Conveying Apparatus with Segmented Films for Battery Positioning

The synchronous belt is divided into multiple rigid segments (first conveyor belt segment, second conveyor belt segment, third conveyor belt segment) connected by rotating joints. This segmentation maintains the overall conveying function while eliminating the flexibility that causes positioning errors, as each rigid segment maintains fixed geometric relationships with its neighbors.

The rotating joints between conveyor belt segments are designed to rotate only when batteries need to change direction at station entrances/exits. During normal conveying, the joints remain fixed, making the entire belt system rigid and positioning-accurate, thus dynamically adapting the system's rigidity based on operational needs.

The high-speed conveying function is maintained through the coordinated rotation of multiple rigid belt segments, while the segmentation itself prevents the flexibility-induced displacement that would compromise positioning precision during high-speed operation.

The rotating joints act as intermediaries that enable high-speed conveying by allowing controlled movement between rigid segments only when necessary, while maintaining rigidity during steady-state high-speed conveying to ensure positioning precision.

The belt system is segmented into rigid sections that can be independently controlled, providing the operational flexibility needed for different conveying scenarios while ensuring positioning reliability through the rigidity of each segment and the controlled rotation at joints.

The system dynamically switches between flexible and rigid states: the rotating joints enable flexibility when batteries need to turn at stations, but lock into fixed positions during straight conveying to ensure positioning reliability, thus adapting to operational requirements in real-time.