Suction Sorting System for Medium Large Logistics Objects

The patent replaces the cross-belt mechanical sorting system with a suction-based sorting mechanism. The suction sorting apparatus uses airflow fields generated by suction devices to capture and transport logistics objects, eliminating the mechanical contact limitations of cross-belt sorters. This allows automated sorting of medium- and large-sized objects that cannot be handled by traditional mechanical systems.

The patent changes the fundamental operating parameter from mechanical force to aerodynamic force (suction). By using controlled air flows and pressure differentials, the system can adapt to various sizes and weights of logistics objects, providing versatility while maintaining automation. The suction force can be dynamically adjusted to handle different object characteristics.

The suction sorting apparatus enables logistics objects to be automatically captured and directed to appropriate destinations without human intervention. The system self-regulates by using suction forces to pick up objects, transport them through the air, and deposit them at target locations, achieving both high capability for large objects and high efficiency simultaneously.

Manual mechanical handling is replaced with an automated aerodynamic system. The suction-based mechanism automatically detects, captures, and transports medium- and large-sized logistics objects, eliminating the need for manual sorting while maintaining the ability to handle various object sizes and significantly improving sorting efficiency.

The patent extracts the sorting function from complex mechanical assemblies and implements it through a streamlined suction-based system. By removing unnecessary mechanical components and using aerodynamic principles, the system achieves high sorting speed with reduced complexity. The core sorting action is simplified to suction, transport, and release operations.

The patent introduces air flow as an intermediary medium between the sorting mechanism and logistics objects. This intermediary approach simplifies the direct mechanical interaction, allowing for faster and more flexible sorting operations. The air cushion and suction fields serve as mediators that enable rapid object manipulation without complex mechanical linkages.