Simulation static trajectory of the planting mechanism.

Simulation static trajectory of the planting mechanism.

<p>(a) Trajectory verification test bench, (b) Trajectory tracking of the tip of the duckbill (c) Actual trajectory of the tip of the duckbill; (d) Observation between the simulated and experimental trajectory results.</p>

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Bibliographic Details
Main Author: Jian Kang (118630) (author)
Other Authors: Subo Tian (4710164) (author), Siyao Liu (1942489) (author), Jianbo Liu (315277) (author), Yabin Fu (20232873) (author), Hejin Wang (20425379) (author), Muhammad Awais (263096) (author)
Published: 2025
Subjects:
Biophysics
Medicine
Biotechnology
Ecology
Developmental Biology
Plant Biology
Biological Sciences not elsewhere classified
practical design framework
optimal structural parameters
objective genetic algorithm
key structural parameters
individual parameters affect
compact structure suitable
450 &# 8201
variable spacing conditions
structural parameter optimization
objective optimization problem
quality seedling establishment
plant spacing changes
link transplanting mechanism
existing transplanting mechanisms
missing planting rate
lodging planting rate
400 &# 8201
link transplanting mechanisms
mm spacing yielded
improving nested multi
link mechanisms
plant spacing
planting rate
optimization baseline
seedling uprightness
nested multi
transplanting machines
transplanting effect
transplanting devices
speed transplanting
planting performance
planting end
xlink ">
vertical position
transmission pivot
tip velocity
thereby providing
target spacings
study investigated
simulations reveal
simulated end
simulate end
proposed model
point b
physical prototype
obtain pareto
motion characteristics
motion analysis
kinematic model
gui interface
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