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A device for floating a watercraft in a body of water with the watercraft having a water line is provided. The device comprises an inflatable first flotation bladder mountable adjacent the waterline and an inflatable second flotation bladder adjacent the first flotation bladder wherein upon inflatio

A device for floating a watercraft in a body of water with the watercraft having a water line is provided. The device comprises an inflatable first flotation bladder mountable adjacent the waterline and an inflatable second flotation bladder adjacent the first flotation bladder wherein upon inflation of the first flotation bladder and the second flotation bladder, the first flotation bladder directs the second flotation bladder in a general direction into the water.

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1. A device for floating a watercraft in a body of water, the watercraft having a water line, the device comprising: an inflatable first flotation bladder mountable adjacent the waterline; and an inflatable second flotation bladder adjacent to, separate from, and non-communicating with the first fl

1. A device for floating a watercraft in a body of water, the watercraft having a water line, the device comprising: an inflatable first flotation bladder mountable adjacent the waterline; and an inflatable second flotation bladder adjacent to, separate from, and non-communicating with the first flotation bladder; wherein upon inflation of the first flotation bladder and the second flotation bladder, the first flotation bladder directs the second flotation bladder in a general direction into the water. 2. The device of claim 1, and further comprising: a mounting plate mounted to the watercraft, the mounting plate having a first cover channel, a second cover channel, a first bladder-retaining slot, and a second bladder-retaining slot; a first collapsible tubing receivable within the first cover channel; an elongated cover having a first edge and a second edge, the first edge receivable in the first cover channel and the second edge receivable in the second cover channel, the first collapsible tubing positioned between the mounting plate and the first edge; a space defined between the mounting plate and the cover, the first flotation bladder and the second flotation bladder receivable within the space; and inflation means connected to the first collapsible tubing, the first flotation bladder and the second flotation bladder for inflating the first collapsible tubing, the first flotation bladder, and the second flotation bladder; wherein upon inflation of the first collapsible tubing and the first flotation bladder, the first edge of the cover is released from the first cover channel of the mounting plate and is moved in a direction generally away from the watercraft allowing the first flotation bladder and the second flotation bladder to substantially inflate. 3. The device of claim 2 and further comprising: a float switch activating a valve upon a predetermined amount of water entering the watercraft, the valve connected to the inflation means for activating the inflation means. 4. The device of claim 2 wherein the inflation means includes a first gas supply and a second gas supply, the first gas supply being connected to the first collapsible tubing and the first flotation bladder and the second gas supply being connected to the second flotation bladder wherein upon activation of the float switch, the gas from the first gas supply activates the gas flow from the second gas supply. 5. The device of claim 1 wherein the first flotation bladder is in an overlapping configuration prior to inflation. 6. The device of claim 1 wherein the second flotation bladder is in a substantially flattened spiral configuration prior to inflation. 7. The device of claim 1 wherein the first flotation bladder and the second flotation bladder comprise a plurality of first flotation bladders and second flotation bladders along the waterline of the watercraft, each flotation bladder being independently inflatable. 8. A method for floating a watercraft in a body of water, the watercraft having a water line, the method comprising: providing first flotation bladder mountable adjacent the waterline; providing a second flotation bladder adjacent to, separate from, and non-communicating with the first flotation bladder; inflating the first flotation bladder; inflating the second flotation bladder; and directing the second flotation bladder in a general direction into the water. 9. The method of claim 8, and further comprising: covering the first flotation bladder and the second flotation bladder with a cover; providing a first collapsible tubing beneath at least one edge of the cover; inflating the first collapsible tubing; and removing at least a portion of the cover. 10. The method of claim 8, and further comprising: activating a float switch upon a predetermined amount of water entering the watercraft; wherein activation of the float switch inflates the first flotation bladder and the second flotation bladder. 11. The method of claim 8, and further comprising: positioning the non-inflated first flotation bladder in an overlapping configuration. 12. The method of claim 8, and further comprising: positioning the non-inflated second flotation bladder in a substantially flattened spiral configuration. 13. The method of claim 8, and further comprising: automatically inflating the first flotation bladder and the second flotation bladder only upon a predetermined amount of water entering the watercraft. 