ES2535442B1 - Marine power plant flowing, floating, capturing, channeling and conducting waves and sea currents - Google Patents

Abstract

The floating floating marine power plant channeling and conductive wave and sea currents, is a mechanism capable of capturing bodies of water to the waves, channeling and driving inside, with speed and force, until its return to the sea, moving Two electric generators. Creates or generates a channeled, driven and mechanized indoor water stream that is permanent, has directed force and speed, is usable to generate electricity, produce hydrogen or desalinate water. In turn, this invention is presented working in a multiple marine installation, 4 different technologies working on a tower, or on a platform, or on a boat, which we will place on the coast or on the high seas, to save costs and multiply production Marine electric

Description

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FLUENT FLOATING MARINE ELECTRICAL POWER STATION CANALIZING CAPTURATOR AND CONDUCTOR OF WAVES AND CURRENTS OF THE SEA

DESCRIPTION

This invention provides a mechanism capable of capturing (to waves and sea currents) bodies of water that have direction, speed and kinetic force, channels them and drives inside moving two electric turbines and returns them to the sea. It produces, generates or creates a channeled, driven, mechanized internal water stream that is permanent, has direction, has strength and speed, here, it is used to generate electricity, produce hydrogen or desalinate water. In turn, this invention is presented working in a multiple marine installation, 4 different technologies working on a tower; and it can work on a platform or on a boat, it can be located on the coast or on the high seas; Objectives: save costs, multiply the amount of marine electrical production and make the installation profitable.

Title

Floating Flowing Marine Power Plant Channeling and Conductive Capture of the Waves and Sea Currents. Abbreviated in the body of this writing: Floating Flowing Marine Power Station.

Technical sector

This invention is part of the sector of extraction and generation of marine renewable electric energy driven by the capture of kinetic energy of the waves and currents of the sea. Wave energy.

State of the art

The challenge of capturing kinetic energy to waves and surface sea currents (up to 30 meters deep, which is where there is more) to transform them into stable mechanical movements capable of generating renewable, stable, efficient and profitable electrical energy, is a challenge of the actual society. There are many, and varied, different patented systems (known), many are in the testing or experimentation phase, but, all have problems of stability, robustness, durability, produce very little

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amount of energy, they occupy a lot of space in the marine domain, they are not associated with other marine generation technologies, they are expensive, they are not efficient, nor are they profitable, they have location problems. This invention aims to provide solutions to these challenges and challenges.

The best I know is patent n ^ 2010001113. Only this can be efficient and compatible or complementary with this invention, I say, that the two can work at the same time, jointly and independently, on the same support. The other patents need their own mooring, their support, their own location, in short, they suppose a brutal rise in costs, they are anti-profitable, they cannot be associated in their work with other marine technologies. This invention is associated with 4 different technologies.

Also, I refer to the Conference on marine energy Bilbao 2013.

No current mechanism is comparable with this invention, at least, I do not know anything similar, I refer or wait for the state of the art report to illustrate. If I don't know, I can't make more references.

The advantages of this invention

The Floating Captive Marine Power Plant Channeling Capture and Conductor of Waves and Sea Currents, is a mechanism, which works at any point of the sea, horizontally, floating, tied to a fixed vertical rack in a tower that oscillates with the tides , semi-submerged (up to 10 meters, where there is more energy) to capture the maximum amount of circulating marine kinetic energy, facing the waves, always stable, just like a moored ship. If the waves have mass, speed, force and direction, the plant will collect or capture (forces to enter and circulate inside) a part of that body of water moving from the sea surface that channels it, directs, circulates, presses , free and return to the sea; create or produce a stream of water circulating inside with constant speed and force, moving two generators one at the entrance and, another, at the exit. Also, it can be used to produce hydrogen and desalinate water. It does not pollute and works permanently.

Location and energy capture, this invention can be located at the marine point with maximum kinetic energy, the most favorable for

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capture the maximum amount of energy possible. We can place it on the high seas or on the coast, it has no limitations on the site. It can be installed on ships, platforms, offshore, fixed and floating towers.

