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悬臂式磁瓦机械手控制系统的设计与实现
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Design and Implementation of Control System about Cantilever a Magnetic Shoe Manipulator
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    摘要:

    以磁瓦机械手为研究对象,以ARM11+WinCE60为上层控制器,以ARM11+μC/OSII+FPGA为下层控制器,运用RS485总线进行数据、状态和控制命令的传输。提出了一种在磁性材料行业专用的悬臂式磁瓦机械手控制系统设计方案,其上位机与下位机进行通信,并将机械手与压机联机,验证了悬臂式磁瓦机械手控制系统的可行性和先进性。将该系统投入使用,结果表明:该系统实用可靠、运行良好,实现了预期的功能要求。

    Abstract:

    Based on a magnetic shoe manipulator as the research object, ARM11+WinCE60 were used as the supervisory controller, and ARM11+μC/OSII+FPGA are used as the underbit computer. RS485 bus was used to transfer data, status and control commands. A design scheme was proposed for the control system of magnetic shoe manipulator of cantilever in the magnetic materials industry. The host computer was communicated with the lower machine, to communicate and couple the manipulator with press. It was verified of the feasibility and progressiveness of the magnetic shoe manipulator of control system. Now the system has been put into use, which results show the system is practical, reliable, and works well, and achieves the desired functional requirements.

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李银露,李金翠.悬臂式磁瓦机械手控制系统的设计与实现[J].机床与液压,2017,45(9):26-28.
. Design and Implementation of Control System about Cantilever a Magnetic Shoe Manipulator[J]. Machine Tool & Hydraulics,2017,45(9):26-28

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  • 在线发布日期: 2017-07-05
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