Watercraft having an interface for mounting a propulsion mechanism
The invention relates to an interface for mounting a propulsion mechanism to a watercraft such as a fishing kayak, and to a watercraft comprising such an interface. The interface comprises a first portion including a first plate with a hole sized and shaped for receiving therethrough a portion of the propulsion mechanism, a second portion including a second plate and one channel extending from the second plate, the channel being in registry with the hole of the first portion for therein a portion of the propulsion mechanism. The interface also comprises fastening assemblies for removably fastening the second portion to the first portion of the interface, and a guiding assembly for maintaining the channel of the second portion in registry with the hole of the first portion.
1. A kayak comprising:
a substantially rigid body having a deck side, a hull side, and a hole extending through the substantially rigid body from the deck side to the hull side;
a drive mechanism that includes a foot-driven propulsion mechanism;
an interface for mounting the foot-driven propulsion mechanism to the substantially rigid body, the interface having an opening sized for allowing passage of at least a portion of the foot-driven propulsion mechanism therethrough;
drainage holes in the interface through which water can drain; and
a lock coupled to the drive mechanism, the lock being pivotable between a first position when the drive mechanism is positioned in the opening of the interface and a second position when the drive mechanism is positioned outside of the interface.
2. The kayak as claimed in claim 1 , wherein the hole includes a recess near the deck side and a recess near the hull side.
3. The kayak as claimed in claim 1 , wherein the interface and the substantially rigid body of the kayak are formed by different plastic molding processes.
4. The kayak as claimed in claim 1 , further comprising a fastener for coupling the interface to the kayak, wherein the fastener comprises either screws and corresponding holes or a snapfit.
5. The kayak as claimed in claim 1 , wherein the interface is removably coupled to the kayak.
6. The kayak of claim 1 , wherein the foot-driven propulsion mechanism comprising first and second shafts with first and second pedals, first and second flappers, and a core body between the first and second shafts and first and second flappers, the core body comprising first and second projections comprising first and second ends.
7. The kayak of claim 1 , wherein the lock further comprises a bias mechanism.
8. The kayak of claim 7 , wherein the bias mechanism includes a coil spring or a torsion spring to bias the lock toward the first position.
9. The kayak of claim 1 , wherein the hole extending through the deck side and the hull side is formed by sidewalls.
10. The kayak of claim 1 , wherein the interface includes a top plate comprising a top peripheral wall section defining a top opening adapted to at least partially receive the foot-driven propulsion mechanism.
11. The kayak of claim 10 , wherein the top peripheral wall section of the deck side comprises a top peripheral recess.
12. The kayak of claim 11 , wherein the top peripheral wall section of the interface is snap-fit or friction fit into the top peripheral recess.
13. The kayak of claim 11 , wherein the top peripheral wall section of the interface is secured to the top peripheral recess with treaded fasteners or rivets.
14. The kayak of claim 11 , wherein the top peripheral wall section of the interface is glued or plastic welded to the top peripheral recess.
15. The kayak of claim 10 , wherein the interface further comprises a channel portion having first and second side walls.
16. The kayak of claim 15 , wherein each of the first and second side walls comprises a first recess, a second recess terminating into a lower funnel-shape slot, and a top funnel slot, wherein the first recess has a shape to generally conform to a periphery of a core body of the foot-driven propulsion mechanism, and wherein the lower funnel-shaped slot is adapted to receive left and right transverse projections of the core body of the foot-driven propulsion mechanism.
17. The kayak of claim 16 , wherein the top funnel slot is adapted to at least partially receive the core body of the foot-driven propulsion mechanism.