Mechanical stability and robustness, works fixedly on a tower with vertical rack through which it rises and falls with the tides, so that the change of sea level does not interfere with your work. It forms a rigid, stable, undeformable, floating body, just like the buoyancy of a ship (like its draft) providing stability, robustness and duration over time.

Multi-support, works on a tower or on many, here we describe a tower with vertical rack to fix and stabilize the installation, but, likewise, it can work on several towers or columns, or on a fixed or floating platform, or on a ship or any vessel or mechanism that floats stably in the sea.

Multi generation, is grouped with other technologies, to multiply production and save costs, on a tower 4 different marine technologies will be installed, associated or integrated. The multiple generation aims to increase production and reduce costs, in short, make marine power generation profitable. It provides a system, a technology, a design, an installation that integrates 4 different marine generation technologies.

To any offshore marine facility this invention can be added, achieving a significant increase in production and a reduction in costs. These are some of the advantages of this invention system.

The object of this invention

The mechanism called Marine Power Plant Floating Fluid Capturing Channel and Conductor of the waves and currents of the Sea, industrial uses, internal current, its location capabilities, multi-support, of being transportable, working together or association with others technologies and the advantages it provides are the object and objective of claims 1 to 10.

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On the other hand, The Floating and Floating Marine Power Plant provide a system, design and installation of multiple marine power generation, in which this invention joins with three other marine technologies so that they work together increasing production and saving costs. The 4 technologies will work together and independently, but, fixed on the same tower support or many, on platforms, on boats or on everything that floats or is fixed on the high seas or on the coast. Objective, multiply production and reduce costs, make this marine technology efficient and profitable. The advantages of this association with other technologies are the object and objective of claims 6, 7, 8 and 9.

The coupling to all existing offshore wind power generation towers that may exist in present or future projects is the object and objective of this invention, claim 9.

Other industrial uses, this invention system can be used to generate electricity, produce hydrogen, desalinate seawater or any profitable industrial use not specified here that exists or may appear in the future are the object and purpose of claim 10.

Detailed description of the invention

Floating and Conductive Floating Marine Power Plant of Waves and Sea Currents, the system of this invention provides a mechanism or device (Figures 1 and 2) capable of producing renewable marine electrical energy, capturing or collecting, channeling, circulating, driving, pressing , releasing and returning to the sea the bodies of water captured to the waves and surface sea currents. Transforms, the movement of waves and sea currents (anarchic), in an interior water stream with speed and force driven (channeled) mechanically through the interior of the plant that, has strength, has speed, has direction, is channeled, is durable , stable, constant, it is mechanized and used to move several turbines or electric generators. To achieve it, horizontally, facing its entrance against the waves, floating, we anchor on a tower (by means of a vertical rack), all its parts form a rigid, non-deformable, floating piece (or submerged up to 10

meters), stable, oscillating vertically by the rack to go up and down with the level of the tides. You see how it works (Figures 1 and 2), fixed on the tower, faces its entrance or grabber in front of the wave or sea current, captures or collects part of the moving bodies of water, channels them through the interior, directs them , drives them, presses them and returns them to the sea, producing an unidirectional interior current (from the entrance to the exit) with constant speed and force, capable of moving (on the way) two turbines or electric generators, one at the entrance and, another, on the way out, producing clean, renewable, permanent, stable, cheap, profitable and durable electricity. It is the subject of claims 1 to 10.

The Flowing and Floating Marine Capture Power Plant

Channel and Conductor of Olas y Corrientes del Mar, following the

internal unidirectional route of the stream of water captured to the sea (entrance to the exit) Figure (1), includes: Anchoring to a tower with 15 vertical rack, through which the mechanism rises and falls with the tides, always maintaining the same flotation level up to 10 meters, just like the draft of a ship. The entrance, grabber or mouth (capture, forces to enter, a mass from the outside) has a slope of 5 ^ up and trapeze shape, supports the 1- turbine. The acceleration ramp with anti-reverse hatch 20 and slope down 309 to the bottom of the tank. The tank or reservoir of pressure and recirculation, is deeper than the entrance and 2/3 larger with a 34-sphere shape and flat bottom. The exit to the sea (with the same depth as the deposit) is 2/3 smaller than the entrance,