14. A device for floating a watercraft in a body of water, the watercraft having a water line, the device comprising: an inflatable first flotation bladder mountable adjacent the waterline; an inflatable second flotation bladder adjacent the first flotation bladder; a mounting plate mounted to the watercraft, the mounting plate having a first cover channel, a second cover channel, a first bladder-retaining slot, and a second bladder-retaining slot; a first collapsible tubing receivable within the first cover channel; an elongated cover having a first edge and a second edge, the first edge receivable in the first cover channel and the second edge receivable in the second cover channel, the first collapsible tubing positioned between the mounting plate and the first edge; a space defined between the mounting plate and the cover, the first flotation bladder and the second flotation bladder receivable within the space; inflation means connected to the first collapsible tubing, the first flotation bladder and the second flotation bladder for inflating the first collapsible tubing, the first flotation bladder, and the second flotation bladder; wherein upon inflation of the first collapsible tubing and the first flotation bladder, the first edge of the cover is released from the first cover channel of the mounting plate and is moved in a direction generally away from the watercraft allowing the first flotation bladder and the second flotation bladder to substantially inflate; and further wherein upon inflation of the first flotation bladder and the second flotation bladder, the first flotation bladder directs the second flotation bladder in a general direction into the water. 15. The device of claim 14 wherein the inflation means includes a first gas supply and a second gas supply, the first gas supply being connected to the first collapsible tubing and the first flotation bladder and the second gas supply being connected to the second flotation bladder wherein upon activation of the float switch, the gas from the first gas supply activates the gas flow from the second gas supply. 16. The device of claim 14 wherein the first flotation bladder and the second flotation bladder comprise a plurality of first flotation bladders and second flotation bladders along the waterline of the watercraft, each flotation bladder being independently inflatable. 17. A device for floating a watercraft in a body of water, the watercraft having a water line, the device comprising: an inflatable first flotation bladder mountable adjacent the waterline; an inflatable second flotation bladder adjacent the first flotation bladder; a float switch activated upon a predetermined amount of water entering the watercraft, the float switch causing the first flotation bladder and the second flotation bladder to inflate; and wherein upon inflation of the first flotation bladder and the second flotation bladder, the first flotation bladder directs the second flotation bladder in a general direction into the water. 18. The device of claim 17 wherein the first flotation bladder and the second flotation bladder comprise a plurality of first flotation bladders and second flotation bladders along the waterline of the watercraft, each flotation bladder being independently inflatable. 19. The device of claim 17, and further comprising: a mounting plate mounted to the watercraft, the mounting plate having a first cover channel, a second cover channel, a first bladder-retaining slot, and a second bladder-retaining slot; a first collapsible tubing receivable within the first cover channel; an elongated cover having a first edge and a second edge, the first edge receivable in the first cover channel and the second edge receivable in the second cover channel, the first collapsible tubing positioned between the mounting plate and the first edge; a space defined between the mounting plate and the cover, the first flotation bladder and the second flotation bladder receivable within the space; and inflation means connected to the first collapsible tubing, the first flotation bladder and the second flotation bladder for inflating the first collapsible tubing, the first flotation bladder, and the second flotation bladder; wherein upon inflation of the first collapsible tubing and the first flotation bladder, the first edge of the cover is released from the first cover channel of the mounting plate and is moved in a direction generally away from the watercraft allowing the first flotation bladder and the second flotation bladder to substantially inflate. 20. The device of claim 19 wherein the inflation means includes a first gas supply and a second gas supply, the first gas supply being connected to the first collapsible tubing and the first flotation bladder and the second gas supply being connected to the second flotation bladder wherein upon activation of the float switch, the gas from the first gas supply activates the gas flow from the second gas supply. 21. The device of claim 17 wherein the first flotation bladder is in an overlapping configuration prior to inflation. 22. The device of claim 17 wherein the second flotation bladder is in a substantially flattened spiral configuration prior to inflation. 23. A method for floating a watercraft in a body of water, the watercraft having a water line, the method comprising: providing first flotation bladder mountable adjacent the waterline; providing a second flotation bladder adjacent the first flotation bladder; inflating the first flotation bladder; inflating the second flotation bladder; directing the second flotation bladder in a general direction into the water; covering the first flotation bladder and the second flotation bladder with a cover; providing a first collapsible tubing beneath at least one edge of the cover; inflating the first collapsible tubing; and removing at least a portion of the cover. 24. A method for floating a watercraft in a body of water, the watercraft having a water line, the method comprising: providing first flotation bladder mountable adjacent the waterline; providing a second flotation bladder adjacent the first flotation bladder; inflating the first flotation bladder; inflating the second flotation bladder; directing the second flotation bladder in a general direction into the water; and activating a float switch upon a predetermined amount of water entering the watercraft; wherein activation of the float switch inflates the first flotation bladder and the second flotation bladder. 25. A method for floating a watercraft in a body of water, the watercraft having a water line, the method comprising: providing first flotation bladder mountable adjacent the waterline; providing a second flotation bladder adjacent the first flotation bladder; inflating the first flotation bladder; inflating the second flotation bladder; directing the second flotation bladder in a general direction into the water; and automatically inflating the first flotation bladder and the second flotation bladder only upon a predetermined amount of water entering the watercraft. 