Pneumatic Percussion Control for Reliable Mode Transition

The control unit temporarily sets the operating parameter to a starting value before the ambiguous range, ensuring the system is in a stable state before transitioning to the supercritical operating value. This preliminary action at a safe operating point guarantees reliable mode transition while maintaining the ability to achieve high percussion performance afterward.

The system dynamically adjusts the operating parameter in stages: first to a starting value for reliable transition, then to the supercritical working value for optimal performance. This dynamic, two-stage parameter adjustment resolves the contradiction between reliable transition and high performance.

The starting value serves as a preliminary operating point that ensures reliable transition from idle to percussion mode. After successful transition, the system then adjusts to the optimal supercritical working value, so the temporary reduction in performance is only during the transition phase, not during actual operation.

The parameter adjustment occurs in periodic stages: first setting to starting value for transition, then switching to supercritical working value for performance. This staged, periodic parameter adjustment allows the system to achieve both reliable transition and high performance at different times in the operation cycle.

The control unit performs a preliminary parameter setting to a starting value before the ambiguous range, creating a stable intermediate state. This preliminary action prevents direct rapid transitions through the unstable ambiguous range, maintaining system stability while still achieving relatively fast response.

The system skips over the ambiguous unstable range by using a starting value as an intermediate step. Instead of directly jumping from idle to supercritical values (which would cause instability), the system rushes through the safe starting value first, then transitions to the target working value, avoiding the unstable region.