The present invention relates to flat roller yarn arranging fiber winding technology, and is especially improved flat roller yarn arranging fiber winding process. The fiber winding process includes the following steps: 1. fixing the core mold between the three-jaw chuck and the finial of the digitally controlled fiber winding machine; 2. determining the position of the swinging rotation plane relatively to the yarn falling point A; 3. determining the winding linear locus equation; 4. determining A1, B1 and the yarn discharging point B specifically; 5. finding out the beta angle; and 6. feeding the winding digitally controlling code into the digitally controlled fiber winding machine to complete the fiber winding of the core mold. The present invention can reach the yarn arranging precision up to 0.01 mm, and has excellent yarn expanding effect, easy control of the glue content and sizes of the wound member and smooth surface of the member. |