원문정보
초록
영어
This paper presents a motion planning method for archwire bending robot in orthodontic treatments. Because the movement of the archwire bending robot belongs to typical hybrid point-to-point movement, which has both long and short distance, thus the traditional acceleration/deceleration (acc/dec) method is not suitable for this mode of motion. In order to improve the stability and relief the impact and vibration in the process of archwire bending, a new motion planning method that based on three-order pure S acc/dec curve, 5 segments acc/dec curve, and modified acc/dec curve is established and a piecewise self-adjustment acc/dec strategy that based on displacements of three-order pure S acc/dec curve, 5 segments acc/dec curve, and modified acc/dec curve is proposed. The effect of acc/dec methods on the process of archwire bending is analyzed, and verification of the proposed method is conducted through MATLAB simulation. The MATLAB simulation realized validity of the motion planning.
목차
1. Introduction
2. Archwire Bending Robot Model Description
3. Motion Planning Formulation
3.1. Establishment of Three-order Pure S Acc/Dec Curve
3.2. Establishment of 5 Segments Acc/Dec Curve
3.3. Establishment of Modified Acc/Dec Curve
3.4. Piecewise Self-adjusting Distribution of Acc/Dec
4. Algorithm Simulation
5. Conclusion
Acknowledgements
References