2007Unpublished venueRequires access

Research on A Novel R-¿ Wafer-handling Robot

Ming Cong, Xu Yu, Baohong Shen, Jing Liu

Open publisher page 21 citations

Abstract

In this paper, a novel 3 DOF R-θ wafer-handling robot, which can finish Z (up-down) movement, θ (rotation) movement, and R (radial linear stretching) movement, is presented. The mechanism and function are introduced in detail. With building the kinematics model and dynamics model of radial linear stretching component, the kinematics analysis and dynamics analysis are discussed. Based on MPC02 motion control card, the control system is formed. To meet the high velocity requirement, a time-optimal trajectory planning method with considering the constrained conditions is presented. The application to practical example shows that the proposed method is simple and effective.

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What this paper is about

In this paper, a novel 3 DOF R-θ wafer-handling robot, which can finish Z (up-down) movement, θ (rotation) movement, and R (radial linear stretching) movement, is presented. The mechanism and function are introduced in detail. With building the kinematics model and dynamics model of radial linear stretching component, the kinematics analysis and dynamics analysis are discussed. Based on MPC02 motion control card, the control system is formed. To meet the high velocity requirement, a time-optimal trajectory planning method with considering the constrained conditions is presented. The application to practical example shows that the proposed method is simple and effective.

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OpenAlex reports 21 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this paper, a novel 3 DOF R-θ wafer-handling robot, which can finish Z (up-down) movement, θ (rotation) movement, and R (radial linear stretching) movement, is presented. The mechanism and function are introduced in detail. With building the kinematics model and dynamics model of radial linear stretching component, the kinematics analysis and dynamics analysis are discussed. Based on MPC02 motion control card, the control system is formed. To meet the high velocity requirement, a time-optimal trajectory planning method with considering the constrained conditions is presented. The application to practical example shows that the proposed method is simple and effective.

Key concepts: Kinematics, Trajectory, Rotation (mathematics), Computer science, Robot, Control theory (sociology), Robot kinematics, Wafer

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