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    • 7. 发明授权
    • Method and apparatus for fusing lead wires of coils to terminals
    • 将线圈引线熔接到端子的方法和装置
    • US5525774A
    • 1996-06-11
    • US291390
    • 1994-08-16
    • Patrick A. DolgasMark T. Heaton
    • Patrick A. DolgasMark T. Heaton
    • B23K11/00B23K11/31H01R39/32H01R43/02B23K9/12B23K9/32
    • B23K11/318B23K11/002H01R39/32H01R43/0228
    • A fusing electrode is mounted on a vertically movable carriage which is raised by a first air actuator and lowered by gravity into engagement with a commutator tang. During a fusing cycle, different pressures are applied between the fusing electrode and the tang by means of a fast-acting air actuator that has a downwardly-extending piston rod engageable with the carriage and which is controlled by a programmable pressure regulating valve. To increase the response time and the force follow through of the second air actuator, the programmable pressure regulating valve is mounted directly on top of the second air actuator with its air outlet located as close to the cylinder of the second actuator as permitted by the air fittings which connect them. Surge tanks associated with the programmable valve assist in ensuring speedy response times.
    • 定影电极安装在可由第一空气致动器升起并由重力下降并与换向器脚接合的可垂直移动的托架上。 在定影周期期间,借助于快速作用的空气致动器在熔断电极和脚之间施加不同的压力,该致动器具有可与滑架接合的向下延伸的活塞杆并由可编程压力调节阀控制。 为了增加第二空气致动器的响应时间和力,可编程压力调节阀直接安装在第二空气致动器的顶部,其空气出口位于靠近空气允许的第二致动器的气缸 连接它们的配件。 与可编程阀相关的浪涌槽有助于确保快速的响应时间。
    • 9. 发明授权
    • Tool changer for welding robot
    • 焊接机器人换刀器
    • US4917619A
    • 1990-04-17
    • US282626
    • 1988-12-09
    • Toshihiro Nishiwaki
    • Toshihiro Nishiwaki
    • B23K9/32B23K11/31B25J15/04H01R13/631H01R13/66
    • H01R13/631B23K11/318B23K9/323B25J15/04H01R13/66
    • A tool changer for welding robot comprising: detachable male portions of connectors provided at a substrate fixed to a robot arm side for supplying electricity, gas, air, water to the tool side from the robot arm side; and detachable female portions of connectors to be connected to the male portions of the connectors and provided at a substrate fixed to a tool side for receiving electricity, gas, air, water from the male portions of connectors, each female portion composed of the connector, a protective tube provided at the substrate fixed to the welding gun side, a coupler inserted inside thereof, and an O-ring provided between the protective tube and the coupler, wherein the connector and the coupler are integrally formed and are radially slidable within the protective tube around the O-ring. A transformer is provided centrally of the connectors on the robot arm side substrate.
    • 一种焊接机器人的换刀装置,其特征在于,具备:固定在机器人臂侧的基板上的连接器的可分离的阳部,用于从所述机器人臂侧向所述工具侧供给电,气体,空气,水; 以及连接器的可拆卸的阴部分,连接到连接器的阳部,并且设置在固定到工具侧的基板上,用于从连接器的阳部接收电,气体,空气,水,由连接器组成的每个阴部, 设置在固定到焊枪侧的基板上的保护管,插入其内的联接器和设置在保护管和联接器之间的O形环,其中连接器和联接器一体地形成并且在保护 围绕O形圈管。 在机器人臂侧基板上的连接器的中央设置变压器。