TWI692580B - Ocean wave buoyancy and gravity generation system - Google Patents

Abstract

The ocean wave buoyancy and gravity attraction power generation system of the present invention is to set up a major buoyant body according to the "Law of Buoyancy", so that the buoyancy generated by the displacement of the major buoyant body must be lifted; The bulky object creates the major floating body, so that the gravity of the major floating body and the gravitational force generated must pull down the major floating body. In this way, from beginning to end, through a fixed mechanism, the major floating body is fixed at a fixed point for vertical up and down movement, and the energy is concentrated. Both energy sources can be simultaneously extracted in a large-scale, efficient, and unlimited amount in 24 hours. A transmission mechanism rotates a variable speed mechanism so that it can output enough rotating torque and speed to drive a large-power generator set to continue to generate electricity, so as to replace the existing energy and find a clean living space for human beings.

Description

Ocean wave buoyancy and gravity generation system

The ocean wave buoyancy and gravitational power generation system of the present invention is based on Archimedes's "Law of Buoyancy": "The size of buoyancy is equal to the weight of the liquid volume discharged by the object" (the floating body is in a state of vertical fluctuation at a fixed point, "Floating body displacement = buoyancy = gravity"), so a large buoy is set up so that the buoyancy generated by the discharge of the large buoy can lift the body of the large buoy and drive a transmission mechanism to rotate a variable speed The mechanism makes the rotating torque and rotation speed of the output of the speed change mechanism sufficient to drive a large-power generator set to generate electricity.

And apply Newton’s “law of gravitation”: “The greater the mass, the greater the attraction; the greater the distance, the smaller the attraction.” (In the state where the floating body vertically undulates, “gravity=gravity” ), to Heavy mass objects create the major floating body, so that the gravitational force generated by the gravity of the major floating body can pull down the major floating body, and can drive the transmission mechanism and rotate the speed change mechanism, so that the speed change mechanism produces The output torque and speed are enough to drive the high-power generator set to generate electricity.

Then, through a fixing mechanism of the present invention, the major floating body is fixed at a fixed point for vertical up and down movement, so that the energy can be concentrated, so that the two energy sources can be simultaneously extracted on a large scale. And through a group of lever assemblies of a transmission mechanism of the present invention, the "vertical undulation motion" of the major floating body is converted into "doubled up and down swaying motion" by applying the "lever principle" invented by Newton and then through the transmission mechanism. A group of rocking lever assemblies converts them into "double forward and backward rocking push-pull movements", and then pushes and pulls a starting gear of the transmission mechanism through a group of connecting rod assemblies of the transmission mechanism, Then it is converted into "double mechanical rotation motion", and then the speed is further increased by a group of transmission gear systems of the transmission mechanism, which drives the high-power generator, which is large-scale, efficient and unlimited, replacing the existing energy generation device .

Sea wave buoyancy and gravity are the cleanest, pollution-free, vast, inexhaustible, and inexhaustible sources of energy in the world. Free energy is available 24 hours a day, everywhere, but everywhere. What a pity that the world is violent!

With the development of science and technology, one of the most important issues affecting mankind is the lack of clean energy. Electricity is the basic element of human modern life, and the basic driving force of industrialization is indispensable. At present, all countries in the world have developed all kinds of power generation systems through the use of thermal power (coal-fired/oil/natural gas), nuclear power, hydropower, wind power, solar power, etc. to solve the power needs of modern life. Momentum for industrial development.

As far as thermal power generation is concerned: due to the excessive use of coal and oil in recent years, the carbon dioxide emissions have increased dramatically, the smog has been diffused, and the environment has been polluted. This has caused serious greenhouse warming effects and has been criticized by all walks of life.

As far as nuclear power generation is concerned: due to continuous nuclear disasters, the storage and destruction of nuclear waste is difficult, and nuclear pollution has caused permanent damage to the ecological environment. It has also been questioned by environmentalists. The anti-nuclear sound has never stopped.

As far as hydropower is concerned: it is necessary to have a suitable water source and construct a large dam, which is not only time-consuming and time-consuming, but also needs to store enough water, and the water level drop reaches a considerable standard, and the power can be generated at a time.

