초록 ▼

A fish tail propelled water vessel uses a pair of back and forth reciprocating pedals to rotate a flywheel back and forth, the paddle blade of the vessel attached to the flywheel so that the reciprocating flywheel swishes the blade through the water in side to side fashion thereby propelling the ves

A fish tail propelled water vessel uses a pair of back and forth reciprocating pedals to rotate a flywheel back and forth, the paddle blade of the vessel attached to the flywheel so that the reciprocating flywheel swishes the blade through the water in side to side fashion thereby propelling the vessel. A cable attaches each pedal to its respective side of the flywheel in order to cause rotation of the flywheel. A pedal cable helps balance the pedals thereby assuring smooth pedaling of the device. Holding one of the pedals forward of the alignment point with the other pedal, holds the blade to that side, thereby steering the vessel to the opposing side.

대표청구항 ▼

1. A pedal powered craft comprising: a vessel having a forward end and an aft end joined by a port side and a starboard side with a longitudinal midline axis extending between the forward end and the aft end;a paddle structure attached to the vessel and capable of pivoting about a vertical axis that

1. A pedal powered craft comprising: a vessel having a forward end and an aft end joined by a port side and a starboard side with a longitudinal midline axis extending between the forward end and the aft end;a paddle structure attached to the vessel and capable of pivoting about a vertical axis that passes through the midline axis such that a paddle blade of the paddle structure is capable of radially swishing back and forth on either side of the midline axis;a port pedal structure attached to the vessel on the port of the midline axis and capable of reciprocating back and forth toward the forward end and the aft end;a starboard pedal structure attached on the starboard of the midline axis and having a starboard pedal capable of reciprocating back and forth toward the forward end and the aft end, such that both the port pedal structure and the starboard pedal structure are equidistant to the midline axis on their respective side and such that when the port pedal of the port pedal structure and the starboard pedal of the starboard pedal structure are each aligned with one another, they are located equidistant from the forward end;a first cable having a first end attached to the port pedal structure and a second end attached to the paddle structure to the port of the vertical axis;a second cable having a third end attached to the starboard pedal structure and a fourth end attached to the paddle structure to the starboard of the vertical axis;a pulley located on the midline axis and forward of the port pedal structure and the starboard pedal structure;a third cable having a fifth end attached to the port pedal structure and a sixth end attached to the starboard pedal structure such that the third cable passes over the pulley; andwherein whenever the port pedal and the starboard pedal are aligned, the paddle blade is located on the midline axis and such that as the port pedal and the starboard pedal are each reciprocated back and forth in opposing direction to one another, the paddle blade swishes back and forth. 2. The pedal powered craft as in claim 1 wherein the port pedal structure has a port radial guide with a first outer radial groove thereon and the starboard pedal structure has a starboard radial guide with a second outer radial groove thereon such that the first cable passes through the first groove, the second cable passes through the second groove, and the third cable passes through both the first groove and the second groove. 3. The pedal powered craft as in claim 2 wherein the paddle structure is comprised of: a flywheel having a half-moon shaped power guide with a third groove and a connector bar that forms the base of the power guide such that a first pin passes through the connector bar in order to pivotally attach the paddle structure to the vessel;an outrigger structure extending rearwardly from the connector bar in a direction opposite to the direction of the power guide; anda second pin that attaches the paddle blade to the outrigger structure. 4. The pedal powered craft as in claim 3 wherein the outrigger structure is pivotally attached to the connector bar and is capable of pivoting between a raised position and a lowered position such that when the outrigger structure is in the lowered position, the outrigger structure rests on a lip located on a tail that extends from the connector bar. 5. The pedal powered craft as in claim 4 further comprising: a first resilient member connected to the second pin and to the outrigger structure to the port of the midline axis whenever the paddle blade is on the midline axis; anda second resilient member connected to the second pin and to the outrigger structure to the starboard of the midline axis whenever the paddle blade is on the midline axis. 6. The pedal powered craft as in claim 5 wherein the first resilient member is a first spring and the second resilient member is a second spring. 7. The pedal powered craft as in claim 5 wherein the first resilient member is a first resilient cord and the second resilient member is a second resilient cord. 8. The pedal powered craft as in claim 5 wherein the first resilient member is a both a first spring and a first resilient cord and the second resilient member is both a second spring and a second resilient cord. 9. The pedal powered craft as in claim 8 wherein the paddle blade is capable of being rotated 180 degrees. 10. The pedal powered craft as in claim 9 further comprising a seat located on the vessel such that the seat is positioned so as to allow an operator sitting in the seat to be able to reach the port pedal structure and the starboard pedal structure. 11. The pedal powered craft as in claim 1 wherein the port pedal structure has a port radial guide with a first outer radial groove thereon and the starboard pedal structure has a starboard radial guide with a second outer radial groove thereon such that the first cable passes through the first groove and the second cable passes through the second groove. 12. The pedal powered craft as in claim 1 wherein the paddle structure is comprised of: a flywheel having a half-moon shaped power guide with a third groove and a connector bar that forms the base of the power guide such that a first pin passes through the connector bar in order to pivotally attach the paddle structure to the vessel;an outrigger structure extending rearwardly from the connector bar in a direction opposite to the direction of the power guide; anda second pin that attaches the paddle blade to the outrigger structure. 