首页> 外国专利> REVERSE POLARITY PLASMA ARC ROBOT ADDITIVE MANUFACTURING SYSTEM AND IMPLEMENTATION METHOD THEREFOR

REVERSE POLARITY PLASMA ARC ROBOT ADDITIVE MANUFACTURING SYSTEM AND IMPLEMENTATION METHOD THEREFOR

机译:反极性等离子弧机器人增材制造系统及其实现方法

摘要

Disclosed are a reverse polarity plasma arc robot additive manufacturing system and an implementation method therefor, the system comprising an industrial robot, an additive manufacturing power source, a wire feeding machine, a machine visual system, an industrial computer, a plasma welding gun, a refrigerating device, a gas device and an auxiliary tool fixture. The industrial robot, the additive manufacturing power source, the wire feeding machine, the refrigerating device, the gas device and the auxiliary tool fixture are all connected to the industrial computer via a CAN bus; the machine visual system is connected to the industrial computer by means of a TCP/IP protocol; the plasma welding gun is connected to the refrigerating device, the additive manufacturing power source, the wire feeding machine, the gas device and the auxiliary tool fixture; and the refrigerating device is further connected to the additive manufacturing power source. The additive manufacturing power source comprises a main-arc power source and a pilot-arc power source, and the main-arc power source and the pilot-arc power source are both connected to the plasma welding gun; and the main-arc power source comprises a main-arc power source main circuit and a main-arc power source control circuit, and the pilot-arc power source comprises a pilot-arc power source main circuit, a pilot-arc power source control circuit and a high-frequency and high-voltage arc ignition circuit. The additive manufacturing power source not only realizes the inverse change of the high-frequency and high-efficiency, but also realizes the integration and digital integration of the pilot-arc power source and the main-arc power source. The main-arc power source and the pilot-arc power source are digitally coordinated by means of a CAN network, and the volume of same is compact, the compatibility is better, the field environment is more adaptable, and the expansion capability is stronger.
机译:公开了一种反极性等离子弧机器人增材制造系统及其实现方法,该系统包括工业机器人,增材制造电源,送丝机,机器视觉系统,工业计算机,等离子焊枪,制冷装置,气体装置和辅助工具固定装置。工业机器人,增材制造电源,送丝机,制冷装置,加气装置和辅助工具固定装置均通过CAN总线连接至工业计算机。机器视觉系统通过TCP / IP协议连接到工业计算机;等离子焊枪连接到制冷装置,增材制造电源,送丝机,供气装置和辅助工具夹具。制冷装置还连接至增材制造电源。增材制造电源包括主电弧电源和引弧电源,主电弧电源和引弧电源均与等离子焊枪连接。主电弧电源包括主电弧电源主电路和主电弧电源控制电路,引弧电源包括引弧电源主电路,引弧电源控制电路和高频高压电弧点火电路。增材制造电源不仅实现了高频,高效率的逆向变化,而且还实现了引弧电源与主弧电源的集成和数字集成。主弧电源和引弧电源通过CAN网络进行数字协调,体积小,兼容性好,现场环境适应性强,扩展能力强。

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