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    • 2. 发明授权
    • Methods of providing an optical fiber package
    • 提供光纤封装的方法
    • US5064490A
    • 1991-11-12
    • US518060
    • 1990-05-02
    • John T. ChapinCharles W. JacksonThomas O. MensahMickey R. Reynolds
    • John T. ChapinCharles W. JacksonThomas O. MensahMickey R. Reynolds
    • B65H55/00G02B6/44
    • B65H55/00G02B6/4457
    • An optical fiber package (20) is provided by winding a plurality of convolutions in a plurality of layers on a bobbin. To each layer is applied an adhesive material (45) which in a preferred embodiment is a mixture comprising a reactive silicone copolymer resin, a solvent system which includes an aromatic constituent, a catalyst and a wetting agent. The mixture has a modulus behavior which is relatively stable with respect to time throughout a relatively wide operating temperature. Inasmuch as the solvent system and the method of application of the mixture are effective to control the rate of precipitation and the rate of cure of the silicone constituent, the surface roughness of the convolutions is controlled. After the desired number of convolutions have been wound, the package is subjected to a heat treatment which relieves stresses in the wound fiber and which completes the cure of the adhesive material. The adhesive material is effective to hold the convolutions together sufficiently to allow transport and deployment and to allow the convolutions constantly to be payed off over a relatively wide temperature range and over a relatively wide range of payout speeds without the use of excessive force and without breakage.
    • 通过在线轴上缠绕多层的多个卷绕来提供光纤封装(20)。 向每个层施加粘合剂材料(45),其在优选实施方案中是包含反应性硅氧烷共聚物树脂,包含芳族组分的溶剂体系,催化剂和润湿剂的混合物。 混合物具有相对于相对宽的工作温度下的时间相对稳定的模量行为。 由于溶剂系统和混合物的施用方法对于控制硅氧烷成分的沉淀速率和固化速度是有效的,因此可以控制卷积的表面粗糙度。 在卷绕所需数量的卷积之后,对包装进行热处理,其消除卷绕的纤维中的应力并完成粘合材料的固化。 粘合剂材料有效地将卷取物充分地保持在一起以允许运输和展开,并且允许不断地在相对较宽的温度范围内和超过相对较宽的放出速度范围内的卷取而不使用过大的力而不破裂 。
    • 3. 发明授权
    • Guided vehicle system
    • 引导车系统
    • US5035169A
    • 1991-07-30
    • US517088
    • 1990-05-01
    • John T. ChapinCharles W. JacksonThomas O. MensahMickey R. Reynolds
    • John T. ChapinCharles W. JacksonThomas O. MensahMickey R. Reynolds
    • B65H55/00G02B6/44
    • B65H55/00G02B6/4457
    • An optical fiber package (20) is provided by winding a plurality of convolutions in a plurality of layers on a bobbin. To each layer is applied an adhesive material (45) which in a preferred embodiment is a mixture comprising a relative silicone copolymer resin, a solvent system which includes an aromatic constituent, a catalyst and a wetting agent. The mixture has a modulus behavior which is relatively stable with respect to time throughout a relatively wide operating temperature. Inasmuch as the solvent system and the method of application of the mixture are effective to control the rate of precipitation and the rate of cure of the silicone constituent, the surface roughness of the convolutions is controlled. After the desired number of convolutions have been wound, the package is subjected to a heat treatment which relieves stresses in the wound fiber and which completes the cure of the adhesive material. The adhesive material is effective to hold the convolutions together sufficiently to allow transport and deployment and to allow the convolutions constantly to be payed off over a relatively wide temperature range and over a relatively wide range of payout speeds without the use of excessive force and without breakage.
    • 通过在线轴上缠绕多层的多个卷绕来提供光纤封装(20)。 在每个层上施加粘合剂材料(45),其在优选的实施方案中是包含相对硅氧烷共聚物树脂,包括芳族组分,催化剂和润湿剂的溶剂体系的混合物。 混合物具有相对于相对宽的工作温度下的时间相对稳定的模量行为。 由于溶剂系统和混合物的施用方法对于控制硅氧烷成分的沉淀速率和固化速度是有效的,因此可以控制卷积的表面粗糙度。 在卷绕所需数量的卷积之后,对包装进行热处理,其消除卷绕的纤维中的应力并完成粘合材料的固化。 粘合剂材料有效地将卷取物充分地保持在一起以允许运输和展开,并且允许不断地在相对较宽的温度范围内和超过相对较宽的放出速度范围内的卷取而不使用过大的力而不破裂 。
    • 7. 发明授权
    • Curing apparatus for coated fiber
    • 涂层纤维固化装置
    • US4636405A
    • 1987-01-13
    • US813575
    • 1985-12-24
    • Thomas O. MensahDale R. Powers
    • Thomas O. MensahDale R. Powers
    • C03C25/10B01J19/12B05D3/06B29C35/08B29C35/10B29C35/16B29L11/00C03C25/12D01F8/00G02B6/44
    • B05D3/06B01J19/123B29C35/10C03C25/12B29C2035/0827B29C2035/1658
    • An apparatus is provided for curing a coating applied to an optical fiber. An elongated ultraviolet lamp and the optical fiber emerging from the coater are located at focii of an elliptical mirror which focuses the ultraviolet energy onto the coated fiber. The fiber is surrounded by a cylindrical chamber that is transparent to ultraviolet light. The chamber includes a jacket through which there flows a fluid which absorbs infrared energy. A cooling gas flows from a annular slot located at the bottom end of the chamber. The slot is so angled that gas flowing therefrom is directed upwardly and inwardly toward the coated fiber so that there exists within the chamber a recirculating flow of cooling gas. This enables the cooling gas to repeatedly absorb heat from the coated fiber and give up that heat to the chamber wall which is cooled by the fluid.
    • 提供一种用于固化施加到光纤上的涂层的装置。 拉长的紫外线灯和从涂布机出来的光纤位于椭圆镜的焦点处,将紫外线能量聚焦到涂覆光纤上。 纤维被对紫外线透明的圆柱形房间包围。 该室包括夹套,通过该夹套流动吸收红外能量的流体。 冷却气体从位于室底端的环形槽流出。 狭槽是如此成角度的,使得从其中流出的气体朝向涂覆的纤维向上和向内指向,使得在室内存在冷却气体的再循环流。 这使得冷却气体能够反复吸收来自涂覆的纤维的热量,并将热量放到被流体冷却的室壁上。