It supports the 2 ^ turbine, plus an elbow or spillway to the sea. System

25 flotation envelops all the parts forming a single rigid, non-deformable, stable and floating piece (similar to the draft of the ships) semi-submerged from 2 to 10 meters. All the interior canalization (from the entrance to the exit) can be flat or curved or tubed, open or closed (it will be of the form that less force reduces the internal circulation of the captured water bodies 30). It is the subject of claims 1 to 10.

The shape of the Floating and Floating Marine Power Plant, seen from above Figure (1), looks like a giant R hugging a tower, in the middle of the sea. The grabber, entrance or mouth channels and directs the waves and currents towards the ramp, it is a trapeze with its exterior very open, it has

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pending rise of 5Q, in its outer 1/3 we place the 1- generator. The acceleration ramp is a channel of descent to the bottom of the tank or tank with a slope of 309, ramp and entrance joins them and separates the anti-recoil trapdoor. The exit is a rectangular and narrow canalization, formed by two parts joined by an elbow, directs the interior current towards the passage of the external current of the sea, has the same depth of the deposit and is 2/3 smaller than the entrance; In its 1/3 interior we place the 2 ^ generator. The assembly and flotation system Figure (2) wrap all its parts forming a single piece, rigid, non-deformable, stable, facilitating its buoyancy, like the draft of a ship. The fastening or anchoring of the tower rack and the facing of waves and currents is angular, less resistance to the passage of energy, facilitates entry.

Its operation is as follows: The large opening and shape of the grabber, inlet or mouth allows to capture a part of its body of water that moves with direction, speed and force towards the Floating and Floating Marine Power Plant, from the entrance (the mass of captured water), is channeled and conducted upwards (5 degrees) to the ramp, passes the anti-recoil trapdoor and closes (in that path the first generator has moved), down (305) along the ramp accelerating towards the bottom of the tank or reservoir of pressure and recirculation, here, pushes, circulates and puts pressure on the retained mass at the bottom towards the exit to the sea (moves the 2- generator). The anti-recoil trap door facilitates the channeling in only one direction avoiding the recoil of the current. In the tank or reservoir of pressure and recirculation, its content is pressed, by the contributions that go down the ramp, plus the circular channeling, plus the retention of the exit, plus the contribution of new captures generate an internal pressure (greater than external sea pressure), which is released by the exit and dragged by the waves that move outside. There will almost always be more pressure inside the reservoir than outside the sea, four forces work, namely: the force of new catches to the waves that enter, the descent down the ramp, containment and release by the exit they drag the outer currents of the sea. Each step of a wave brings two forces, on the one hand, the captured force will circulate inside the mechanism towards the exit, on the other hand, the outer passage of the wave bordering the center drags the mass of water that releases the exit. Result, a flowing inner movement,

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permanent, constant The mechanism generates or produces a stream of water circulating inside it with direction, speed and force towards the exit. If the tide rises or falls, the mechanism rises or falls through the rack, will always maintain the same flotation and will be working. The union of its parts by its floating envelope makes it a rigid, non-deformable, stable, floating or submerged piece of 2 to 10 meters (vertical mobile). It works with thick or calm sea, there, where, the sea has a little movement, the mechanism will work. If the sea has more power, the plant will produce more. The part that is anchored or fixed to the tower, platform or boat has an angular shape (it absorbs the vibrations and blows of the sea better), it is the face that attacks the waves and it is necessary to facilitate them, on the one hand, the capture of a part of the body of water and, on the other hand, facilitate the passage of waves or external currents with maximum speed. The entire interior canalization can be flat or curved or in tubes, open or closed.

The described flowing interior water current is produced or generated by the system of this invention, it will circulate permanently inside the mechanism or Floating Flowing Marine Power Plant (in the middle of the sea), water will enter with speed and force and will leave or return to the sea With speed and strength. This marine kinetic force capturing system, this flowing current, channeled, directed (input to output), is constant, permanent, has speed and force. It is productive, durable, stable, mechanized, renewable, profitable; Here, it is used to produce electricity, produce hydrogen, desalinate water or other uses not described, is the subject of claim 1 to 10.

