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    • 2. 发明授权
    • Robotic paint applicator and method of protecting a paint robot having and explosion proof electric motor
    • 机器人涂料涂布器和保护具有防爆电动机的涂漆机器人的方法
    • US06835248B1
    • 2004-12-28
    • US10686922
    • 2003-10-16
    • Jürgen HaasThomas HezelMarcus Frey
    • Jürgen HaasThomas HezelMarcus Frey
    • B05C502
    • B25J19/0079B05B13/0431
    • A robotic paint applicator having a plurality of relatively movable housing enclosures each including an explosion proof motor including a housing having a gas inlet and outlet, and a source of non-combustible gas under pressure connected to each motor housing inlet circulating non-combustible gas through the motor housing and directing non-combustible gas into the robot housing enclosures. The robot housing enclosures are substantially air-tight and interconnected with a control unit operating an inlet valve to maintain a predetermined pressure of non-combustible gas within each robot housing enclosure. The method of this invention includes purging the motor housings and robot enclosures at a first pressure and maintaining a lesser pressure of non-combustible gas following purging.
    • 一种具有多个相对可移动的壳体外壳的机器人涂料涂料器,每个壳体包括防爆马达,该防爆马达包括具有气体入口和出口的壳体,以及连接到每个马达壳体入口的不可燃气体源,循环不可燃气体通过 电动机壳体并将不可燃气体引导到机器人壳体外壳中。 机器人外壳外壳基本上是气密的,并与控制单元相互连接,控制单元操作入口阀,以保持每个机器人外壳内的不可燃气体的预定压力。 本发明的方法包括在第一压力下清洗电动机壳体和机器人机壳,并且在清洗之后保持不可燃气体的较小压力。
    • 6. 发明申请
    • Robotic paint applicator and method of protecting a paint robot having an explosion proof electric motor
    • 机器人涂料涂布器和保护具有防爆电动机的涂漆机器人的方法
    • US20060261192A1
    • 2006-11-23
    • US11404553
    • 2006-04-14
    • Jurgen HaasThomas HezelMarcus Frey
    • Jurgen HaasThomas HezelMarcus Frey
    • B05B1/30
    • B25J19/0079B05B13/0431
    • A robotic paint applicator and a method of protecting a paint robot having an explosion proof electric motor. A plurality of electric motors are enclosed by a substantially air-tight motor housing and have a gas inlet and a gas outlet. A robot enclosure is also substantially air-tight and houses at least one electric motor. A source of non-combustible gas supplies gas at pressures sufficient to purge and to maintain positive non-combustible gas pressures. The plurality of electric motors is serially connected and receives gas through a first gas inlet. A first discharge conduit is coupled to an air outlet of the final electric motor for expelling gas. A second conduit transmits gas from the source to the robot enclosure, and a second discharge conduit expels gas from the robot enclosure. A transfer block separately controls the gas pressures from the source.
    • 一种机器人涂料涂抹器和一种保护具有防爆电动机的涂料机器人的方法。 多个电动机由基本上气密的电动机壳体包围,并具有气体入口和气体出口。 机器人外壳也基本上是气密的,并且容纳至少一个电动马达。 不可燃气体的来源在足以净化和保持正的不可燃气体压力的压力下供应气体。 多个电动机串联连接并通过第一气体入口接收气体。 第一排放管道联接到最终电动机的空气出口以排出气体。 第二导管将气体从源传输到机器人外壳,并且第二排放管道从机器人外壳排出气体。 传输块分别控制来自源的气体压力。