Particles object freezing device

The patent transitions from arranging injection parts only in the conveying direction (one dimension) to arranging them in both the conveying direction and width direction (two dimensions). This dimensional expansion allows particles to move actively in multiple directions, preventing dominant movement patterns that cause adhesion while maintaining effective freezing rates across different particle types.

The injection plate is divided into multiple injection parts with different opening ratios arranged in both conveying and width directions. Each local region provides tailored gas flow characteristics, creating a distributed pattern of active movement throughout the particle bed. This local variation in injection characteristics prevents uniform dominant movement patterns that lead to adhesion, while collectively maintaining high freezing efficiency.

By arranging injection parts with different opening ratios in both conveying and width directions, the system creates multi-directional active movement patterns. This prevents particles from following单一运动路径 that would cause them to converge and adhere to each other, thereby eliminating coagulation while preserving freezing efficiency.

The injection plate employs asymmetric distribution of opening ratios in different regions arranged in both directions. This asymmetric gas flow pattern creates varied movement trajectories for different particles, preventing symmetric convergence and adhesion patterns. The asymmetric design ensures particles disperse rather than coagulate while maintaining active movement for efficient freezing.