Double edged blade grip assembly

1. A double edged blade assembly, comprising:

a double edged blade; and

two separate blade grips, the two blade grips being coupled to the double edged blade at opposite ends of the double edged blade with no direct connection between the two blade grips;

wherein each blade grip includes a body having a curved grip side with a plurality of teeth and a coupling side interacting with the double edged blade, each of the plurality of teeth extending from a base and terminating at a free end, the coupling side generally lying in a horizontal plane, the base of each of the plurality of teeth being wholly offset from the horizontal plane in a direction opposite the double edged blade, the plurality of teeth each being angled outwardly, away from the horizontal plane, in a direction from the respective base to the respective free end.

2. The assembly of claim 1 , wherein the two blade grips are identical.

3. The assembly of claim 1 , wherein, for each blade grip, further comprising a step positioned between the body of the blade grip and the plurality of teeth to increase the offset between the free ends of the plurality of teeth and the horizontal plane.

4. The assembly of claim 1 , wherein the two blade grips are each coupled to the double edged blade via at least one boss extending from the coupling side of the blade grip and through an opening of the double edged blade.

5. The assembly of claim 4 , wherein the at least one boss is plastically deformed to couple the blade grip to the double edged blade.

6. The assembly of claim 4 , wherein the at least one boss is integrally formed with the blade grip.

7. The assembly of claim 4 , wherein the at least one boss is shaped to align with a shape of the opening of the double edged blade.

8. A double edged blade grip, comprising:

a first curved side configured to overlay a portion of a double edged blade when coupled to the double edged blade;

a second curved side configured to provide a grip surface during use, wherein the second curved side comprises a plurality of teeth extending from a body of the double edged blade grip, each of the plurality of teeth extending from a base and terminating at a free end; and

at least one boss integrally formed on a coupling side of the double edged blade grip, wherein the at least one boss is configured to deform plastically to secure the double edged blade grip to the double edged blade, the coupling side generally lying in a horizontal plane;

wherein the base of each of the plurality of teeth being wholly offset from the horizontal plane in a direction opposite the boss, the plurality of teeth each being angled outwardly, away from the horizontal plane, in a direction from the respective base to the respective free end.

9. The double edged blade grip of claim 8 , wherein the plurality of teeth are integrally coupled to the second curved side.

10. The double edged blade grip of claim 8 , wherein the at least one boss is configured to align with an existing opening of the double edged blade.

11. The double edged blade grip of claim 8 further comprising a step positioned between the body of the double edged blade grip and the plurality of teeth to increase the offset between the free ends of the plurality of teeth and the horizontal plane.

12. A blade grip, comprising:

a first curved side with a first length;

a second curved side with a second length, wherein the first length is longer than the second length;

a plurality of teeth extending from the second curved side, wherein the teeth provide a gripping surface, each of the teeth extending from a base and terminating at a free end;

a coupling side configured to couple with a blade, the coupling side generally lying in a horizontal plane; and

at least one boss extending from the coupling side, wherein the at least one boss is configured to engage with the blade to secure the blade grip to the blade;

wherein the base of each of the plurality of teeth being wholly offset from the horizontal plane in a direction opposite the boss, the plurality of teeth each being angled outwardly, away from the horizontal plane, in a direction from the respective base to the respective free end.

13. The blade grip of claim 12 , wherein the plurality of teeth and the at least one boss are integrally formed with the body of the blade grip.

14. The blade grip of claim 12 , wherein the coupling side is configured to couple with the blade using a cold staking process performed on the at least one boss, an ultrasonic welding process performed on the at least one boss, or an adhesive applied to the coupling side, the blade, the at least one boss, or any combination thereof.

15. The blade grip of claim 12 further comprising a step positioned between the body of the blade grip and the plurality of teeth to increase the offset between the free ends of the plurality of teeth and the horizontal plane.