As far as wind power is concerned: you need to find areas with strong winds, build many towers, set up large blade wheels, and rotate with the wind. Not only is it noisy, but it also covers a large area and affects homes surroundings. Moreover, the wind direction is unstable, the energy cannot be concentrated, and the dispersion is weak, sometimes there is no, the power generation is unstable, the investment cost is high, the benefit is not obvious, and it is difficult to popularize.

As far as solar power generation is concerned, like wind power generation, collecting solar energy requires a large amount of land, and solar cells must use extremely high-purity semiconductors. In the production process, they must consume a lot of energy and cause environmental pollution. In other words, solar cells, while capturing solar energy, will not cause environmental pollution, but in the production process, they will cause environmental pollution. And the actual power generation efficiency is not good, and the energy extraction rate is only about 25%. Moreover, the energy source is also unstable. It is rainy, cloudy, and night, all of which are unavailable. It is difficult to promote effectively.

To sum up, the existing energy cost is high and the pollution is serious. It is urgent to find another clean energy to replace it. The wave buoyancy and gravity are endless and endless. They are the natural world. The cleanest, pollution-free, inexhaustible and inexhaustible sources of energy are available 24 hours a day, everywhere and everywhere. It is the best alternative energy source.

However, it has not been able to be effectively developed and widely used so far. According to the inventor's view, it is due to the acquisition of buoyancy and gravity of the waves. It must have the following four major elements, which are indispensable. It can be large-scale, efficient and unlimited. Quantity extraction, replacing the existing various types of energy generation:

1. When capturing the buoyancy of the waves: it must be based on the "Law of Buoyancy" invented by Archimedes: "The size of buoyancy is equal to the weight of the liquid volume discharged by the object." (The floating body is floating vertically at a fixed point. Body displacement = buoyancy = gravity"). This law must be applied to design the displacement of a large buoy with the rotation torque and rotation speed required by a large power generator, so that the buoyancy generated by the discharge of the large buoy can lift the body of the large buoy, And it can drive a transmission mechanism and rotate a speed change mechanism, so that the rotating torque and speed generated by the speed change mechanism are enough to drive the high-power generator set to generate electricity.

2. When extracting gravity: it must be based on the "universal gravity "Law": "The greater the mass, the greater the attraction; the greater the spacing, the smaller the attraction." (Floating body in a state of vertical fluctuation at a fixed point, "gravity = gravity"). The law must be applied to use the heavy torque to rotate the torque and speed required by the high-power generator to create the large floating body, so that the gravity generated by the gravity of the large floating body can pull down the large floating body. It can drive the transmission mechanism and rotate the speed change mechanism, so that the rotating torque and speed generated by the speed change mechanism are enough to drive the high-power generator set to generate electricity.

3. When capturing ocean wave buoyancy and gravity: the two energy sources must be captured simultaneously. If only the ocean wave buoyancy is captured, and the gravitational force must be captured simultaneously, the buoy "lifts up" "Powerful, pull down powerless", the energy is intermittent, the high-power generator is difficult to operate efficiently.

Fourth, the floating body must be fixed at a fixed point for vertical up and down movements, so that the energy will be concentrated, and the two energy sources can be simultaneously extracted at the same time.

Newton's law of universal gravitation: "Any two objects are attracted to each other by the force in the direction of the centerline through the object. The magnitude of this attraction is proportional to the product of their mass and inversely proportional to the square of their distance. The two objects The chemical nature or physical state of the material has nothing to do with the intermediary substance." That is, the center of the object and the center of the earth move on a straight line connecting the two, "gravitation = gravity". In other words, when the floating body is vertically undulating at a fixed point, "gravity = gravity". Otherwise, the floating body drifts with the waves, shakes and undulates, and the energy is dispersed. How does "gravity" equal "gravity"?

Archimedes's law of buoyancy: "An object immersed in a fluid is subjected to vertical upward buoyancy, and its size is equal to the weight of the volume of fluid displaced by the object." That is, "vertical upward "buoyancy" is equal to "float" The "body displacement" is equal to "gravity". In other words, when the floating body undulates vertically at a fixed point, "the displacement of the floating body = buoyancy = gravity". Otherwise, the floating body floats with the waves, shakes and undulates, and the energy is dispersed. How does "buoyancy" equal "drainage of the floating body" equal to "gravity"?

