Wave deflector apparatus
OwnerWoodrow Hicksinventor
Life of this patent
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Abstract
A V-shaped wave deflector apparatus for protecting a floating dock or other structure from incoming waves of water created by wind or a watercraft is disclosed herein, in various aspects. The wave deflector has a first beam and a second beam, each having a mounting beam connected thereto, near a first end of the mounting beam. A second end of the mounting beam is attached rotatably to beam clamps which attach to the dock float beneath the floating dock. Wave deflector panels are attached to the first beam and to the second beam and redirect waves to the left and right of the floating dock, thereby reducing wave action against the floating dock. The mounting beams are rotatable, and the wave deflector apparatus may rotate downward beneath the floating dock, allowing access to a boat slip in the floating dock.
Claims16
A wave deflector apparatus for a floating dock, the floating dock having a platform with a plurality of sides and at least one buoyant device for supporting the platform above the surface of the body of water, the wave deflector apparatus comprising:
- a) a first beam and a second beam constructed to form a V shape;
- b) the first beam and the second beam each having a mounting beam connected thereto near a first end of the mounting beam;
- c) a second end of the mounting beam opposite the first end of the mounting beam is attached to beam clamps configured for attachment to the at least one buoyant device;
- an
- d) one or more wave deflector panels attached to the first beam and to the second beam, wherein the one or more deflector panels are operable to redirect waves, impacting the one or more deflector panels to the to the left and right of the floating dock, thereby reducing wave action against the floating dock.
A wave deflector apparatus for a floating dock, the floating dock having a platform with a plurality of sides and at least one buoyant device for supporting the platform above the surface of the body of water, the wave deflector apparatus comprising:
- a) a first beam and a second beam constructed to form a V shape;
- b) the first beam and the second beam each having a mounting beam connected thereto near a first end of the mounting beam;
- c) a second end of the mounting beam opposite the first end of the mounting beam is attached to the at least one buoyant device on at least one side of a plurality of sides of the at least one buoyant device;
- and
- d) one or more wave deflector panels attached to the first beam and to the second beam, wherein the one or more deflector panels are operable to redirect waves, impacting the one or more deflector panels to the to the left and right of the floating dock, thereby reducing wave action against the floating dock.
A wave deflector apparatus for a floating dock, the floating dock having a platform with a plurality of sides and at least one buoyant device for supporting the platform above the surface of the body of water, the wave deflector apparatus comprising:
- a) a first beam and a second beam constructed to form a V shape;
- b) the first beam and the second beam each having a mounting beam connected thereto near a first end of the mounting beam;
- c) a second end of the mounting beam opposite the first end of the mounting beam is attached to the at least one buoyant device on least one side of a plurality of sides of the at least one buoyant device;
- and
- d) one or more wave deflector panels attached to the first beam and to the second beam, wherein the one or more deflector panels are operable to redirect waves, impacting the one or more deflector panels to the to the left and right of the floating dock, thereby reducing wave action against the floating dock,
- wherein the second end of the mounting beam is attached rotatably to beam clamps or cables and the beam clamps or cables are attached to the at least one buoyant device,
- wherein the first end of the mounting beam is connected slidably to a mounting beam extension at a first end of the mounting beam extension and the second end of the mounting beam extension, opposite the first end of the mounting beam extension, is attached to the beam, wherein an energy absorbing member is mounted in an interior of the mounting beam, and wherein the energy absorbing member is compressed in the presence of wave action and uncompressed in the absence of wave action.
Dependencies are inferred from the claim text.