Method for improving the transport of multiaxial contexture during production

A method for producing a multiaxial contexture from fiber materials, comprising the following steps:

• winding a mono-axial contexture that is wound from at least one storage device about a winding plane;
• and
• driving the fibers of the multiaxial contexture on the winding plane with a forward drive velocity through the vibration drive,
• wherein the winding plane and the at least one storage device rotate about one another in order to wind the mono-axial contexture about the winding plane;
• wherein a vibration drive imparts predetermined mechanical oscillations that are controlled with respect to oscillation frequency and amplitude onto the winding plane;
• wherein the forward drive velocity of the fibers of the multiaxial contexture on the winding plane through the vibration drive is synchronized with a relative rotation velocity of the storage devices about the winding plane;
• wherein the contexture is driven forward with reference to the winding plane by a tangent of a winding angle, which is measured between an orientation of side edges of the winding plane and an orientation of the fibers of the mono-axial contexture, multiplied by a width of the winding plane;
• wherein the forward driving is performed during a time of a half rotation of the storage device;
• wherein the forward drive velocity through the vibration drive is varied during the relative rotation of the at least one storage device about the winding plane, and
• wherein the drive velocity is adapted to the tangent of the winding angle, which is measured between the orientation of the side edges of the winding plane, multiplied by the width of the winding plane per quarter rotation of the winding plane, when the fibers of the mono-axial contexture are tightened by a side edge of the winding plane and wound onto a surface of the winding plane, and the drive velocity is adapted to the tangent of the winding angle, which is measured between the orientation of the side edges of the winding plane, multiplied by the thickness of the winding plane per quarter rotation of the winding plane, when the fibers of the mono-axial contexture are tightened by a side edge of the winding plane and wound onto a side edge of the winding plane.