The present invention effectively satisfies the above-mentioned four elements of ocean wave buoyancy, gravity, and energy extraction, and can extract the above two energy sources on a large scale, efficiently, and in an unlimited amount, and solve the two energy sources. Puzzles. Completing the functions of the high-power generator mentioned in the "technical field" above, it can replace the existing various energy sources to generate electricity and find a clean living space for human beings.

In order to achieve the above object and its effect, the present invention constructs a novel sea wave buoyancy and gravity power generation system. The system includes: a major buoy, a fixing mechanism, at least one transmission mechanism, at least one transmission mechanism, and at least one A group of generators and other five major organizations; The displacement and gravity of the major floating body are reversed with the rotation torque and speed required by a large-power generator set, and the rotation push-pull power required by the transmission mechanism is calculated. Calculate the ups and downs power required by the transmission mechanism to adjust the design of the displacement and gravity of the major buoy, so that the displacement and gravity of the major buoy are enough to lift and pull Lower the major float and drive the transmission mechanism to rotate the speed change mechanism so that the speed change mechanism generates the torque and speed required to output the high-power generator set to drive the high-power generator set to generate electricity; The transmission mechanism is provided with a set of lever assemblies. The lever assembly is provided with a first lever arm and a second lever arm, and between the two auxiliary fixing rods provided by the fixing mechanism, an activity with adjustable height is additionally installed Support rods, the left and right ends of the movable support rod are provided with two sets of fixing seats, so that the movable support rod can be fixed on the two auxiliary fixing rods by the two sets of fixing seats, and above the movable support rod , Then a set of bearing seats is matched with the number of devices of the transmission mechanism, so that the bearing seat is used as a fulcrum between the first lever arm and the second lever arm of the lever assembly, and the second lever arm reaches The length of the fulcrum of the bearing seat lever is twice the length of the first lever arm to the bearing seat; the fixing mechanism is provided with at least one set of fixing rods penetratingly installed at both ends or/and two of the major floating body Side, and Set the major buoy on the shore wave at an appropriate location, so that the major buoy is stable and smooth. With the buoyancy of the wave and gravity, on the set of fixed rods, a vertical up and down movement of the fixed point is made. Never stop, operate 24 hours, use the displacement and gravity of the major floating body to capture the buoyancy and gravity of the waves, and continue to drive the high-power generator set to generate electricity.

The major floating body is a pointed bottom sealed pontoon, the pontoon has a deck, an air chamber, two or both sides of the deck, at least one set of bearing holes that can slide up and down and its inner device One bearing.

The fixing mechanism includes at least two fixing rods, at least two auxiliary fixing rods, and at least two sets of connecting crossbars. Two sets of connecting crossbars are respectively used between the upper and lower ends of the fixing rod and the auxiliary fixing rods, which are firm horizontally Connected to each other to consolidate the structure of the fixing mechanism, the fixing rod of the fixing mechanism, penetrating the bearing hole and the bearing provided on the deck of the major floating body, directly to the seabed, and fixedly installed on a seabed by a fixed base After the foundation, the major floating body can be stably and smoothly on the fixing rod of the fixing mechanism to make vertical up and down movement at a fixed point.

In order to prevent the sea wave from being too large, the large floating body shakes and swings too much force, which endangers the safety of the overall structure. A reinforced concrete wall is added on the coast, and the two auxiliary fixing rods are used with multiple horizontal fixing seats. , Firmly nailed to a reinforced concrete wall on the shore, so that they can be connected to each other to form a strong and durable fixing mechanism, so as to ensure that the major floating body can be stably and smoothly on the fixing rod of the fixing mechanism, making a fixed point vertical Heaving movement.

The transmission mechanism is provided with a set of safety devices: including, the front end of the first lever arm of the lever assembly is pivoted at a 90-degree bend, and is installed on a bearing seat on the deck of the major float, the The bearing seat is fixedly installed on a movable slide, and the movable slide is installed in a fixed slide on the deck, so that the bearing seat can follow the movable slide in the chute track of the fixed slide , Glide back and forth.

This safety device has the following two functions:

1. The height of the movable slider of the safety device is used to raise the first lever arm of the lever assembly to prevent the first lever arm from swinging up and down with the major floating body. The lever arm collides with the edge of the major floating body, which affects the stable vertical fluctuation of the major floating body.

