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    • 1. 发明授权
    • Cable gathering device
    • 电缆收集装置
    • US3990551A
    • 1976-11-09
    • US634459
    • 1975-11-24
    • Will B. JamisonFrancis A. MayWilliam N. Poundstone
    • Will B. JamisonFrancis A. MayWilliam N. Poundstone
    • B65H75/36H02G11/02H02G11/00
    • B65H75/362H02G11/02
    • A closed compartment for storing multi-conductor electric cable on an electrically powered mobile mining machine is secured to and extends laterally from a sidewall of the vehicle. The storage compartment has a slotted opening in the front portion thereof through which the cable is conveyed. A support frame is secured to the conveyor boom of the vehicle and extends outwardly therefrom and forwardly of the storage compartment. A first traction roller is rotatably mounted and fixed on the support frame between pairs of guide members that serve to direct the cable into the storage compartment. A second traction roller is rotatably mounted in spaced parallel relation above the fixed traction roller and is resiliently supported on the support frame by spring members. The cable passes between the rollers, and the springs maintain the rollers in frictional engagement with the cable. Prime movers, such as hydraulic motors, are drivingly connected to the first and second traction rollers to rotate the rollers in a selected direction to convey the cable into the storage compartment as the vehicle advances toward the power source. When the vehicle stops the pressure of the hydraulic motors is reduced, and the frictional engagement between the rollers and the cable prevents rotation of the rollers and conveyance of the cable. Movement of the vehicle away from the power source exerts a sufficient force upon the cable to reverse rotation of the rollers and feed the cable from the storage compartment at a speed corresponding to the speed of the vehicle. Thus, only that length of cable required to permit operation of the vehicle in the mine is extended from the vehicle with the excess cable stored in a loosely held fashion within the storage compartment.
    • 用于在电动移动式采矿机上存储多导体电缆的封闭隔间被固定到车辆侧壁并从其侧壁延伸。 储存室在其前部具有一个开槽开口,电缆通过该开口开口被输送。 支撑框架被固定到车辆的输送臂上,并从储存室向外延伸。 第一牵引辊可旋转地安装并固定在成对的引导构件之间的支撑框架上,用于将电缆引导到储存室中。 第二牵引辊可旋转地安装在固定牵引辊上方的间隔开的平行关系中,并且通过弹簧构件弹性地支撑在支撑框架上。 电缆通过辊之间,并且弹簧保持辊与电缆摩擦接合。 原动机,例如液压马达,驱动地连接到第一和第二牵引罗拉,以使辊沿所选方向旋转,以在车辆朝向动力源前进时将缆线输送到储藏室。 当车辆停止时,液压马达的压力降低,并且滚子和缆线之间的摩擦接合阻止了滚轮的旋转和缆绳的传送。 车辆远离动力源的运动对电缆施加足够的力以反转辊的旋转并以对应于车辆速度的速度从储藏室供给电缆。 因此,只有允许车辆在矿山中操作所需的电缆长度才能从车辆延伸,多余的电缆以松散的方式存放在储藏室内。