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    • 1. 发明授权
    • Fiber optic cable with profiled group of optical fibers
    • 具有成型组光纤的光纤电缆
    • US06192178B1
    • 2001-02-20
    • US09283080
    • 1999-03-31
    • Eric R. LoganDonald R. ParrisJason C. Lail
    • Eric R. LoganDonald R. ParrisJason C. Lail
    • G02B644
    • G02B6/4433G02B6/4411G02B6/4494G02B6/4495
    • A fiber optic cable (10) having a tube assembly (20) therein. Tube assembly (20) includes an optical fiber group (22) in a tube (21). Optical fiber group (22) comprises a medial optical fiber subgroup (23) and lateral optical fiber subgroups (24a,24b;25a,25b;26a,26b) adjacent thereto. Subgroups (24a,24b;25a,25b;26a,26b) define a step-like profile for maximizing optical fiber packing density of tube assembly (20) and/or defining a high fiber count cable (10). In an exemplary embodiment, fiber optic cable (10) can include strength assemblies (30) on opposing sides of tube assembly (20) for defining a preferential bend plane in fiber optic cable (10).
    • 一种其中具有管组件(20)的光缆(10)。 管组件(20)在管(21)中包括光纤组(22)。 光纤组(22)包括与其相邻的中间光纤子组(23)和侧向光纤子组(24a,24b; 25a,25b; 26a,26b)。 子组(24a,24b; 25a,25b; 26a,26b)限定了用于使管组件(20)的光纤填充密度最大化和/或限定高纤维计数电缆(10)的阶梯状轮廓。 在示例性实施例中,光纤电缆(10)可以包括在管组件(20)的相对侧上的强度组件(30),用于在光纤电缆(10)中限定优先弯曲平面。
    • 2. 发明授权
    • Strengthened fiber optic cable
    • 加强光缆
    • US06606436B2
    • 2003-08-12
    • US09776421
    • 2001-02-02
    • Eric R. LoganRichard S. WagmanJason C. LailMichael J. Gimblet
    • Eric R. LoganRichard S. WagmanJason C. LailMichael J. Gimblet
    • G02B644
    • G02B6/4433G02B6/4465
    • A fiber optic cable having strength assemblies (30) adjacent a tube having at least one optical fiber therein, at least one of the strength assemblies including a strength member for imparting crush resistance to the cable. The strength member is generally coupled to a first jacket, and may be surrounded by a single jacket, or by an armor tape and a second jacket. The strength member may be disposed in a recess of the tube. When crush loads are applied to the fiber optic cable, the stresses created in the cable are advantageously distributed by strength assemblies (30) whereby stress concentrations and undue deflection of the cable in response to the crush loads are avoided. The arrangement of the cable components and strength assemblies (30) inhibits slippage and/or warping of the components under stress, and thereby evenly distributes the stress for preventing crush induced attenuation in the optical fibers.
    • 一种光纤电缆,其具有与其中具有至少一个光纤的管相邻的强度组件(30),所述强度组件中的至少一个包括用于赋予所述电缆抗压性的强度构件。 强度构件通常联接到第一护套,并且可以由单个护套或由护甲带和第二护套包围。 强度构件可以设置在管的凹部中。 当挤压负载施加到光纤电缆时,由电缆中产生的应力有利地通过强度组件(30)分布,由此避免了电缆响应于挤压负载的应力集中和不适当的偏转。 电缆部件和强度组件(30)的布置抑制部件在应力下的滑动和/或翘曲,从而均匀地分布应力以防止光纤中的挤压引起的衰减。
    • 3. 发明授权
    • Strengthened fiber optic cable
    • 加强光缆
    • US06259844B1
    • 2001-07-10
    • US09150856
    • 1998-09-10
    • Eric R. LoganRichard S. WagmanJason C. LailMichael J. Gimblet
    • Eric R. LoganRichard S. WagmanJason C. LailMichael J. Gimblet
    • G02B644
    • G02B6/4433G02B6/4465
    • A fiber optic cable having strength assemblies (30) adjacent a tube for imparting crush resistance to the cable, at least one of the strength assemblies including a strength member in contact with a tube having at least one optical fiber therein. The strength member is coupled to a first jacket, and may be surrounded a single jacket, or by an armor tape and a second jacket. The strength member may be disposed in a recess of the tube. When crush loads are applied to the fiber optic cable, the stresses created in the cable are advantageously distributed by strength assemblies (30) whereby stress concentrations and undue deflection of the cable in response to the crush loads are avoided. Tight coupling and minimized gaps between the cable components in strength assemblies (30) inhibits slippage and/or warping of the components under stress, and thereby evenly distribute the stress for preventing crush induced attenuation in the optical fibers.