2. It can avoid that the first lever arm uses the bearing seat of the movable support rod as a fulcrum to draw an arc shape and fluctuate up and down, because the distance between the bearing seat and the fixed rod will arc with the first lever arm The shape undulates and swings to cause a change in the distance between the two. Therefore, the vertical undulation of the major floating body is dragged, so that the major buoy cannot move on the fixed rod of the fixing mechanism to move up and down vertically. The movable slider of the safety device slides back and forth in the chute track of the fixed slide to adjust and solve it, so as not to cause the mechanism to be pulled and damage the structural safety.

The transmission mechanism is provided with a set of rocking lever assemblies: the rocking lever assembly is further provided with a lever sliding groove at the rear end of the second lever arm of the lever assembly, and a sliding groove track of the lever sliding groove is provided with a A sliding rod, the upper end of the sliding rod is connected to the front end of a front rocker rod of the rocker rod assembly, so that the front rocker rod and the rear rocker rod driven by the slide rod rod are in opposite directions to each other Back and forth rocking movement; because the rocking lever assembly is provided with a pillar, the pillar is fixedly mounted on a reinforced concrete wall, and a pivot is installed on it as a fulcrum of the rocking lever assembly to enable the front rocking lever of the rocking lever assembly With the rear rocker lever, the back and forth rocking motion of the pillar and the pivot shaft can be easily reversed, and the "doubled up and down rocking motion" generated by the lever assembly can be converted into "doubled" by the rocker lever assembly. Swing forward and backward movement."

The first transmission mode of the transmission mechanism: the front rocking lever of the rocking lever assembly is further pivotally connected to a first linking lever of a linking assembly, and the other end of the first linking lever is pivoted again Connected to a first linkage push rod, and the other end of the first linkage push rod is pivotally connected to A first bearing at the end of a first crank on the left side of a starting gear of the shift mechanism; and the rear rocking lever of the rocking lever assembly is pivotally connected to a second linking lever of the connecting rod assembly, and The other end of the second linkage lever is pivotally connected to a second linkage push rod, and the other end of the second linkage lever is pivotally connected to a second end of a second crank on the right side of the start gear of the transmission mechanism On the second bearing; when the major floating body rises by sea wave buoyancy or falls by gravity, the bearing seat on the major floating body deck drives the first lever arm of the lever assembly upward or downward, The second lever arm and the lever sliding groove connected thereto, that is, the "up and down vertical undulating motion" of the major floating body in the opposite direction are converted into "doubled up and down swaying motion" by the lever assembly. At this time, the sliding rod in the sliding groove track of the lever sliding groove, that is, the front rocking lever and the rear rocking lever that drive the rocking lever assembly, perform the forward and backward rocking push-pull movement in the opposite direction to each other, and convert it to " Double the front-rear swing push-pull movement." Therefore, when the front rocker lever pushes the first link lever, the first link lever, the first bearing and the first crank connected thereto, a start gear of the shift mechanism is pushed forward continuously to rotate ; The rear rocker lever also pulls back the second link lever, the second link push rod, the second bearing and the second crank connected to it in the opposite direction, pulls back the start gear and continues to rotate, a Push and pull, the two sets of linkage levers simultaneously exert force. On the left and right sides of the starting gear, one after the other, just like stepping on a bicycle, push and pull the starting gear back and forth, and double the rocking rod assembly to double the forward and backward swinging and pulling movement ", combined with the starting gear via the connecting rod assembly, and then convert it into "double mechanical rotary motion." In this way, after repeated rotation, continuous rotation and 24-hour operation, after a group of transmission gear systems driving the transmission mechanism is speeded up, the high-power generator device is driven to generate electricity.

