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    • 5. 发明授权
    • Appliance enclosure and related terminal block
    • 设备外壳及相关接线端子
    • US5425655A
    • 1995-06-20
    • US138086
    • 1993-10-20
    • Howard W. Kaney
    • Howard W. Kaney
    • H05K5/03H01R4/48H01R9/16H01R9/24H01R19/16
    • H01R4/4818H01R9/24
    • Disclosed is a terminal block especially suited for rapidly wiring small appliances. The block has an insulating housing holding a plurality of electrically-conductive connectors and in the improvement, at least a first connector is bifurcated to define a pair of jaw-like wire-grasping structures for electrically connecting a pair of wires to one another. The structures are separated by a tongue-like barrier for easy guided insertion of a single wire into each structure. The block is also disclosed in combination with an appliance enclosure having a platform supporting the terminal block. The platform has at least one block retention stud, the terminal block includes at least one surface deformation and the stud and the deformation coactively engage to restrain movement of the block.
    • 公开了一种特别适用于快速接线小家电的接线端子。 该块具有保持多个导电连接器的绝缘壳体,并且在改进中,至少第一连接器被分叉以限定一对用于将一对电线彼此电连接的颚状线把持结构。 这些结构被舌状屏障分开,以便将单根导线插入每个结构中。 该块还与具有支撑终端块的平台的设备外壳结合使用。 该平台具有至少一个块保持柱,端子块包括至少一个表面变形和螺栓,并且变形共同接合以限制块的移动。
    • 6. 发明授权
    • Underwater electrical connection station
    • 水下电气连接站
    • US3602873A
    • 1971-08-31
    • US3602873D
    • 1969-02-13
    • EXXON PRODUCTION RESEARCH CO
    • CHILDERS THOMAS W
    • H01R13/523H01R13/60H01R19/16
    • H01R13/523
    • Apparatus and method for protectively making, breaking and housing ''''live'''' electrical connections underwater. An underwater container in communication with environmental water encloses a hydrophobic dielectric fluid of lower specific gravity than environmental water above an opening permitting access to the dielectric fluid for manipulating electrical connectors admitted into said container. Holders may be provided within the container to retain the electrical connectors in the fluid. The opening may be closed by a nonsealing cap. A method of making an underwater connection includes securing a first electrical connector in an underwater container above an opening in a lower portion of the container before or after establishing a body of hydrophobic dielectric fluid of lower specific gravity than water in said container sufficient for immersion of the first electrical connector. A second electrical connector connectable with the first electrical connector is then introduced into the container and elevated into the dielectric fluid. The connectable electrical connectors are than connected while immersed in the dielectric. To break the connection, the container is entered by the opening and the connected electrical connectors are disconnected while immersed in the dielectric fluid.