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    • 4. 发明授权
    • Cable spool with integral end storage flange
    • 带整体端部储存法兰的电缆卷轴
    • US4938432A
    • 1990-07-03
    • US336859
    • 1989-04-12
    • Jeffrey P. KurtJames D. Holder
    • Jeffrey P. KurtJames D. Holder
    • B65H75/18B65H75/28
    • B65H75/18B65H75/28
    • A cable spool has a cylindrical drum about which a length of cable is wound. A pair of end flanges connected to opposite ends of the cylindrical drum hold the cable on the cylindrical drum. One of the end flanges has an outer flange and an inner flange extension formed integrally therewith. A serpentine cable channel is formed in the inner flange and grips an end of the cable to prevent the cable from unwinding. The serpentine cable channel holds the cable end available for electrical or optical testing while holding it away from a periphery of the outer flange where the cable might be damaged by unwanted contact with an abrasive surface.
    • 电缆线轴具有圆柱形的滚筒,电缆的长度绕其缠绕。 连接到圆柱形鼓的相对端的一对端部凸缘将电缆保持在圆柱形滚筒上。 端部凸缘中的一个具有外凸缘和与其一体形成的内凸缘延伸部。 在内凸缘中形成蛇形电缆通道,并夹住电缆的一端,防止电缆松开。 蛇形电缆通道保持电缆端可用于电气或光学测试,同时将其远离外凸缘的外围,其中电缆可能被磨损表面的不必要的接触而损坏。
    • 5. 发明授权
    • Optic-coupled integrated circuits
    • 光耦合集成电路
    • US4695120A
    • 1987-09-22
    • US780139
    • 1985-09-26
    • James D. Holder
    • James D. Holder
    • G02B6/30G02B6/42H04B10/00G02B6/12
    • H04B10/801G02B6/30G02B6/4202G02B6/4214Y10S136/291
    • Signal/data enters the IC in optic form via an optically-efficient method om either fiber optic or circuit-trace optic waveguides. The optic signal/data is transformed to electrical signal/data via the photo-sensing cells that are illuminated by each channel's photon beam. This electrical signal then is transmitted via a connection to an IC chip which performs the required processing. This IC chip is supplied with electric power by means of a photo-voltaic cell array mounted internal to the IC package. The illumination source of the photo-voltaic array is provided by an optic waveguide that transmits a high intensity photon beam of proper wavelength to yield efficient photon-to-electric current conversion. A portion of this high intensity photon beam is captured by an optic waveguide mounted internal to the IC This optic waveguide conducts the photons to a region where photo-intensity modular cells are located. Each of these modulator cells is connected electrically to the output terminals of the IC and seerves to convert the electrical signal/data to an equivalent optic form by means of modulating a portion of the supplied photons and directing the modulated beam toward the output channel optic waveguide. This optic waveguide then transmits the signal/data to other optic-coupled IC's or transducers, as required.
    • 信号/数据通过光纤或电路轨迹光波导的光学有效的方法从光学形式进入IC。 光信号/数据经由由每个通道的光子束照射的光敏元件转换成电信号/数据。 该电信号然后通过连接传送到执行所需处理的IC芯片。 该IC芯片通过安装在IC封装内部的光伏电池阵列提供电力。 光伏阵列的照明源由透射具有适当波长的高强度光子束的光波导提供,以产生有效的光子到电流转换。 该高强度光子束的一部分被安装在IC内部的光波导捕获。该光波导将光子传导到光强度模块单元所在的区域。 这些调制器单元中的每一个电连接到IC的输出端子,并通过调制所提供的光子的一部分并将调制的光束引向输出通道光波导,从而将电信号/数据转换成等效的光学形式 。 然后,该光波导根据需要将信号/数据发送到其它光耦合IC或换能器。
    • 10. 发明授权
    • Polypropylene filler rods for optical fiber communications cables
    • 用于光纤通信电缆的聚丙烯填充棒
    • US06210802B1
    • 2001-04-03
    • US09501674
    • 2000-02-10
    • Brian G. RischJames D. Holder
    • Brian G. RischJames D. Holder
    • D02G300
    • G02B6/4401Y10T428/2927Y10T428/2933Y10T428/2938Y10T428/294Y10T428/2964Y10T428/2967Y10T428/2969Y10T428/2973Y10T428/2975
    • A filler rod for occupying space in a stranded optical fiber communications cable having at least one buffer tube containing at least one optical fiber is disclosed. The filler rod comprises an elongated rod extruded from a polypropylene homopolymer, a polypropylene-polyethylene copolymer (i-PP) resin material, or preferably, from a polypropylene-polyethylene copolymer having a nucleating agent disbursed therein. The resin material is foamed during extrusion so as to have a plurality of void spaces therein and a relative density which is less than 1 relative to the unfoamed resin material. As compared to rods made from high density polyethylene, the i-PP filler rods show a greater foaming efficiency, more efficient use of material, an improved combination of mechanical properties and density, reduced post-extrusion shrinkage and a substantial reduction in the sticking of the filler rods to the outer jacket that is experienced with high density polyethylene filler rods.
    • 公开了一种用于在具有至少一个包含至少一个光纤的缓冲管的绞合光纤通信电缆中占据空间的填充杆。 填充棒包括从聚丙烯均聚物,聚丙烯 - 聚乙烯共聚物(i-PP)树脂材料或优选来自其中分布有成核剂的聚丙烯 - 聚乙烯共聚物挤出的细长棒。 树脂材料在挤出过程中发泡,在其中具有多个空隙空间,相对密度相对于未发泡树脂材料小于1。 与由高密度聚乙烯制成的棒相比,i-PP填料棒显示更大的发泡效率,更有效地使用材料,改善机械性能和密度的组合,降低了挤出后的收缩率和大大降低了 填充杆通过高密度聚乙烯填充棒经受的外护套。