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    • 1. 发明授权
    • Forced encapsulation means for a cable
    • 电缆的强制封装方式
    • US4875952A
    • 1989-10-24
    • US150480
    • 1988-02-08
    • Francis J. MullinWilliam C. Reed
    • Francis J. MullinWilliam C. Reed
    • H02G15/00H02G15/10H02G15/196
    • H02G15/10H02G15/003H02G15/196Y10T428/1393
    • A forced encapsulation system and method that can be advantageously used to encapsulate cable splices e.g., multiconductor communications cables. Containment means are formed around a substrate comprising part of at least one cable, and secured to the cable, thereby forming an enclosure into which liquid encapsulant can be introduced under pressure and in which the encapsulant can be maintained at pressure above ambient pressure. In a preferred embodiment, the containment means comprise a containment bag formed in situ from an elastomer sheet and sealed to the cable sheaths, with a reinforcing outer enclosure surrounding the containment bag. Introducing the liquid encapsulant under pressure leads to thorough penetration of the encapsulant into the splice work and cable ends and to intimate contact between the cured encapsulant and the surfaces within the enclosure, including surfaces with which the encapsulant does not form an adhesive bond, resulting in improved gasketing around conductors, thereby reducing the possibility of water-caused splice damage.
    • 可以有利地用于封装诸如多导体通信电缆的电缆接头的强制封装系统和方法。 容纳装置围绕包括至少一个电缆的一部分的基板形成,并且固定到电缆,从而形成一个外壳,液体密封剂可以在压力下被引入其中,并且其中密封剂可以保持在高于环境压力的压力下。 在优选实施例中,容纳装置包括从弹性体片原位形成并密封到电缆护套的容纳袋,其中围绕着密封袋的加强外壳。 在压力下引入液体密封剂导致密封剂完全渗透到接合工作和电缆端部,并且固化的密封剂与外壳内的表面之间的紧密接触,包括密封剂不形成粘合剂粘结的表面,导致 改善了围绕导体的衬垫,从而降低了引起水引起的接头损坏的可能性。
    • 2. 发明授权
    • Composite service and distribution communications media
    • 综合服务和配送通讯媒体
    • US4852965A
    • 1989-08-01
    • US019719
    • 1987-02-27
    • Francis J. MullinWilliam C. Reed
    • Francis J. MullinWilliam C. Reed
    • G02B6/44H01B11/22
    • G02B6/4492G02B6/4416G02B6/4422G02B6/4426G02B6/4429G02B6/4432
    • A cable (20) which may be used in an aerial or buried installation to serve customers' premises and which is a composite optical fiber-copper conductor type serves present customer needs but has the capability to fulfill the service requirements predicted in the communications market of tomorrow. The cable includes one or more reinforced optical fiber units (22--22) and one or more metallic conductor pairs enclosed in a sheath system. Each optical fiber unit is reinforced to include a plurality of strength members (40--40) arrayed about a buffered optical fiber (36) to enclose the optical fiber and to provide columnar strength to resist compressive forces. A filling compound (52) is disposed within the unit between a jacket (50) which encloses the strength members and the buffered optical fiber.
    • 可用于天线或埋地安装以用于客户场所并且是复合光纤 - 铜导体类型的电缆(20)满足客户需求,但具有满足通信市场预测的服务要求的能力 明天。 电缆包括一个或多个增强的光纤单元(22-22)和一个或多个封装在护套系统中的金属导体对。 每个光纤单元被加强以包括围绕缓冲光纤(36)排列以包围光纤的多个强度构件(40-40),并提供柱状强度以抵抗压缩力。 填充化合物(52)设置在包围加强构件的护套(50)和缓冲光纤之间的单元内。
    • 4. 发明授权
    • Termination closure for buried service cables and methods of installing
    • 埋地服务电缆的终止关闭和安装方法
    • US4647719A
    • 1987-03-03
    • US747487
    • 1985-06-21
    • Eric R. CampbellJoe B. MossFrancis J. MullinWilliam C. Reed
    • Eric R. CampbellJoe B. MossFrancis J. MullinWilliam C. Reed
    • H02G15/117H02G15/08
    • H02G15/117
    • A termination closure (20) for buried or underground service cable splice locations includes molded stepped end blocks (40--40) and a cover (100) which comprises a sheet adapted to be wrapped about service cables (28--28) having conductors (26--26) which are spliced to conductors (24--24) of a distribution cable (22) and secured by clamps. The closure also includes a pivotally mounted organizer (80) which is perforated to allow an encapsulant to be flowed therethrough into engagement with an enclosing bladder (90). The organizer effectively isolates splice connections from the distribution cable core (23). The bladder which is wrapped about the organizer is adapted to receive encapsulant from a tube which extends through one of the end blocks to allow it to be flowed into the interstices among the spliced conductors and distribution cable core. Air in the closure is pushed from one end of the closure and evacuated through a relief valve (59) in the other end block. The relief valve is arranged so that an indicator thereof is not moved outwardly to provide a visual indication until the closure has been filled properly.
