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    • 5. 发明授权
    • Door carrier
    • 门架
    • US06264184B1
    • 2001-07-24
    • US09440672
    • 1999-11-16
    • David ArmstrongMichael Armstrong
    • David ArmstrongMichael Armstrong
    • B25H108
    • B62B1/268E04F21/0023Y10S269/904Y10S269/905
    • A combined door carrier and hanging device for transporting and hanging a door panel is provided. The combined device is generally defined by an elongated carrier structure having a first end and a second end, and includes a wheel supporting chassis to which a pair of beams are mounted and spaced apart to define an elongated slot. The chassis further supports a plurality of floor engaging foot members at the second end, a vise mechanism at the second end, and an axle having a plurality of floor engaging wheels at the first end. More specifically, the elongated slot is adapted to closely receive a door panel across its thickness, wherein one of the pair of beams is rigidly attached the chassis at the first end, but is free to flex at the second end to facilitate clamping of a door panel in the slot. The vise mechanism is attached to the chassis at the second end, which vise when operated compresses the second end of one beam moving the beam toward the other beam, thereby narrowing the slot and hence clamping upon a panel placed therein.
    • 提供了一种用于运输和悬挂门板的组合门架和悬挂装置。 组合装置通常由具有第一端和第二端的细长载体结构限定,并且包括轮支撑底盘,一对梁被安装到所述车轮支撑底盘并间隔开以限定细长的槽。 底架还支撑在第二端处的多个地板接合脚构件,在第二端处的虎钳机构和在第一端具有多个地板接合轮的车轴。 更具体地,细长槽适于在其厚度上紧密地容纳门板,其中一对梁中的一个在第一端处刚性地附接底架,但是在第二端处可自由地弯曲以便于夹紧门 面板在插槽中。 虎钳机构在第二端附接到底架,当操作时,当操作的虎钳将一束光束的第二端移动到另一束光束时,从而使狭槽变窄并因此夹在放置在其中的面板上。
    • 10. 发明申请
    • Remote-Controlled Joining System
    • 遥控联接系统
    • US20080142569A1
    • 2008-06-19
    • US11631533
    • 2005-07-01
    • Jan Olav BergeRichard VerleyMichael ArmstrongNeil Woodward
    • Jan Olav BergeRichard VerleyMichael ArmstrongNeil Woodward
    • B23K37/053B23K10/02
    • B23K37/053B23K9/0282B23K9/167B23K9/173B23K37/0276B23K2101/10F16L1/26
    • Remote-controlled joining system for subsea pipelines for joining two smooth pipeline ends (pipe ends) that are arranged facing in line a distance apart, with means arranged to move at least one of the pipeline ends sideways and in the longitudinal direction. The joining system is distinguished by comprising: a pipe sleeve having internal seals against each pipeline surface, for insertion of pipe ends to facing position within the seals, and a welding clamp with integrated welding tool for remotely welding of a first end of the pipe sleeve to the first pipeline and a second end of the pipe sleeve to the second pipeline, the welding clamp can be remotely fastened sealingly around the pipe ends and the sleeve and is equipped with means for establishing and maintaining a welding atmosphere in a volume delimited by the seals of the clamp and the seals of the sleeve.
    • 用于海底管道的远程控制接合系统,用于连接两个平行的管道端部(管端),所述两个平滑的管道端部(管端)被布置成一定距离地间隔开,并且设置成使得至少一个管道端部沿着纵向方向移动。 连接系统的特征在于包括:管套管,其具有针对每个管道表面的内部密封,用于将管端插入到密封件内的对置位置;以及焊接夹具,具有用于远程焊接管套管的第一端的焊接夹具 到第一管道和管套管的第二端到第二管道,焊接夹具可以密封地围绕管端和套管远程紧固,并且配备有用于建立和维持由 夹子的密封和套筒的密封。