13. The pedal powered craft as in claim 12 wherein the outrigger structure is pivotally attached to the connector bar and is capable of pivoting between a raised position and a lowered position such that when the outrigger structure is in the lowered position, the outrigger structure rests on a lip located on a tail that extends from the connector bar. 14. The pedal powered craft as in claim 12 further comprising: a first resilient member connected to the second pin and to the outrigger structure to the port of the midline axis whenever the paddle blade is on the midline axis; anda second resilient member connected to the second pin and to the outrigger structure to the starboard of the midline axis whenever the paddle blade is on the midline axis. 15. The pedal powered craft as in claim 14 wherein the first resilient member is a first spring and the second resilient member is a second spring. 16. The pedal powered craft as in claim 14 wherein the first resilient member is a first resilient cord and the second resilient member is a second resilient cord. 17. The pedal powered craft as in claim 14 wherein the first resilient member is a both a first spring and a first resilient cord and the second resilient member is both a second spring and a second resilient cord. 18. The pedal powered craft as in claim 1 wherein the paddle blade is capable of being rotated 180 degrees. 19. The pedal powered craft as in claim 1 further comprising a seat located on the vessel such that the seat is positioned so as to allow an operator sitting in the seat to be able to reach the port pedal structure and the starboard pedal structure. 20. A pedal powered craft comprising: a vessel having a forward end and an aft end joined by a port side and a starboard side with a longitudinal midline axis extending between the forward end and the aft end;a paddle structure attached to the vessel and capable of pivoting about a vertical axis that passes through the midline axis such that a paddle blade of the paddle structure is capable of radially swishing back and forth on either side of the midline axis;a port pedal structure attached to the vessel on the port of the midline axis and capable of reciprocating back and forth toward the forward end and the aft end;a starboard pedal structure attached on the starboard of the midline axis and having a starboard pedal capable of reciprocating back and forth toward the forward end and the aft end, such that both the port pedal structure and the starboard pedal structure are equidistant to the midline axis on their respective side and such that when the port pedal of the port pedal structure and the starboard pedal of the starboard pedal structure are each aligned with one another, they are located equidistant from the forward end;a first cable having a first end attached to the port pedal structure and a second end attached to the paddle structure to the port of the vertical axis;a second cable having a third end attached to the starboard pedal structure and a fourth end attached to the paddle structure to the starboard of the vertical axis; andwherein whenever the port pedal and the starboard pedal are aligned, the paddle blade is located on the midline axis and such that as the port pedal and the starboard pedal are each reciprocated back and forth in opposing direction to one another, the paddle blade swishes back and forth and wherein the port pedal structure has a port radial guide with a first outer radial groove thereon and the starboard pedal structure has a starboard radial guide with a second outer radial groove thereon such that the first cable passes through the first groove and the second cable passes through the second groove. 21. A pedal powered craft comprising: a vessel having a forward end and an aft end joined by a port side and a starboard side with a longitudinal midline axis extending between the forward end and the aft end;a paddle structure attached to the vessel and capable of pivoting about a vertical axis that passes through the midline axis such that a paddle blade of the paddle structure is capable of radially swishing back and forth on either side of the midline axis;a port pedal structure attached to the vessel on the port of the midline axis and capable of reciprocating back and forth toward the forward end and the aft end;a starboard pedal structure attached on the starboard of the midline axis and having a starboard pedal capable of reciprocating back and forth toward the forward end and the aft end, such that both the port pedal structure and the starboard pedal structure are equidistant to the midline axis on their respective side and such that when the port pedal of the port pedal structure and the starboard pedal of the starboard pedal structure are each aligned with one another, they are located equidistant from the forward end;a first cable having a first end attached to the port pedal structure and a second end attached to the paddle structure to the port of the vertical axis;a second cable having a third end attached to the starboard pedal structure and a fourth end attached to the paddle structure to the starboard of the vertical axis;a flywheel having a half-moon shaped power guide with a third groove and a connector bar that forms the base of the power guide such that a first pin passes through the connector bar in order to pivotally attach the paddle structure to the vessel;an outrigger structure extending rearwardly from the connector bar in a direction opposite to the direction of the power guide; anda second pin that attaches the paddle blade to the outrigger structure; andwherein whenever the port pedal and the starboard pedal are aligned, the paddle blade is located on the midline axis and such that as the port pedal and the starboard pedal are each reciprocated back and forth in opposing direction to one another, the paddle blade swishes back and forth. 22. The pedal powered craft as in claim 21 wherein the outrigger structure is pivotally attached to the connector bar and is capable of pivoting between a raised position and a lowered position such that when the outrigger structure is in the lowered position, the outrigger structure rests on a lip located on a tail that extends from the connector bar. 23. The pedal powered craft as in claim 21 further comprising: a first resilient member connected to the second pin and to the outrigger structure to the port of the midline axis whenever the paddle blade is on the midline axis; anda second resilient member connected to the second pin and to the outrigger structure to the starboard of the midline axis whenever the paddle blade is on the midline axis. 24. The pedal powered craft as in claim 23 wherein the first resilient member is a first spring and the second resilient member is a second spring. 25. The pedal powered craft as in claim 23 wherein the first resilient member is a first resilient cord and the second resilient member is a second resilient cord. 26. The pedal powered craft as in claim 23 wherein the first resilient member is a both a first spring and a first resilient cord and the second resilient member is both a second spring and a second resilient cord.