The invention can be located at any point in the coastal or offshore marine domain, if we stabilize it on a tower or column, or on many, or on a fixed or floating platform, its versatility allows it to be fixed on any vessel. It is transportable and located where it suits us. Externally it is an undeformable piece, it is a floating mechanism similar to the draft of a ship, it is robust and stable in all types of seas and storms. It is the subject of claims 1 to 10.

Grouping of marine technologies, the Floating Captive Marine Power Plant Channelizing and Conductor of Waves and Sea Currents described in this invention that captures marine energy and

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It generates electricity, in turn, it can work with other technologies, to show some of its possibilities, a design and a multiple marine power generation system is described and provided, in which we integrate this invention and associate it with other marine technologies working , at the same time, on the same support Figure (3). The way to locate and support four different technologies, working together (at the same time) and independently, interrelated, using the four forces that move the seas, united on the same support, forming a multiple marine generating facility. The challenge is to make this invention profitable, working alone, but to make it more profitable working associated with other technologies. What technologies, Figure (3), namely: on a tower will work the Fluorescent and Floating Marine Power Station, the braceous marine power station of the same author, underwater turbines and wind generation with blades or propellers horizontally. The 4 technologies are integrated or grouped working on the same support, together, at the same time, but independent. This integration of technologies provided by this system of invention, will mean two things, on the one hand, a significant cost savings of testing, manufacturing, transport, location, support and maintenance; on the other hand, a significant increase in the amount of electricity generated There will always be several technologies working at the same time. These capabilities of association with other technologies and the design of the multiple installation are the object and purpose of claims 6, 7 and 8.

All offshore wind towers can be coupled with a Floating and Floating Marine Power Station, installation, maintenance and cost savings will be very important, this capacity can bring many benefits, it is the object of claim 9.

Industrial uses and utilities, The Floating and Floating Marine Power Plant, working alone or in association with other technologies, can be used to produce electricity, produce hydrogen, desalinate water or any other industrial use not described, the industrial possibilities are the subject of claim 10 .

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Brief description of the drawings

The drawings included in this report show in a schematic, non-absolute way, a possible embodiment of the system of the invention, its elements and the characteristics of the Channel Floating and Conductive Floating Marine Power Plant of the Waves and Marine Currents. What is shown is not the whole, it is a simplification of the facilities objects and objectives of this invention, include:

Figure (1) shows the mechanism called Marine Power Plant Floating Fluid Capturing Channel and Conductor of Waves and Marine Currents seen from above, we see part of the content and its operation, it looks like a gigantic R with a large circle (1/2 sphere or tank or deposit) hugging a tower in the middle of the sea, the entire outer envelope incorporates the flotation system, joins all its parts forming a single rigid, non-deformable piece, just like the sunken part of a ship or draft. It is seen how it captures energy, how it conducts it inside, how it presses it and how it returns it to the sea (in the middle of the sea), The Central is a mechanism that captures energy and transforms it into mechanical energy generating electricity, in a stable way and durable.

Figure (2) shows the Floating and Floating Marine Power Plant with a profile view anchored, in the tower, by the zipper up and down with the tides and how it is floating or semi submerged, how the grabber or entrance faces the waves and marine currents to achieve the maximum amount of kinetic energy, in the middle of the sea, floating steadily.

Figure (3) shows the Floating Capturing and Conducting Marine Fluid Marine Power Plant of Olas y Corrientes del Mar working with three other marine technologies, together, on the same tower, in a stable and independent way. On a support, four technologies are associated, concentrated or grouped to increase production and reduce costs. Four different technologies moved by different marine energies, but, working together and independently, at the same time. The objective is to demonstrate the possibility of multiplying the amount of marine energy that can be generated and reducing costs.