The second transmission mode of the transmission mechanism is to pivotally connect the rear rocker rod of the rocker rod assembly to a swing arm of a connecting rod assembly, and the other end of the swing arm is pivotally connected to a sliding telescopic seat The other end of the sliding telescopic base is pivotally connected to a connecting rod, and the other end of the connecting rod is pivoted again Connected to a linked crank, and the other end of the linked crank is connected to a starting gear rotating shaft of the speed change mechanism; when the major float, the first lever arm, the second lever arm, and the lever sliding groove are formed When the line is straight, the sliding rod in the sliding groove track of the lever drives the front rocking lever, the rear rocking lever, the swing arm, the sliding telescopic seat, the connecting rod and the connecting crank of the rocking rod assembly , Forming a straight line, pushing forward, driving the starting gear to rotate clockwise; wherein, the sliding telescopic seat is provided with two sets of sliding grooves, and two fixed posts are sleeved on it to make the rear swing of the rocking lever assembly shake When the lever draws a circle in the shape of an arc with the pivot as the fulcrum, when it swings up and down, when the distance between the end of the rear swing lever and the starting gear is shortened, the two fixed columns of the sliding telescopic seat can slide on the two In the chute track of the groove, slide back and forth and adjust it to ensure that the linked crank is not affected by the movement of the spacing caused by the back and forth swing of the rear rocker lever, and can continue to smoothly drive the starting gear, reciprocating back and forth, rotating clockwise; When the major floating body rises by the buoyancy of the ocean waves, the bearing seat on the deck of the major floating body drives the first lever arm of the lever assembly upward, and the second lever arm and the lever sliding groove at the other end Descending, at this time, the sliding rod in the sliding groove track of the lever drives the front rocking rod of the rocking rod assembly to descend, and the rear rocking rod at the other end rises upwards, pulling it back The connected swing arm, the sliding telescopic seat and the connecting rod make the linked crank also pull back, pull back the starting gear and continue to rotate clockwise; when the major floating body drops by gravity, the major The bearing seat on the floating body deck drives the first lever arm of the lever assembly to descend, and the second lever arm and the lever sliding groove at the other end rise upward. At this time, the lever sliding groove slide groove track The sliding rod in the middle, that is, the front rocker that drives the rocker assembly, also rises. At this time, the rear rocker rod at the other end of the rocker rod assembly then descends, and then pulls back the swing arm, the sliding telescopic seat and the connecting rod connected thereto, so that the linked crank also follows Pull, pull back the starting gear, and continue to rotate clockwise; in this way, start and end, continue to rotate, and operate for 24 hours, The "double forward and backward rocking push-pull motion" of the rocking lever assembly is converted into "double horizontal reciprocating back and forth motion" by the connecting rod assembly, and the linked crank is pushed and pulled to rotate the starting gear, which is then converted into "doubled mechanical rotary motion" "For example, the locomotives of steam trains, like the Chinese grinding rice cakes, rotate the gearing system of the gearing mechanism to increase the speed, and then drive the high-power generator device to generate electricity.

The group of speed change gear systems of the speed change mechanism is equipped with a flywheel of appropriate weight, and the axis of the flywheel is provided with a set of ratchets to prevent reverse rotation; The axis of the starting gear is also provided with a set of anti-reversing ratchets to prevent the set of gear systems from reversing when the waves sway up and down with the wind.

The starting gear and the second transmission gear of the two large and heavy gears of the group of transmission gear systems of the transmission mechanism rotate in the same direction; and the flywheel of the appropriate weight and the two large and heavy gears of the first transmission gear are also reversed. Directional rotation, according to the "energy conservation principle" and "inertia principle", the system can automatically store rotational kinetic energy and follow the system for continuous and stable directional rotation, so as to ensure that the group of transmission gear systems of the transmission mechanism can be oriented at a constant speed to steadily drive the large The power generator device runs smoothly to generate electricity.

The significant floating body can of course also be replaced by a rectangular or oval or polygonal rectangular floating boat with a V-shaped bottom, which can achieve the same effect.

When the major floating body is designed to be adjusted according to the rotation torque and speed required by a large power generator, if the displacement and gravity of the major floating body are designed to be matched, if the drainage volume and gravity of the major floating body are too large, the fixing mechanism is difficult When the major floating body is supported for vertical up and down movement at a fixed point, several fixing rods, auxiliary fixing rods, and connecting crossbars can be added at both ends or/and both sides of the major floating body to fix it. .

The sea wave buoyancy and the gravity outer power generation system can be added together Breakwaters can not only prevent natural disasters such as typhoons, but also prevent the waves from being too large. The excessive floating of the major floating body can affect the vertical floating movement of the major floating body at a fixed point.

