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A rotary basket winder with water cooling for winding a material includes a tank in the shape of an open topped point containing a rotatable winding carrier with two upwardly extending concentrically arranged rings of winding rods defining an annular winding space between them. A stationary guide pi

A rotary basket winder with water cooling for winding a material includes a tank in the shape of an open topped point containing a rotatable winding carrier with two upwardly extending concentrically arranged rings of winding rods defining an annular winding space between them. A stationary guide pipe leads material into the winding space. A winding disk can be raised and lowered within the tank. Previously, in rotary winding baskets, the problem has been to effect uniform cooling, particularly in the center of the winding basket because of the formation of a funnel, and to afford trouble-free annular delivery after the winding process with high-strength work material characteristics. In the present rotary basket winder, coolant openings are located in the upper part of the tank and are arranged to recirculate a sufficient quantity of coolant into the center of the tank from above. In addition, rigid pins are mounted on the tank above the winding rods of the outer ring and form a ring with an inside diameter equal approximately to the inside diameter of the outer ring. Preferably, these pins are radially adjustable. Further, the winding rods of the inner ring have a length corresponding approximately to the height of the coolant level in the center of the inner ring.

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A rotary basket winder with cooling for winding material comprising a tank having an axial center and being in the shape of an open top tank with a closed bottom, means within said tank for rotating material to be wound around a generally vertical axis, said means comprising a horizontally arranged

A rotary basket winder with cooling for winding material comprising a tank having an axial center and being in the shape of an open top tank with a closed bottom, means within said tank for rotating material to be wound around a generally vertical axis, said means comprising a horizontally arranged rotatable winding carrier located within said tank, a pair of concentrically arranged rings of upwardly extending rods supported at the lower ends thereof on said carrier end located within said tank including an inner ring spaced radially inwardly from an outer ring and forming therebetween an upwardly extending annular winding space for the material to be wound, a stationary guide pipe arranged for supplying material into the annular winding space, said means for rotating material includes a drive shaft extending upwardly through the bottom of said tank and arranged to rotate said winding carrier and rings, a horizontal winding disk having a lower position within said tank closely above said carrier and being displaceable upwardly to an upper position for removing wound material from the annular winding space, means for sealing said drive shaft in the bottom of said tank, means for supplying and effecting regulated flow of coolant in said tank, wherein the improvement comprises that said means for supplying and effecting regulated flow includes outlet openings in said tank adjacent the open top thereof, said outlet openings being arranged for conveying coolant from said tank back into the axial center of said tank at the upper end thereof, rigid pins are located in the upper region of said tank generally above and separate from said rods of said outer ring, said rigid pins form a ring having an inside diameter approximately equal to the inside diameter of said outer ring of winding rods, said pins are stationary relative to rotation of said inner and outer rings, said pins extend vertically in a laterally spaced relationship, said pins are radially adjustable relative to the axial center of said tank and said pins located opposite and inwardly from said outlet openings adjacent the open top of said tank.