This invention relates to the field of
automation control technology, specifically to an automatic tension adjustment
control system for
rodent-proof netting. The
system includes: a multi-
source data acquisition module that simultaneously acquires current, displacement, and vibration spectrum data, and generates a deployment state
feature set after Kalman filtering for
noise reduction; a state analysis and calculation module that inputs the
feature set into a netting deformation
mechanics model to calculate the lateral
shrinkage rate and identifies the properties of the contact medium based on wave characteristics; and an adaptive
impedance control module that dynamically adjusts
virtual impedance parameters based on the
shrinkage rate and medium properties, generating drive control commands to adjust the output torque and
position response. This invention solves the problem of bottom detachment of the netting due to the Poisson effect, achieving tension while maintaining fit.