In order to enable your reviewing committee to have a better understanding and understanding of the technical characteristics of the products of the present invention and the effects achieved, I would like to use the preferred embodiment drawings, which are elaborated one by one as follows:

1: Major floating body

1B: Float

11: Deck

12: Air room

13: bearing hole

2: fixed mechanism

21: fixed rod

22: auxiliary fixed rod

23: Link crossbar

24: movable pole

241: Fixed seat

25: Bearing

26: fixed base

27: Lateral fixed seat

28: Bearing seat

3: Transmission mechanism

31: Lever assembly

311: the first lever arm

312: Second lever arm

313: Lever sliding groove

32: Bearing seat

33: Active slider

34: fixed slide

35: rocker assembly

351: Front rocker

352: Rear rocker

353: Pillar

354: pivot

355: sliding plunger

36: connecting rod assembly

361: The first linkage

361A: Swing arm

362: Second linkage

362A: Sliding telescopic seat

3621A: Sliding groove

3622A: fixed column

363: The first linkage putter

363A: Connecting rod

364: Second linkage putter

37: The first crank

371: First bearing

38: Second crank

381: second bearing

39A: Linked crank

4: Variable speed mechanism

5: Basic

6: Reinforced concrete wall

G1: Start gear

G2: driven gear

G3: the first transmission gear

G4: the first interlocking gear

G5: Second transmission gear

G6: Second interlocking gear

G7: the first pulley

G8: flywheel

G9: second pulley

G10: generator shaft

G11: Ratchet

G81: Ratchet

Figure 1 is a schematic perspective view of the first embodiment of the present invention; Figure 2 is a schematic side view of the horizontal position of the floating body of the first embodiment of the present invention; Figure 3 is a side view of the floating body ascending action of the first embodiment of the present invention Schematic diagram; Figure 4 is a schematic side view of the lowering action of the floating body of the first embodiment of the present invention; Figure 5 is a partial front cross-sectional schematic view of the first embodiment of the present invention; Figure 6 is a floating body of the first embodiment of the present invention The schematic diagram of the action of the ascending transmission mechanism; Figure 7 is the schematic diagram of the action of the floating body descending transmission mechanism of the first embodiment of the invention; Figure 8 is the perspective schematic diagram of the transmission gear train of the first embodiment of the invention; Figure 9 is the first of the invention FIG. 10 is a schematic top view of the action cross section of the floating body ascending gear system of the embodiment; FIG. 10 is a schematic side view of the action cross section of the floating body ascending gear system of the first embodiment of the invention; FIG. 11 is a floating body of the first embodiment of the invention The schematic top view of the action cross section of the descent gear system; FIG. 12 is the side schematic view of the action cross section of the descent gear system of the floating body according to the first embodiment of the present invention; Figure 13 is a schematic side view of the horizontal position of the floating body of the second embodiment of the present invention; Figure 14 is a schematic side view of the rising side of the floating body of the second embodiment of the present invention; Figure 15 is a floating body of the second embodiment of the present invention Figure 16A is a schematic side view of the horizontal position of the floating body in the second embodiment of the present invention; Figure 16B is a side schematic view of the floating action of the second embodiment of the present invention; Figure 16C is a schematic view of the present invention Side view schematic diagram of the lowering action of the floating body of the second embodiment; FIG. 17 is a perspective schematic diagram of a third embodiment of the present invention.

The first embodiment of the sea wave buoyancy and gravitational power generation system of the present invention: please refer to the first to twelfth figures, including a set of major floating bodies 1, a set of fixing mechanisms 2, at least one set of transmission mechanisms 3, At least one set of speed change mechanism 4, at least one set of generator device (not shown), etc., composed of five major mechanisms; the major floating body 1, as shown in Figures 1 and 5, is based on Archimedes invented "Law of buoyancy": "The size of buoyancy is equal to the weight of the liquid volume discharged by the object" (the floating body is in a state of vertical undulation at a fixed point, "displacement of buoyancy = buoyancy = gravity"); and based on Newton's "law of gravity" ": The greater the mass, the greater the attraction; the greater the spacing, the smaller the attraction." (The floating body is vertically undulating at a fixed point, "gravity = gravity"). Based on this, the displacement and gravity of a “10,000 metric ton” large floating body 1 are built with heavy steel, as an example, it is used as a floating mechanism for wave buoyancy and gravity, so that The displacement and gravity of the major buoy 1 captures “10,000 metric tons” of ocean wave buoyancy and gravity, interacts, lifts and pulls out the major buoy 1 and drives the transmission mechanism 3, Rotate the speed change mechanism 4 so that the rotating torque and speed generated by the speed change mechanism 4 are sufficient to drive a large-power generator set to generate electricity.

