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    • 1. 发明授权
    • Guiding a robot in an array
    • 在阵列中指导机器人
    • US5183377A
    • 1993-02-02
    • US359083
    • 1989-05-30
    • Eberhard BeckerFranz SchulteHartwig SprungRonald StagglManfred Stoeber
    • Eberhard BeckerFranz SchulteHartwig SprungRonald StagglManfred Stoeber
    • B25J9/02
    • B25J9/026Y10T403/4602
    • A two-dimensional mounting structure for an industrial robot or robot manipulator on a carriage with a lifting post and a manipulator connected to the post, the mounting structure includes longitudinal rail carriers, transverse connectors and a movable rail, carriages are connected to the movable rail which runs on the longitudinal carriers, the carriage for the robot runs on the movable rail; the improvement includes essentially similarly constructed end elements, first ones of the end elements connecting the ends of the longitudinal carriers to ends of the transverse connectors, others of the end elements connecting respective two ends of the movable rail to carriage means by means of which the transverse rail carrier runs on the longitudinal carrier; each end element comprises a basic configuration that includes two flat plates and a shaft in the bores with aligned bores, a connecting plate interconnecting the two plates from which they extend in downward direction, for connection to a transverse connector or a carriage, a lateral bar extending upright from said connecting plate parallel to an axis of the aligned bores for connection to the front end of a longitudinal rail carrier or a movable rail.
    • 一种用于工业机器人或机器人操纵器的二维安装结构,其具有提升柱和连接到柱的操纵器的滑架上,安装结构包括纵向轨道托架,横向连接器和可移动导轨,托架连接到活动导轨 其在纵向载体上运行,用于机器人的滑架在可移动导轨上运行; 改进包括基本类似构造的端部元件,第一个端部元件将纵向载体的端部连接到横向连接器的端部,其他端部元件将可移动导轨的相应两端连接到支架装置, 横向轨道载体在纵向载体上运行; 每个端部元件包括基本构造,其包括两个平板和在具有对准的孔的孔中的轴;连接板,它们连接两个板,它们从它们向下延伸,用于连接到横向连接器或滑架,侧杆 从所述连接板垂直延伸,平行于对准的孔的轴线,以连接到纵向轨道托架或活动导轨的前端。
    • 3. 发明授权
    • Robot conveyor system
    • 机器人输送系统
    • US5016407A
    • 1991-05-21
    • US360843
    • 1989-06-01
    • Eberhard BeckerHartwig SprungRoland Staggl
    • Eberhard BeckerHartwig SprungRoland Staggl
    • B23Q1/00B23Q1/01F16M7/00
    • F16M7/00B23Q1/01
    • A robot gantry has longitudinal beams supported by support elements. To fasten the longitudinal beams to the supports, the latter have brackets with binding post holes for binding screws. To make possible the adjustment of the brackets housing the beams, the walls of the supports have holes, which are large enough that the binding screws can move in them by the amount required for adjustment. To adjust the brackets, L-shaped adjusting devices are fastened to the supports by screws. The L-leg of the adjustment apparatus has in the power portion horizontal and vertical holes with nuts for set screws. In the upper portion of the L-leg the adjustment device has a vertical slot for a pendulum set screw which can move in the slot. The pendulum set screw is protected by a nut from unintentional falling out, and extends with its threaded portion into a threaded hole in the bracket.
    • 机器人龙门架具有由支撑元件支撑的纵向梁。 为了将纵梁固定到支撑件上,后者具有用于固定螺钉的装订杆孔的支架。 为了使得容纳梁的支架的调节成为可能,支撑件的壁具有足够大的孔,使得装订螺钉可以在其中移动调整所需的量。 为了调整支架,L形调节装置通过螺丝固定在支架上。 调节装置的L形腿在动力部分具有用于固定螺钉的螺母的水平和垂直孔。 在L形腿的上部,调节装置具有可在槽中移动的摆式定位螺钉的垂直槽。 摆杆固定螺丝被螺母保护,无意中脱落,并且其螺纹部分延伸到支架中的螺纹孔中。