Detailed description of the drawings

Figure (1)

Figure (1) shows The Floating and Conducting Floating Marine Power Plant of Waves and Sea Currents, seen from above and 5 how it works, is shaped like a giant R hugging a tower and floating in the middle of the sea, comprising: n9 (1) it is the grabber, inlet or mouth of capture of the water masses (marine kinetic energy grabber), wider outside and narrower in its union with the ramp and anti-recoil trapdoor, both have a trapeze shape, has an upward slope of io 5® and (in its 1/3 outside) the 1§ turbine (6) or generator is set. It faces the waves floating or submerged from 2 to 10 meters. The function of the entrance or mouth grabber is to capture (get the maximum amount of water from the wave inside), channel, direct, move and deliver the captured energy to the ramp. The body of water (thus collected, channeled and launched) 15 will have mass, direction, speed, force and will move the turbines and these to the generator. A part of the wave or sea current will pass through the outside of La Central and another part will be captured by the mouth or entrance (it is a marine kinetic energy captor or receiver) that channels it, conducts it to the exit, transmits it , mechanizes and transforms it into electricity.

20 The n9 (2) is a ramp of descent or launch of the water towards the bottom

of the deposit. It has a slope of descent of 309, in its union with the entrance or mouth, there is the anti-recoil trapdoor, it only opens (exit direction) facilitates the passage of energy and closes avoiding the recoil. The descent focuses all the force captured towards the bottom of the tank so that it pushes and circulates the mass of water, and presses it, towards the exit. The ramp plus the entrance or mouth forms an irregular funnel, can have a flat or curved shape, can be open or closed. It is a router and accelerator of the captured energy.

The n9 (3) is a 1/2 sphere, has a flat bottom, with functions of a 30 tank or pressure tank and recirculation, receives the ramp contributions, contains them, circulates them, presses them (more pressure is created in the interior of the deposit that the exterior of the sea) and directs them to the exit that retains them and (at the same time) releases them to be returned and dragged by the waves

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advancing outside the plant. The deposit has 2/3 more capacity than the entrance or grabber, it can be opened or closed.

The n9 (4) is the outlet that contains the force (water circulating through the tank or reservoir) and, at the same time, releases it through a rectangular channel, plus an elbow, which directs the water towards the mouth to the sea, where ( now) is reintegrated or dragged by a new wave that passes outside the plant. It is 2/3 smaller than the entrance and, inside 1/3, we place the blades of the 22 turbine or electric generator.

The n9 5 is the anchor tower by the zipper up and down with the level of the tides. Facilitates that the plant maintains the same level of buoyancy, constantly, against the currents.

The n9 6 are the turbines or blades that will turn with the passage of energy (water through the entrance and exit) moving the electric generators.

The n9 7 is the base and envelope of the entire plant, linking all its parts, forming a unique body, floating, rigid, non-deformable, it is the flotation system that must provide rigidity, stability, robustness and buoyancy, similar to the draft of A ship or ship. It must allow the entire plant to form a rigid and non-deformable, floating or semi-submersible piece facing the waves, tied to the zipper.

The n9 8 is the anti-recoil trapdoor that (only opens in the direction of the exit), when the mass of water passes, it closes preventing the recoil; it is located at the junction of the grabber or entrance and ramp, opens upwards, at its highest part.

Figure (2)

Figure (2) shows the Floating Capturing and Conducting Marine Wave Power Plant of Waves and Sea Currents in profile view, from sea level, shows how it floats and how it works on the rack and how it faces waves and currents Marine, includes: (1) is the entrance or capture receiver or mouth with a concave angle, facing the directional movement of waves and currents, will be floating or semi-submerged from 2 to 10 meters,

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permanently, for this, it will go up and down the vertical zipper of the tower with the level of the tides.

The n9 (5) is the support tower with the vertical zipper that, mooring the central, can be located wherever we want. But the function of the tower (and the vertical rack) can be done by several columns, a platform, a ship or any mechanism that floats or stays stable in the sea.

The n9 (7) is the outer shell of buoyancy, provides rigidity to the entire mechanism, joins all its parts forming a single rigid, non-deformable, floating, robust and stable piece in the sea (10), just like the draft of a ship .

