Vibration Control Device TRIZ Cases
- Cold Rolling Condition Prediction for Stable High-Speed Steel Sheet Rolling
A predictive rolling model estimates steady-speed constraints from non-steady data to keep cold rolling stable and productive on high-load steel sheets.
- Integrated Hydraulic Dissipator Layout for Roll Stand Vibration Damping
A compact hydraulic inductor-capacitor-resistor dissipator suppresses 70-130 Hz roll stand vibrations without disrupting hydraulic lines.
- Cold Rolling Condition Prediction for Stable High-Speed Mills
A trained prediction model estimates rolling constraints from non-steady data, enabling speed adjustment to prevent chatter and thickness variation.
- Cold Rolling Mill Emulsion Flow Control for Vibration Suppression
Optimized emulsion flow at each rolling stand stabilizes oil film thickness and friction to suppress vibration and improve strip surface quality.
- Rolling Stand Dissipator Layout for Direct Hydraulic Vibration Damping
A compact hydraulic dissipator mounted at the actuating cylinder damps pressure fluctuations at the source, reducing resonance and wear.
- Cold Tandem Mill Tension Control for High-Speed Vibration Suppression
Optimized inlet and exit tension keep lubrication stable in cold tandem rolling, suppressing vibration and protecting strip surface quality.
- Cold Rolling Emulsion Flow Control for Vibration Suppression
Oil film and friction models set stand-by-stand emulsion flow to prevent slip or film rupture and suppress cold rolling mill vibration.
- Cold Tandem Rolling Tension Control for Vibration Suppression
Optimized inlet and exit tensions suppress cold tandem mill vibration, protecting surface quality during high-speed rolling.