US10844830B1 – Wave Energy Converter – Google Patents

FIG. 11 is a side elevation view of a linear alternator serving as the means for producing energy. FIG. 7 is a side elevation view of the wave energy converter on a support structure for mounting on the seabed. FIG. 3 is a side elevation view of the second preferred embodiment of the wave energy converter showing an added rib for structural reinforcement and further showing the vessel connected to the water-conveyance pipe in the context of a seabed installation below a wave.

Remedios Caseros Para El Dolor De Oido, Como Quitar El Dol.. FIG. 4 is a plan view of the vessel showing the internal component parts of the vessel. FIG. 1 is a plan view of a first preferred embodiment of the wave energy converter showing a vessel connected to a water-conveyance pipe. FIG. 10 is a front elevation view of the second preferred embodiment of the wave energy converter showing the inside of the vessel and the location of the water-conveyance pipe and illustrating a hydraulic motor connected to one of two hydraulic cylinders serving as the means for producing energy.

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This space helps to isolate the pair of pistons (1005) and their travel path from being affected by dents or other damage to the wall of the vessel (101). The inner wall (425) is configured to enclose the first piston (120) and the second piston (125). The inner wall (425) is further configured to define an interstitial space (426) between the vessel (101) and the inner wall (425). Finally, the inner wall (425) is further configured to define at least one pressure-equalization hole (240) through the inner wall, so that the pressure within the interstitial space (426) is the same as that on the inside of the inner vessel wall. As in all of the embodiments, the water receiving port (106) is configured to permit a flow of water (210) into and out of the vessel (101). Typically, water flows into the vessel (101) when the water receiving port (106) is at a higher pressure than another port at a lower pressure.

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2, includes a vessel (101). The vessel (101) which is essentially a container that defines an inner volume. 14. Dolor en la parte posterior interna de la rodilla . As in all embodiments, the wave energy converter (100) includes a pair of pistons (1005) that are operated on by action of a differential pressure (305) created by a wave (310) transiting above and over the wave energy converter (100). What varies is the housing for the pistons and the water ports, also referred to as apertures, where the water enters and leaves the wave energy converter (100). The point of higher pressure (307) moves with the crest of the wave and the point of lower pressure (306) moves with the trough of the wave.

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The water-conveyance pipe connected to the vessel in a configuration that inhibits flow of water into the vessel when the means for producing energy is at the maximum dimension. The vessel has one or more water receiving ports that permit a flow of water into and out of the vessel. Preferably, the stops (415) are located on a guide (236) that constrains the movement of the pistons within the vessel. Optionally, a guide is secured within the vessel to permit the pair of pistons to follow a defined path. Uniform loading helps to ensure integrity of the pair of pistons (1005) and smooth operation of the guide (236). Each equalization valve (421) is preferably a solenoid-controlled valve for remote operation. 5. This form can be made by pressing the pipe down and utilizing supports (505) to ensure asymmetry around horizontal center line.