The n9 (9) is the entrance ramp or grabber that captures the deepest currents, raises them to the 1- turbine. It is a plane inclined towards the ramp and is part of the grabber, entrance or mouth.

The n9 (10) is the central profile view, horizontally, floating, submerged from 2 to 10 meters, with the entrance or mouth at an angle and the tank or tank 1/4 sphere and, the whole central going up or down the Vertical zipper with the tides and always maintaining the same buoyancy.

The n9 (11) is the vertical rack, fixed on the tower, anchors the central and makes it easy to maintain the same level of flotation with the change in tidal level. The level of flotation or of being semi-submerged, always, is the same.

The n9 (12) is the sea level line, which shows us, how we place the plant in relation to the sea level and, how, the grabber attacks or entrance to the waves and currents. It remains submerged for 2 to 10 meters.

Figure (3)

Figure (3) shows the Floating Capturing and Conducting Marine Wave Power Plant of Olas y Corrientes del Mar working associated or integrated with three other technologies in a multiple marine power generation facility, on a support, we associate 4 independent generating technologies, working together, four energy systems working simultaneously and independently.

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The n9 (13) is the Marine Fluid Power Plant Capturing, Channeling and Conductor of Waves and Marine Currents moored to the tower, at sea level, working associated with other 3 marine technologies. It will be moved by waves and surface currents that enter, circulate and leave.

The n9 (14) is the Braceante Marine Power Plant working on the same support and without interfering with the work of the Flowing Plant. It will move the vertical movements of the sea.

The n9 (15) is a wind generation system with the generator upright and the blades or blades rotating horizontally at the top of the tower. The wind will move it.

The n9 (16) is a standard underwater generation system, fixed deep in the sea to the tower. The underwater currents will move it.

The n9 (17) shows us, from the sea level, how the different marine driving forces, the 4 central or marine generating systems move.

The n9 (5) is the tower, it supports 4 different marine power generation technologies, arranged vertically, to work associated or grouped, saving costs and multiplying the amount of energy produced. Here, the integration on a support (tower) is shown, but, the same arrangement of technologies, can be done on a fixed or floating platform, or on a ship, or on any mechanism or device, fixed or floating in the sea. Likewise, other forms of integration or grouping of the described technologies can be arranged.

How the invention can be carried out

The drawings show how the invention can be carried out, we add, manufacturing, in a shipyard we will cut the different parts or pieces that make up the Floating and Floating Marine Power Plant, will be joined and assembled, according to the arrangement of the Figures (1, 2, 3), same as the ship's draft assembly.

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The most appropriate type of support (tower, platform, ship) will be chosen, we choose a sea point with activity. A tugboat moves and fixes or ties the invention to the support and, to work.

Industrial uses of the Floating and Floating Marine Power Plant: Here, it is produced by producing electric power alone and grouped with other technologies, but, in addition, it can be used to produce hydrogen or to desalinate water or, for, industrial uses not described.

Industrial application

The preferred industrial use of the Fluorescent and Floating Marine Power Plant is the production of renewable, cheap, durable, efficient and cost-effective marine electric power. Also, it can produce hydrogen, desalinate seawater and other industrial applications not described.

It can be located in places with maximum marine activity, on the coast or offshore, can capture a lot of kinetic energy and be efficient and profitable.

Compatibility, can be joined with other technologies of marine power generation on the same support, to work together, at the same time, but, each technology moved by different marine force.

The cost savings and the increase in the amount of electricity generated represent important industrial advantages.

Industrial development, manufacturing will be responsible for shipyards (ship engineering) and producers of goods for the generation, will be a great boost for this industrial sector and for the places where they are located.

Coupling to offshore wind towers, any marine wind installation can be coupled with this invention system called Floating Capturing and Conducting Fluorescent Marine Power Plant of Waves and Sea Currents.

