    • 2002-06-18
    • US08292977
    • 1994-08-22
    • Seung-Hun Oh
    • Seung-Hun Oh
    • C03B37012
    • C03B37/01248Y02P40/57
    • A method and device for providing an optical fiber secondary preform by collapsing an over-cladding tube on an optical fiber primary preform is disclosed in the present invention. The device for over cladding the optical fiber primary preform includes a hand bar as a first supporter for supporting the optical fiber primary preform, which hand bar has a sealing-up part of the over-cladding tube on an outer diameter part thereof and also includes a supporting handle tube as a second supporter for supporting the over-cladding tube, which the purity of the supporting handle tube is different from that of the over-cladding tube. Also the supporting handle tube includes a ring to make it equal two centers of the optical fiber primary preform and the over-cladding tube.
    • 在本发明中公开了一种用于在光纤初级预制棒上折叠上敷层提供光纤二次预制件的方法和装置。 用于上光纤初级预型件的装置包括作为支撑光纤初级预制件的第一支撑件的手把杆,该手柄在其外径部分上具有外包层管的密封部分,并且还包括 支撑手柄管作为用于支撑外包层的第二支撑件,支撑手柄管的纯度与外包层管的纯度不同。 此外,支撑手柄管包括环,使其等于光纤初级预制件和外包层管的两个中心。
    • 5. 发明授权
    • Butt welding optical fiber preforms with a plasma torch
    • 用等离子体焰炬对接焊接光纤预制棒
    • US06178779B2
    • 2001-01-30
    • US09280826
    • 1999-03-30
    • Alain DrouartPierre RipocheBernard Wurier
    • Alain DrouartPierre RipocheBernard Wurier
    • C03B37012
    • C03B23/043C03B23/045C03B23/207C03B37/01205
    • The invention relates to a method of assembling two optical fiber preforms together end-to-end, the method comprising the following operations: the two cylindrical preforms are placed in alignment along a common longitudinal axis; the preforms are rotated about the common longitudinal axis; the facing ends of said preforms are heated by a heater; and the preforms are moved towards each other parallel to the common axis to press them against each other so as to form intimate contact between the ends after cooling. According to the invention, the heating is performed by causing the preforms or heater to move in a radial direction orthogonal to the common longitudinal axis in such a manner as to heat the peripheries and then the cores of said preforms.
    • 本发明涉及一种将两个光纤预制件端对端组装的方法,该方法包括以下操作:将两个圆柱形预成型件沿着共同的纵向轴线对齐;预制件围绕公共纵向轴线旋转; 所述预制件的面对端由加热器加热; 并且预成型件彼此平行于公共轴线彼此移动,以将它们彼此压紧,以便在冷却之后在端部之间形成紧密接触。 根据本发明,通过使预成型件或加热器沿与公共纵向轴线正交的径向移动,从而加热周边,然后加热所述预成型件的芯,来进行加热。
    • 6. 发明授权
    • Method for producing a tube made of quartz glass using low internal pressure and control of diameters
    • 使用低内压和直径控制生产石英玻璃管的方法
    • US06516636B1
    • 2003-02-11
    • US09601460
    • 2000-08-02
    • Frank GänsickeOliver GanzHarald HainThomas BogdahnOliver Humbach
    • Frank GänsickeOliver GanzHarald HainThomas BogdahnOliver Humbach
    • C03B37012
    • C03B23/047
    • In a known method for the manufacture of a tube made of a vitreous material, especially of quartz glass, a hollow cylindrical semifinished product made of a vitreous material is carried essentially vertically to a heating zone, wherein it is heated and drawn off downwards—without the use of tools—to the tube by forming a transitional area from semifinished product to tube, while diameter and wall thickness of the tube are continuously measured, and the tube's measured geometrical data being used to generate a control signal with the aid of which a pressure difference is regulated between pressure P1 in the interior space of the semifinished product, the transitional area and the tube, as well as pressure P2 in the heating chamber which is regulated in the heating zone at least in the transitional area from semifinished product to tube and its adjacent tube area. This method is to be developed further so as to enable the processing of a broader spectrum of hollow cylindrical semifinished products to tubes with the desired inside and outside dimensions. This task is solved according to the invention such that for the manufacture of tubes with the ratio of their outside diameter (DRa) to their inside diameter (DRi) being greater than the ratio of the outside diameter (DHa) to the inside diameter (DHi) of the semifinished product—pressure P1 in the inside space of the semifinished product, the transitional area and the tube being kept at a value which is smaller than the value of pressure P2 in the heating chamber, with pressure P1 being maintained by means of a suction (vacuum) pump.
    • 在用于制造由玻璃质材料,特别是石英玻璃制成的管的已知方法中,由玻璃质材料制成的中空圆柱形半成品基本上垂直地承载于加热区,其中它被加热并向下拉出而没有 使用工具 - 通过从半成品到管形成过渡区域,同时连续测量管的直径和壁厚,并且管的测量几何数据用于产生控制信号,借助于此, 在半成品,过渡区域和管子的内部空间中的压力P1和加热室中的至少在从半成品到管道的过渡区域中调节的加压室中的压力P2之间的压力差被调节 及其相邻管区。 该方法进一步开发,以便能够将具有期望的内部和外部尺寸的更广泛的中空圆柱形半成品加工成管。 根据本发明,可以解决这个任务,以便制造其外径(DRa)与其内径(DRi)之比大于外径(DHa)与内径(DHi)之比的管 )在半成品的内部空间中的半成品压力P1,过渡区域和管保持在比加热室中的压力P2的值小的值,其中压力P1通过 抽吸(真空)泵。