Erosion control securing apparatus and method

1. An erosion control securing system kit, comprising:

an erosion control securing device comprising: a main shaft having a main shaft proximal end and a main shaft distal end; a head portion at the main shaft proximal end, the head portion being substantially hexagonal in shape; and a coil portion at the main shaft distal end; and

a rotational drive mechanism for installing the securing device, wherein the rotational drive mechanism comprises:

a socket with a body having a recess on one side, the recess being substantially hexagonal in shape and dimensioned to receive the head portion, wherein the substantially hexagonal recess includes a central recess that is substantially circular;

a magnet within the central recess; and

an arrangement of engaging features within the substantially hexagonal recess and surrounding the central recess, wherein the arrangement of engaging features each extend from the central recess to the head portion in an instance in which the head portion is received by the recess.

2. The securing system kit of claim 1 , wherein the body has a socket wrench receiver on a side opposing the one side.

3. The securing system kit of claim 1 , wherein the coil portion has three turns, with a first turn of the three turns having a first radius, a second turn of the three turns having a radius larger than the first radius, and a third turn of the three turns having a radius the same as the first radius.

4. The securing system kit of claim 3 , wherein the first radius is about 0.156 inches and the second radius is about 0.675 inches.

5. The securing system kit of claim 4 , wherein the three turns each has a radius ranging from about 0.125 inches to about 1.25 inches.

6. The securing system kit of claim 1 , wherein the main shaft, the head portion, and the coil portion are connected in a substantially continuous matter.

7. The securing system kit of claim 6 , wherein the main shaft, the head portion, and the coil portion are substantially tubular with a radius of about 0.156 inches.

8. The securing system kit of claim 1 , further comprising a head transition segment between the head portion and the main shaft proximal end, wherein the main shaft is arranged substantially normal to a plane of the head portion.

9. The securing system kit of claim 8 , further comprising a coil transition segment between the main shaft distal end and the proximal end of the coil portion, a tip at the distal end of the coil portion, and a tip transition segment between the distal end of the coil portion and the proximal end of the tip.

10. The securing system kit of claim 9 , wherein the tip is about 0.44 inches long, wherein the coil transition segment is about 0.16 inches long, and wherein the tip transition segment is about 0.16 inches long.

11. The securing system kit of claim 9 , wherein an overall length of the securing device is about 8.156 inches, wherein the main shaft is about 4.25 inches long, and wherein the coil portion is about 3.00 inches long, and wherein a width of the head portion is about 1.47 inches.

12. The securing system kit of claim 9 , wherein the head portion is formed by adjoining segments, the adjoining segments including a terminal end segment next to four central segments next to a head transition segment, the head transition segment connected to the main shaft, wherein the head transition segment is spaced apart from the terminal end segment.

13. The securing system kit of claim 12 , wherein the terminal end segment is about 0.33 inches long, and wherein the four central segments are each about 0.85 inches long.

14. The securing system kit of claim 12 , wherein the head transition segment includes three adjoining segments, a first segment of the three adjoining segments being connected to one of the four central segments, a second segment of the three adjoining segments, wherein a length of the second segment being about the same length as a length of the first segment of the three adjoining segments, and a third segment of the three adjoining segments being connected to the main shaft.

15. A method for using an erosional control securing system, comprising:

providing an erosion control securing device comprising: a main shaft having a main shaft proximal end and a main shaft distal end; a head portion at the main shaft proximal end, the head portion being substantially hexagonal in shape; and a coil portion at the main shaft distal end;

providing a matting material;

laying out the matting material over an area;

installing the securing device into the matting material to secure the matting material to the area, wherein the head portion is on one side of the matting material and the main shaft and coil portion are on an opposing side of the matting material, wherein the securing device is installed into the matting material by a rotational drive mechanism for installing the securing device, wherein the rotational drive mechanism comprises:

a socket with a body having a recess on one side, the recess being substantially hexagonal in shape and dimensioned to receive the head portion, wherein the substantially hexagonal recess includes a central recess that is substantially circular;

a magnet within the central recess; and

an arrangement of engaging features within the substantially hexagonal recess and surrounding the central recess, wherein the arrangement of engaging features each extend from the central recess to the head portion in an instance in which the head portion is received by the recess.

16. The method of claim 15 , wherein the body has a socket wrench receiver on a side opposing the one side.

17. The method of claim 15 , wherein the coil portion has three turns, with a first turn of the three turns having a first radius, a second turn of the three turns having a radius larger than the first radius, and a third turn of the three turns having a radius the same as the first radius.