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5 axis 6 axis mixing control method and system for industrial robot

机译:工业机器人的五轴六轴混合控制方法及系统

摘要

The present invention provides a 5-axis and 6-axis mixing control method and system for an industrial robot. The mixed control method includes the following procedures: the channels of the 5-axis robot and the 6-axis robot are respectively arranged, and the first joint axis, the second joint axis, the third joint axis, the fourth joint axis, and the fifth joint axis. And a plurality of rods connected in series to form a 5-axis robot, and the first joint axis, the second joint axis, the third joint axis, the fourth joint axis, the fifth joint axis, the sixth joint axis, and the like A procedure for constructing a 6-axis robot by a plurality of rods connected in series, a 5-axis robot corresponding to the first channel, and a 6-axis robot corresponding to the second channel are arranged. The movement target position of each joint axis is obtained, and according to the obtained movement target position of each joint axis of the 5-axis robot and 6-axis robot, the first channel realizes the motion control to each joint axis of the 5-axis robot. And second And a procedure of channels to realize the movement control of the respective joint axes of the 6-axis robot. According to the present invention, a material is processed using a 5-axis robot, and at that time, the flexible connection of the machine can be reduced to suppress vibration in the material processing process. It is possible to secure the flexibility of operation at that time. [Selection] Figure 1
机译:本发明提供了用于工业机器人的5轴和6轴混合控制方法和系统。混合控制方法包括以下步骤:分别布置5轴机器人和6轴机器人的通道,第一关节轴,第二关节轴,第三关节轴,第四关节轴和第一关节轴。第五关节轴。并且多个杆串联连接以形成5轴机器人,并且第一关节轴,第二关节轴,第三关节轴,第四关节轴,第五关节轴,第六关节轴等布置了用于通过串联连接的多个杆来构造六轴机器人,对应于第一通道的五轴机器人以及对应于第二通道的六轴机器人的过程。获得第一关节通道的各关节轴的运动目标位置,并根据获得的五轴机器人和六轴机器人各关节轴的运动目标位置,实现对5-关节机器人各关节轴的运动控制。轴机器人。第二和一个通道程序,实现对六轴机器人各关节轴的运动控制。根据本发明,使用五轴机器人来处理材料,并且此时,可以减小机器的柔性连接以抑制材料处理过程中的振动。那时可以确保操作的灵活性。 [选择]图1

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