Continuous yarn delivery creel

1. An apparatus for continuously unwinding yarns from one or more active packages, comprising:

a frame with at least one pivoting leg connected thereto;

two or more pivoting yarn holding arms attached to the pivoting leg;

first yarn guides attached to pivoting guide brackets with sleeves configured to allow the first yarn guides to pivot on the frame with respect to first and second mutually orthogonal axes;

a drive control assembly attached to the frame and configured to continuously unwind yarns from active packages installed on the pivoting yarn holding arms and fed through the guide brackets; and

wherein the at least one pivoting leg is pivotably mounted at an acute angle relative to the frame,

the first yarn guides are separated from the active packages by a minimum distance,

the minimum distance from said first yarn guides to an end of said active package facing said first yarn guides measured on a line defined by the rotational axis of the active package and the acute angle is defined by the intersection of an imaginary line corresponding, respectively, to the rotational axis of the active package and the central axis of said first yarn guide that is perpendicular to a plane of an orifice, and

the pivoting guide brackets are adjusted along said first and second mutually orthogonal axes in accordance with providing the acute angle relative to the frame.

2. The apparatus of claim 1 , wherein the minimum distance is at least 0.34 meters.

3. The apparatus of claim 1 , wherein the drive control assembly further comprises:

a separator roll attached to a front panel of the drive control assembly;

second yarn guides attached to the front panel of the drive control assembly;

a drive roll mounted for rotation on a shaft extending from the front panel of the drive control assembly;

a drive motor to drive the drive roll;

break sensors attached to the front panel of the drive control assembly; and

third yarn guides attached to at least one of the front panel of the drive control assembly and the frame.

4. The apparatus of claim 3 , wherein the drive roll has a polished metal surface finish that ensures good yarn-to-metal contact.

5. The apparatus of claim 3 , wherein the drive roll and the separator roll are configured to enable multiple wraps of yarn on the drive roll.

6. The apparatus of claim 1 , wherein the drive control assembly further comprises an electrical control box electrically connected to the drive control assembly.

7. The apparatus of claim 6 , wherein the electrical control box further comprises:

a relay;

a first terminal block;

a second terminal block;

a power supply switch;

a digital converter connected to the second terminal block and the relay;

a master encoder connected to the second terminal block and the digital converter;

a drive motor controller connected to the first terminal block,

second terminal block and the power supply switch;

a break detector interface connected to the relay and the second terminal block; and

a power supply connected to the power supply switch, digital converter, master encoder, drive motor controller and break detector,

wherein the drive motor controller and the break detector interface are electrically connected to the drive motor and the break detectors, respectively, by the first terminal block and the second terminal block.

8. The apparatus of claim 1 , wherein each of the first yarn guides further comprises:

a sleeve mounted for rotation over a post portion of the pivoting leg;

a pivoting guide bracket extending from the sleeve and defining at least one vertical surface,

a horizontal surface and a side surface;

a pigtail guide attached to the side surface of the pivoting guide bracket;

a vertically mounted yarn guide attached to one vertical surface of the pivoting bracket; and

a horizontally mounted yarn guide attached to the horizontal surface of the pivoting bracket.

9. The apparatus of claim 1 , wherein the acute angle is in the range of about 0° to 90°.