    • 用于埋地或地下服务电缆接头位置的终端封盖(20)包括模制的阶梯端块(40-40)和盖(100),其包括适于围绕具有导体(26)的服务电缆(28-28) -26),其被拼接到分配电缆(22)的导体(24-24)并且通过夹具固定。 闭合件还包括枢转安装的组织器(80),其被穿孔以允许密封剂从其中流过与封闭囊(90)接合。 组织者有效隔离分配电缆芯(23)的接头连接。 围绕组织器缠绕的囊状物适于从管延伸通过其中一个端块以允许其流入拼接的导体和分配电缆芯之间的空隙中的密封剂。 封闭件中的空气从封闭件的一端被推出并通过另一端部的安全阀(59)排出。 安全阀被布置成使得其指示器不向外移动以提供视觉指示,直到闭合件被适当地填充。
    • 7. 发明授权
    • Methods of and apparatus for rehabilitating outside telephone plant
    • 外部电话厂房的修复方法和设备
    • US4314092A
    • 1982-02-02
    • US144818
    • 1980-04-29
    • Mills L. FlemingFrancis J. Mullin
    • Mills L. FlemingFrancis J. Mullin
    • H02G1/14H02G15/076H02G15/117H02G15/196
    • H02G15/076H02G1/14H02G15/117
    • Cable splices of outside telephone plant are rehabilitated by a method in which a length of tubing of a kit of parts is moved over end portions of cables which are to be respliced, if necessary. The tubing is collapsed adjacent jacketed portions of the cables and a collar comprising a plurality of turns of sealing tape is formed about the jacket of each of the cables in adjacent locations. A spacer block is positioned between the collars to maintain the cables spaced apart after which a liner made of a perforated, transversely corrugated strip of plastic material is wrapped about the splice. The tubing is extended over the liner and its lower end is taped about the collars to form a closed end to prevent the escape of a waterproofing material which is flowed into the opposite open end of the tubing. A length of transversely and longitudinally scored plastic is wrapped about the tubing and cut along one of the score lines to form a cover which is secured by a plurality of clamps. The enclosed encapsulated splice is generally formed within a pedestal cabinet or adjacent a telephone pole in which case it is protected mechanically by a metallic U-shaped guard that is positioned over the cover along its length and secured to the pole.
    • 外部电话设备的电缆接头通过一种方法进行修复,如果需要,一套部件的管道的长度在要被再次切割的电缆的端部部分上移动。 管道在电缆的夹套部分附近折叠,并且在相邻位置的每个电缆的护套周围形成包括多圈密封带的套环。 间隔块定位在套环之间以保持电缆间隔开,之后由穿孔的横向波纹的塑料材料制成的衬垫缠绕在接头上。 管道在衬套上延伸,并且其下端围绕套环胶合以形成封闭端,以防止流入管道的相对开口端的防水材料逸出。 横向和纵向刻痕的塑料的长度围绕管子包裹并沿着一条刻痕线切割以形成通过多个夹具固定的盖子。 封闭的封装的接头通常形成在基座机柜内或邻近电话杆,在这种情况下,它被金属U形防护罩机械地保护,金属U形护罩沿其长度定位在盖上并固定到杆上。