Biomorphic wave energy collector

A biomorphic wave energy collector apparatus for submerged installation adjacent a coastal shoreline for receiving input seawater and wave surges, the apparatus comprising:

• a. a deformable bladder;
• b. at least one one-way intake valve, the at least one one-way intake valve allowing said seawater to enter the deformable bladder;
• c. at least one outlet, the outlet allowing said seawater to exit the deformable bladder;
• d. a bladder compressor,
• e. an anchoring attachment;
• and
• f. the deformable bladder compressing in response to the motion of said wave surge.

A biomorphic wave energy collector apparatus for submerged installation adjacent a coastal shoreline for receiving input seawater and wave surges, the apparatus comprising:

• a. a deformable bladder, the deformable bladder further comprising two plates and a circumferential wall, the circumferential wall sealing the area between the two plates;
• b. at least one one-way intake valve, the at least one one-way intake valve allowing said seawater to enter the deformable bladder;
• c. at least one outlet, the outlet allowing said seawater to exit the deformable bladder;
• d. at least one pair of anchoring attachments, the anchoring attachment having hinges, the hinges attached to the base of the plate;
• and
• e. the two plates reducing the volume of the deformable bladder in response to the motion of said wave surge.

A biomorphic wave energy collector apparatus for submerged installation adjacent a coastal shoreline for receiving input seawater and wave surges, the apparatus comprising:

• a. two deformable bladders;
• b. at least two one-way intake valves, each one-way intake valves allowing said seawater to enter one each of the two deformable bladders;
• c. at least one outlet, the outlet allowing said seawater to exit the two deformable bladders;
• d. a support, the support separating each of the two deformable bladders and allowing sea water to pass through it along its length;
• e. two a wave collectors, each wave collector further comprising a surge catcher of said seawater, a bladder compressor, and at least two struts, said struts connecting to the bladder compressor and the support;
• f. an anchoring attachment;
• and
• g. each wave collector compressing its respective deformable bladder in response to the motion of said wave surge.

A biomorphic wave energy collector apparatus for submerged installation adjacent a coastal shoreline for receiving input seawater and wave surges, the apparatus comprising:

• a. a deformable bladder, the deformable bladder further comprising four rigid plates and two deformable walls, the four rigid plates being flexibly joined and sealably attached to each other, the two deformable walls sealing the unattached areas of the four rigid walls;
• b. at least one one-way intake valve, the at least one one-way intake valve allowing said seawater to enter the deformable bladder;
• c. at least one outlet, the outlet allowing said seawater to exit the deformable bladder;
• d. a wave collector;
• e. an anchoring attachments;
• and
• f. the four rigid plate flexibly reducing the volume of the deformable bladder in response to the motion of said wave surge against the wave collector.