26. A device for floating a watercraft in a body of water, the watercraft having a water line, the device comprising: an inflatable first flotation bladder mountable adjacent the waterline, the first flotation bladder having a first circumference; and an inflatable second flotation bladder adjacent the first flotation bladder, the second flotation bladder having a second c ircumference, the second circumference being greater than the first circumference; wherein upon inflation of the first flotation bladder and the second flotation bladder, the first flotation bladder directs the second flotation bladder in a general direction into the water. 27. The device of claim 26, and further comprising: a mounting plate mounted to the watercraft, the mounting plate having a first cover channel, a second cover channel, a first bladder-retaining slot, and a second bladder-retaining slot; a first collapsible tubing receivable within the first cover channel; an elongated cover having a first edge and a second edge, the first edge receivable in the first cover channel and the second edge receivable in the second cover channel, the first collapsible tubing positioned between the mounting plate and the first edge; a space defined between the mounting plate and the cover, the first flotation bladder and the second flotation bladder receivable within the space; and inflation means connected to the first collapsible tubing, the first flotation bladder and the second flotation bladder for inflating the first collapsible tubing, the first flotation bladder, and the second flotation bladder; wherein upon inflation of the first collapsible tubing and the first flotation bladder, the first edge of the cover is released from the first cover channel of the mounting plate and is moved in a direction generally away from the watercraft allowing the first flotation bladder and the second flotation bladder to substantially inflate. 28. The device of claim 27 and further comprising: a float switch activating a valve upon a predetermined amount of water entering the watercraft, the valve connected to the inflation means for activating the inflation means. 29. The device of claim 27 wherein the inflation means includes a first gas supply and a second gas supply, the first gas supply being connected to the first collapsible tubing and the first flotation bladder and the second gas supply being connected to the second flotation bladder wherein upon activation of the float switch, the gas from the first gas supply activates the gas flow from the second gas supply. 30. The device of claim 26 wherein the first flotation bladder is in an overlapping configuration prior to inflation. 31. The device of claim 26 wherein the second flotation bladder is in a substantially flattened spiral configuration prior to inflation. 32. The device of claim 26 wherein the first flotation bladder and the second flotation bladder comprise a plurality of first flotation bladders and second flotation bladders along the waterline of the watercraft, each flotation bladder being independently inflatable. 33. A device for floating a watercraft in a body of water, the watercraft having a water line, the device comprising: an inflatable first flotation bladder mountable adjacent the waterline, the first flotation bladder inflated to a first predetermined pressure; and an inflatable second flotation bladder adjacent the first flotation bladder, the second flotation bladder inflated to a second predetermined pressure, the second predetermined pressure being greater than the first predetermined pressure; wherein upon inflation of the first flotation bladder and the second flotation bladder, the first flotation bladder directs the second flotation bladder in a general direction into the water. 34. The device of claim 33, and further comprising: a mounting plate mounted to the watercraft, the mounting plate having a first cover channel, a second cover channel, a first bladder-retaining slot, and a second bladder-retaining slot; a first collapsible tubing receivable within the first cover channel; an elongated cover having a first edge and a second edge, the first edge receivable in the first cover channel and the second edge receivable in the second cover channel, the first collapsible tubing positioned between the mounting plate and the first edge; a space defined between the mounting plate and the cover, the first flotation bladder and the second flotation bladder receivable within the space; and inflation means connected to the first collapsible tubing, the first flotation bladder and the second flotation bladder for inflating the first collapsible tubing, the first flotation bladder, and the second flotation bladder; wherein upon inflation of the first collapsible tubing and the first flotation bladder, the first edge of the cover is released from the first cover channel of the mounting plate and is moved in a direction generally away from the watercraft allowing the first flotation bladder and the second flotation bladder to substantially inflate. 35. The device of claim 34 and further comprising: a float switch activating a valve upon a predetermined amount of water entering the watercraft, the valve connected to the inflation means for activating the inflation means. 36. The device of claim 34 wherein the inflation means includes a first gas supply and a second gas supply, the first gas supply being connected to the first collapsible tubing and the first flotation bladder and the second gas supply being connected to the second flotation bladder wherein upon activation of the float switch, the gas from the first gas supply activates the gas flow from the second gas supply. 37. The device of claim 33 wherein the first flotation bladder is in an overlapping configuration prior to inflation. 38. The device of claim 33 wherein the second flotation bladder is in a substantially flattened spiral configuration prior to inflation. 39. The device of claim 33 wherein the first flotation bladder and the second flotation bladder comprise a plurality of first flotation bladders and second flotation bladders along the waterline of the watercraft, each flotation bladder being independently inflatable. 40. The device of claim 1 wherein the second flotation bladder is in a substantially flattened spiral configuration prior to inflation. 41. The device of claim 1 wherein the first flotation bladder and the second flotation bladder comprise a plurality of first flotation bladders and second flotation bladders along the waterline of the watercraft, each flotation bladder being independently inflatable.