Jump tab battery terminal clamp

1. A battery terminal clamp for a rechargeable storage battery, the battery terminal clamp comprising:

(a) a body portion made of a conductive material;

(b) the body portion including a top planar element and a bottom planar element;

(c) the top and bottom planar elements including an orifice for accommodating a terminal post of a storage battery;

(d) a first flange extending from the top planar element, and a second flange extending from the bottom planar element, the flanges being separated by a gap;

(e) a tab integrally formed with the body portion, and extending upwardly from the top planar element past an edge of the orifice in the top planar element, the tab arranged to couple the body portion to jumper cables.

2. The battery terminal clamp of claim 1 , wherein the tab includes a downwardly angled portion at a distal end of the tab to secure the jumper cables during a jumping operation.

3. The battery terminal clamp of claim 1 , the tab having a tab width and a tab length that exceeds said tab width, the body portion having a body width and a body length that exceeds said body width, and wherein a lengthwise axis of the tab is generally parallel with a lengthwise axis of the body portion.

4. The battery terminal clamp of claim 1 , wherein a thickness of the tab is substantially identical to a thickness of the body portion.

5. The battery terminal clamp of claim 1 , wherein the tab extends upwardly relative to the top planar surface at an angle of approximately 45 degrees.

6. A battery terminal clamp, comprising: (a) a body portion made of a conductive material and including a top planar element and a bottom planar element; (b) a first flange extending downward from the top planar element and having a semi-continuous configuration that includes a first flange space, and a second flange extending upward from the bottom planar element and having a semi-continuous configuration that includes a second flange space, the flanges being separated by a gap and the first and second flange spaces are offset from each other; (c) a tab integrally formed with the body portion, and extending upwardly from the top planar element, the tab configured for attachment of a pair of jumper cables to the body portion, during recharging of a rechargeable storage battery; wherein the top planar element includes a top orifice and the bottom planar element includes a bottom orifice, and wherein the tab extends past an edge of the top orifice.

7. The battery terminal clamp of claim 6 , wherein the first and second flange spaces are angularly offset from each other.

8. The battery terminal clamp of claim 7 , wherein the top and bottom orifices are aligned to form a passageway that receives an extent of a terminal post of the rechargeable storage battery.

9. The battery terminal clamp of claim 6 , wherein the tab includes a base portion adjacent the top planar element, an intermediate portion and an angled portion disposed at a distal end of the tab, and wherein the angled portion overlies the top orifice.

10. The battery terminal clamp of claim 6 , wherein the angled portion is angled downward towards the top orifice.

11. The battery terminal clamp of claim 6 , wherein the tab extends from an end of the top planar element opposite the first flange space.

12. A battery terminal clamp for a rechargeable battery, the battery terminal clamp comprising:

a body portion made of a conductive material and including:

(a) a top planar element having a downwardly extending top flange that defines a top orifice, the top flange having a semi-continuous configuration that includes a top flange space;

(b) a bottom planar element having an upwardly extending bottom flange that defines a bottom orifice, the bottom flange having a semi-continuous configuration that includes a bottom flange space; and,

(c) a tab integrally formed with the body portion and extending upwardly from the top planar element past an edge of the top orifice, the tab configured for attachment of a pair of jumper cables to the body portion during recharging of the rechargeable battery.

13. The battery terminal clamp of claim 12 , wherein the top and bottom flange spaces are angularly offset from each other.

14. The battery terminal clamp of claim 12 , wherein the top and bottom orifices are aligned to form a passageway that receives an extent of a terminal post of the storage battery.

15. The battery terminal clamp of claim 12 , wherein the tab includes a base portion adjacent the top planar element, an intermediate portion and an angled portion disposed at a distal end of the tab, and wherein the angled portion overlies the top orifice.

16. The battery terminal clamp of claim 15 , wherein the angled portion is angled downward towards the top orifice.

17. The battery terminal clamp of claim 12 , wherein the tab extends from an end of the top planar element opposite the top flange space, and wherein the tab does not extend beyond an outer periphery of the body as defined by the top planar element.

18. The battery terminal clamp of claim 12 , the tab having a tab width and a tab length that exceeds said tab width, the body portion having a body width and a body length that exceeds said body width, and wherein a lengthwise axis of the tab is generally aligned with a lengthwise axis of the body portion.