Claims (1)

5 10 fifteen twenty 25 30 1- The Floating Flowing Marine Power Plant Channeling and Conductive Capture of the Waves and Currents of the Sea is a mechanism or device capable of capturing (kinetic energy) masses of water to the waves, which channels and drives inside until it returns to the sea , creating or producing an indoor (unidirectional) water stream, moving 2 generators, 1- at the entrance, and 2? at the exit. Characterized in that it comprises: The mechanism (1) fixed to a vertical rack (11) fixedly fixed to a tower (5) by which the tides rise and fall with the level, remain floating, horizontally (12), up to 10 meters, same as the draft of a ship (10); an entrance (1 and 9), captor or mouth with an irregular trapezoid shape (1), has 5 degrees of rise, in its 1/3 outside, supports the 1 ^ turbine (6); a ramp (2) of descent, with trapdoor (8) anti-recoil, and slope of descent from 305 to the bottom of Yz sphere with flat bottom; it is the tank (3) or pressure and recirculation tank, 2/3 larger than the inlet; an exit (4), 2/3 smaller than the entrance (with rectangular shape), plus an elbow or spillway that returns the channeled energy to the sea and supports the 2? turbine (6); All its parts are joined by the floating base or envelope (7), forming a rigid, non-deformable, stable and floating piece, just like the draft of a ship that forces water from the sea, circulates inside, and returns to the sea. The power station seen from above (1) looks like a giant R that remains stable in the middle of the sea. It can be moored or fixed on platforms, on ships, on offshore towers (5), on the coast or on the high seas; You can work alone and partner with other marine technologies. 2- The Floating Capturing and Conducting Marine Wave Power Plant of Waves and Sea Currents according to claim 1, creates, produces or generates a stream of water, circulating inside, with constant speed and force, characterized in that it comprises: and joining all its parts (1,2,3,4,5,7,8,9), they form a system of internal channels, arranged horizontally, floating or semi-submerged up to 10 meters, rigidly joined by the system of flotation (7) and facing the advance of the waves (10), tied to the rack (11) of the tower (5), to capture bodies of water (from the moving waves), which conducts and circulates, through its interior, and 5 10 fifteen twenty 25 30 returns to the sea by the exit (in its internal route), produces or creates a stream of water (1,2,3,4) with constant speed and force that moves 2 generators (6). There are always bodies of water entering (1,9)) and leaving (4) with speed and force (unidirectionally towards the exit), usable to generate electricity or any other industrial use. 3- The Floating Capturing and Conducting Marine Wave Power Plant of Waves and Sea Currents according to claims 1 and 2, can be anchored or can work on a tower or on multiple columns, or on platforms, or on ships, offshore towers, It is multi-support, characterized in that it includes: the ability to adapt to be anchored, moored or supported, to work on the high seas or on the coast (provided that it can rise and fall with sea level), on a tower (5 ) With vertical zipper or on a fixed or floating marine platform, you can also work on a boat, ship or any type of boat that floats and is used to generate electricity, produce hydrogen or desalinate water. It is multi-support, it can be attached or added to any fixed offshore tower existing in the sea or that may exist. 4- The Floating Capturing and Conducting Marine Wave Power Plant of Waves and Sea Currents according to claims 1, 2 and 3, can be located anywhere in the domain, where more energy shows the sea, it is transportable, it is characterized because It includes: the flotation system, which wraps around the entire plant giving it rigidity and stability (7,10), just like the draft of a ship, its buoyancy and submergence up to 10 meters, the ability to be moored or anchored to any support landline or mobile and can work anywhere in the marine domain. It is transportable, it is multi-location, it has no limitations to be located on the coast or on the high seas, or work tied to any mechanism that floats stable at sea, fixed to a boat, or fixed at the seabed, tower (5) . 