Flow guide cabin for reducing energy consumption of ring spindle foot and cop package

The invention relates to a flow guide cabin for reducing energy consumption of a ring spinning bolster and a cop package, which comprises sleeving devices which are positioned between a keel and a steel collar plate in ring spinning equipment, respectively sleeve the peripheries of a spindle seat, the bolster and the cop package corresponding to spindle positions, and the sleeving devices extend or contract along with the change of the lifting stroke of the steel collar plate; a columnar semi-closed space is constructed on the outer circumference of a spindle seat, a spindle foot and a cop package, the driving effect of rotation of the spindle seat, the spindle foot and the cop package on surrounding air and a disturbance area of the driving effect are limited, wind resistance borne by rotation of the twisting and winding device is reduced, and the inner diameters of the two ends of a sleeve on the sleeving device are designed to be different. And an airflow guide channel is formed in the sleeve of the sleevi