Spinning Draft Roller Stop Structure for Faster Roving Cutoff

The invention divides the stopping function into two independent parts: the first arcuate wedge on the push plate handles the primary stopping action, while the second arcuate wedge on the support plate provides auxiliary stopping. This segmentation allows the system to achieve reliable stopping without requiring the second wedge to deeply enter, thus reducing stopping time while maintaining effectiveness.

The invention introduces a support plate as an intermediary component that carries the second arcuate wedge. This support plate is disposed on the push plate, creating a hierarchical structure where the second wedge can provide stopping assistance without needing to deeply penetrate between the lower belt and middle roller, thereby reducing the time required for the stopping action.

The stopping function is segmented between two wedges: the first arcuate wedge provides the primary interruption of contact, while the second arcuate wedge provides supplementary stopping action. This segmentation allows the system to achieve reliable contact interruption without requiring deep entry, thus minimizing the amount of roving delivered during the stopping process.

The second arcuate wedge provides partial stopping action rather than requiring full deep entry. This partial action is sufficient to assist the first wedge in interrupting the contact between the lower belt and middle roller, thereby achieving the desired effect with reduced roving delivery.