5- The Floating Capturing and Conducting Marine Wave Power Plant of Waves and Sea Currents according to claims 1, 2, 3 and 4, the arrangement and shape of flat or curved, open or closed pipes connected and arranged horizontally against the breakthrough of waves and sea currents, it is characterized because it includes: 5 10 fifteen twenty 25 30 set of all pipes and the horizontal arrangement of the joined parts, are shaped like a giant R (1) hugging a tower (5.11), in the middle of the sea. All the parts are covered or wrapped by the flotation system, forming a rigid, mono-hull (7), non-deformable, stable and floating outer monocoque (10), like the draft of a ship. The waves move with speed and force against the power station, which forces them to enter (the part of captured water) guides them and leads, inside, and returns them to the sea. Curved or flat pipes, open or closed, mark the internal unidirectional path (1,2,3,4), from the entrance to the exit, its horizontal alignment against the waves (1,7,9,10), its stability in the tower (5,11), its indeformable unions and its buoyancy, manage to harmonize and mechanize, the captured kinetic force, turning it into a stream of water with direction, speed and force, circulating inside, which is productive, renewable and profitable, usable to produce electricity, produce hydrogen or desalinate water or other industrial uses. 6- The Floating Capturing and Conducting Marine Wave Power Plant of Waves and Sea Currents according to claims 1, 2, 3, 4 and 5, can be associated and work with other marine technologies, grouped on the same support (5), characterized in that it includes: the ability to work grouped (13), associated, united on the same tower 4 different technologies (13,14,15,16) of marine power generation, using the same tower (5), column, platform, ship or boat, to get more production, more energy, less costs and more marine energy efficiency, saving transportation, installation and maintenance costs. 7- The Floating Capturing and Conducting Floating Marine Power Plant of Waves and Sea Currents according to claims 1, 2, 3, 4, 5 and 6, this invention is integrated in a multi-generation marine installation, on the same support ( 5), it is characterized in that it comprises: a design, a model and a multiple marine production system is provided by the grouping or association of 4 different technologies (13,14,15,16) in the same installation or tower (5), It is a complex, multiple, efficient installation for power generation or other industrial uses. The 4 fixed marine technologies on the same tower, 5 10 fifteen twenty 25 30 all work at the same time, all are independent, all use different energies, all are stable, all four form a multiple marine power generation unit. This union, association, grouping or integration of marine technologies (horizontal wind, bracer plant, flowing plant and underwater turbines) will reduce many costs, get more electricity generation and profitable. A multiple marine installation composed of 4 different technologies moved (at the same time) by different marine kinetic energies. 8- The Floating Capturing and Conducting Floating Marine Power Plant of Waves and Sea Currents according to claims 1, 2, 3, 4, 5, 6 and 7, joins or grouped on a support, to work 4 different marine technologies, each captures a different renewable marine kinetic energy, placed or fixed vertically on the same support, is characterized in that it comprises: On a column or support (5), vertically, we set the 4 mechanisms (13,14,15,16) to that work together and, each, use a different marine energy, all working at the same time. The waves enter and move the Floating and Floating Marine Power Station (13); between sea level and the highest part of the tower, the Braceante Marine Power Plant (14) captures vertical movements, waves or valleys, its height will be determined by the working angle between the tower, the arm and the level of the sea; deep down, underwater currents will move a turbine (16); at the top of the tower, the wind will move the horizontal blades or propellers (15) and these to a vertical generator. The 4 technologies thus grouped or linked on the same support form a multiple vertical installation of marine power generation, increasing production and saving costs. 9- The Floating Capturing and Conducting Marine Wave Power Plant of Olas y Corrientes del Mar according to claims 1, 2, 3, 4, 5, 6, 7 and 8, can be attached to all existing offshore wind supports It is characterized in that it comprises: the capacity and adaptability to be coupled or added to any existing offshore marine wind power generation tower, or in the process of installation, or in future installation projects, is a perfect complement for any marine tower, ship or platform with the object and objective of generating electricity, producing hydrogen or desalinating water. 10- The Floating Fluid Marine Power Plant Channelizing and Conductive Capture of Waves and Sea Currents according to claims 1, 2, 3, 4, 5, 6, 7, 8 and 9 produces electricity, can produce hydrogen, can desalinate water, It is characterized in that it includes: the utility or the capacity to adapt to different utilities or industrial productive uses, such as: generating electricity, producing hydrogen, desalinating sea water and any other industrial use not described here or that may exist or appear in the future . It is a multi generation and multifunctional mechanism.