    • 一种光缆,其具有与管相邻的强度组件(30),用于赋予所述电缆抗压性能,所述强度组件中的至少一个包括与其中具有至少一根光纤的管接触的强度构件。 强度构件联接到第一护套,并且可以包围单个护套,或者由铠装带和第二护套包围。 强度构件可以设置在管的凹部中。 当挤压负载施加到光纤电缆时,由电缆中产生的应力有利地通过强度组件(30)分布,由此避免了电缆响应于挤压负载的应力集中和不适当的偏转。 强度组件(30)中的电缆部件之间的紧密耦合和最小化间隙在应力下抑制部件的滑动和/或翘曲,从而均匀地分布应力以防止光纤中的挤压引起的衰减。
    • 4. 发明授权
    • Fiber optic cable with profiled group of optical fibers
    • 具有成型组光纤的光纤电缆
    • US06621966B2
    • 2003-09-16
    • US09789048
    • 2001-02-19
    • Jason C. Lail
    • Jason C. Lail
    • G02B644
    • G02B6/4433G02B6/4403G02B6/4411G02B6/4434G02B6/4494G02B6/4495
    • A fiber optic cable (10) having a tube assembly (20) therein. Tube assembly (20) includes an optical fiber group (22) in a tube (21). Optical fiber group (22) comprises a medial optical fiber subgroup (23) and lateral optical fiber subgroups (24a, 24b;25a,25b;26a,26b) adjacent thereto. Subgroups (24a,24b;25a,25b;26a,26b) define a step-like profile for maximizing optical fiber packing density of tube assembly (20) and/or defining a high fiber count cable (10). In exemplary embodiments, a diagonal free space is defined as the tube inner diameter minus the diagonal length of the cross-section of the profile of the optical fiber ribbon stack, the diagonal free space being about 2 mm to about 5 mm. In a multi-tube embodiment, diagonal free space can be about 0.5 mm to about 2 mm. In other embodiments, corner fibers can have a delta optical attenuation of less than about 0.05 dB/Km for a wavelength of @1550 nm over a 100 meter length 40″ to 70″ drum at room temperature.
    • 一种其中具有管组件(20)的光缆(10)。 管组件(20)在管(21)中包括光纤组(22)。 光纤组(22)包括与其相邻的中间光纤子组(23)和侧向光纤子组(24a,24b; 25a,25b; 26a,26b)。 子组(24a,24b; 25a,25b; 26a,26b)限定了用于使管组件(20)的光纤填充密度最大化和/或限定高纤维计数电缆(10)的阶梯状轮廓。 在示例性实施例中,对角线自由空间被定义为管内径减去光纤带堆叠的轮廓的横截面的对角线长度,对角线自由空间为约2mm至约5mm。 在多管实施例中,对角线自由空间可以为约0.5mm至约2mm。 在其它实施例中,对于在室温下100米长40“至70”滚筒的1550nm波长,拐角光纤可具有小于约0.05dB / Km的Δ光衰减。
    • 10. 发明申请
    • Optical Tube Assembly Having a Dry Insert and Methods of Making the Same
    • 具有干燥插入物的光学管组件及其制造方法
    • US20090074363A1
    • 2009-03-19
    • US12273092
    • 2008-11-18
    • Alan T. ParsonsJody L. GreenwoodKenneth D. Temple, JR.Jason C. Lail
    • Alan T. ParsonsJody L. GreenwoodKenneth D. Temple, JR.Jason C. Lail
    • G02B6/44
    • G02B6/4429G02B6/4403G02B6/4433G02B6/4494
    • An optical tube assembly having at least one optical waveguide, at least one dry insert, and a tube. The at least one optical waveguide is disposed within the tube and generally surrounds the at least one optical waveguide. In one embodiment, the dry insert has a first layer comprising a felt having at least one type of non-continuous filament. The dry insert may also include a plurality of water-swellable filaments. In another embodiment, a dry insert has a first layer, a second layer, and a plurality of water-swellable filaments. The first and second layers are attached together at least along the longitudinal edges thereof, thereby forming at least one compartment between the first and second layers and the plurality of water-swellable filaments are generally disposed in the at least one compartment. The dry insert also is advantageous in tubeless cable designs.
    • 一种光管组件,其具有至少一个光波导,至少一个干插入物和管。 所述至少一个光波导设置在所述管内并且通常围绕所述至少一个光波导。 在一个实施例中,干燥插入物具有包括具有至少一种类型的非连续长丝的毡的第一层。 干燥的插入物还可以包括多个水溶胀长丝。 在另一个实施方案中,干燥的插入物具有第一层,第二层和多个水溶胀长丝。 第一层和第二层至少沿着其纵向边缘连接在一起,从而在第一层和第二层之间形成至少一个隔室,并且多个水可溶胀长丝通常设置在至少一个隔室中。 干插入物也有利于无内胎电缆设计。