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Straight transfer control system using PI control and trajectory planning in overhead traveling crane

机译:基于PI控制和轨迹规划的桥式起重机直线传递控制系统。

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This paper contributes an advanced transfer control system for overhead traveling crane. In order to suppress the load sway and reach at the target position within a short time, the transfer control system using 2-DOF control approach which consists of PI control and reference trajectory planning is proposed for straight transfer in the crane system. In the proposed approach, PI control is applied for suppressing the vibration caused by some disturbances. And, the reference trajectory is optimized to reach rapidly at the target position and suppress the vibration caused by transferring the cart. The quadratic programming is used in the reference trajectory optimization. The proposed control system has the robustness to vary the rope length. The effectiveness of the proposed control system is verified in experiments using the laboratory type overhead traveling crane.
机译:本文为架空行驶起重机提供了先进的转移控制系统。为了在短时间内抑制负载摇动并达到目标位置,提出了由二进制控制方法组成的二进制控制方法,该方法由PI控制和参考轨迹规划进行了组成,用于在起重机系统中直接转移。在所提出的方法中,PI控制适用于抑制一些干扰引起的振动。并且,参考轨迹被优化以在目标位置快速到达,并抑制通过转移推车引起的振动。二次编程用于参考轨迹优化。所提出的控制系统具有改变绳索长度的鲁棒性。在使用实验室型架空行驶起重机的实验中验证了所提出的控制系统的有效性。

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