Cutting Roller Gas Spray for Edible Product Particle Removal

The patent applies the principle of converting harm into benefit by utilizing the harmful particles generated during cutting as the basis for a cleaning mechanism. Gas spray nozzles are positioned to direct gas flow at the cutting blades, creating a force that removes accumulated particles. This transforms the problematic particle accumulation into a manageable condition where the particles are actively removed by gas flow, preventing defects while maintaining high productivity.

The patent employs pneumatic principles by using gas spray nozzles to remove particles from the cutting apparatus. Compressed gas is directed through nozzles positioned near the cutting blades, creating a pneumatic force that blows particles away from the cutting surface. This pneumatic cleaning mechanism effectively addresses particle accumulation without requiring mechanical intervention, maintaining continuous operation and high productivity.

The patent implements continuous particle removal during the cutting operation by positioning gas spray nozzles to operate simultaneously with the cutting process. The gas flow continuously clears particles from the cutting blades as cutting occurs, ensuring that the useful action of cutting continues without interruption while particles are removed in real-time. This maintains both high productivity and product quality without stopping for cleaning.

The patent incorporates a feedback mechanism where the presence of particles during cutting triggers the gas spray cleaning action. The system monitors the cutting process and activates particle removal when particles are detected or anticipated to accumulate, creating a closed-loop control that maintains cutting quality and prevents defects while preserving continuous operation.