Determination of Vibration Picking Parameters of Camellia oleifera Fruit Based on Acceleration and Strain Response of Branches

This study examines the means of reducing damage to branches Camellia oleifera in process vibration picking and solving problems low equipment-development efficiency slow product renewal caused by using traditional test methods determine parameters. In this study, optimal parameters were determined self-response (branch acceleration strain) law tree, finite element analysis experiments are used solve problem. The 3D model was built Solidworks. natural frequencies analyzed modal analysis, frequency amplitude harmonic response transient compare with results. results show that range is 4~10 Hz, average correlation coefficient between maximum synthetic simulated value 0.85, which shows can reliably predict response. At same time, best be 9 60 mm 10 s. Under these parameters, abscission rate fruit 90%, flower bud 13%. mechanized effect good. quickly effectively improve development speed fruit.