In other words, the displacement and gravity of the major floating body 1 are reversely reversed with the rotation torque and rotational speed required by a large-power generator set, and the rotational push-pull power required by the transmission mechanism 4 is calculated, and then based on this The data is further deduced to obtain the ups and downs swing power required by the transmission mechanism 3 to adjust the design of the displacement and gravity of the major buoy 1 so that the displacement and gravity of the major buoy 1 produce the captured The buoyancy and gravitational force are enough to lift and pull the large floating body 1 outside, and have to drive the transmission mechanism 3 and rotate the transmission mechanism 4 to make the transmission mechanism 4 produce the rotation torque and speed required to output the high-power generator set , It is easy to drive the high-power generator set to generate electricity; the fixing mechanism 2, as shown in Figures 1 and 2, is provided with at least one set of fixing rods 21 installed at both ends of the major floating body 1 or/ And the two sides, and the major buoy 1 is set on the shore wave at a suitable location, so that the major buoy 1 is stable and smooth. With the buoyancy of the waves and gravity, the set of fixed rods 21 of the fixing mechanism 2 Go up and down to make a vertical up and down movement at a fixed point. In this way, it will start again and again, never stop, and operate 24 hours. With the displacement and gravity of the major buoy 1 to capture the wave buoyancy and gravity, continue to drive the high-power generator set Run power generation. This is the most important key idea of the invention.

The major floating body 1, as shown in Figs. 1 and 5, is illustrated by taking a large bottom sealed floating pontoon as an example, and has a deck 11, an air chamber 12, and both ends and/or sides of the deck 11, At least one bearing hole 13 is provided, and a bearing 25 is installed therein.

As shown in Figures 1 and 2, the fixing mechanism 2 includes at least two fixing rods 21, at least two auxiliary fixing rods 22, at least two groups of connecting crossbars 23, the group of fixing rods 21 and the group of auxiliary fixing Between the upper and lower ends of the rod 22, two sets of connecting crossbars 23 are used, which are firmly connected horizontally, so that the structure of the fixing mechanism 2 is consolidated. The set of fixing rods 21 of the fixing mechanism 2 are provided through the major floating body 1 The bearing hole 13 has been installed with a set of bearings 25, which leads directly to the seabed. With a fixed base 26, which is fixedly installed on a submarine foundation 5, the major floating body 1 can be stable and smooth. The group of fixing rods 21 of the fixing mechanism 2 are subjected to "fixed point vertical up and down movement".

As shown in Figure 2, the fixing mechanism 2 mentioned above, in order to avoid excessive sea waves, the rocking force of the major floating body 1 is too severe, endangering the safety of the overall structure, and a reinforced concrete wall 6 is added on the coast Two auxiliary fixing rods 22, and a plurality of lateral fixing seats 27, are firmly nailed to the reinforced concrete wall 6 on the shore, so that they can be connected to each other, forming a strong and durable fixing mechanism 2 to ensure that the major The floating body 1 can perform a vertical up and down movement on the set of fixing rods 21 of the fixing mechanism 2 at a fixed point.

The transmission mechanism 3 has many transmission modes. In the first and second embodiments, only two transmission modes are excerpted. Others are not listed one by one. The transmission modes of the first embodiment are as follows: , 2, 3, 4, 6, 7, and 8 are shown in the figure, taking three sets of examples as an example, and choose one set of instructions for simplicity.

The transmission mechanism 3 is provided with a set of lever assemblies 31: as shown in FIGS. 1, 2, 3, and 4, the lever assembly 31 is provided with a first lever arm 311 and a second lever arm 312, and is attached to the fixing mechanism 2 between the two auxiliary fixed rods 22, an adjustable movable rod 24 with an adjustable height is additionally installed, and the left and right ends of the movable rod 24 are respectively equipped with two sets of fixed seats 241 to make the movable rod 24. The two sets of fixing seats 241 can be used to fix the two auxiliary fixing rods 22, and the movable support rod 24 can be equipped with a set of bearing seats 28 in accordance with the number of devices of the transmission mechanism 3. The lever assembly 31 can use the bearing seat 28 as a fulcrum between the first lever arm 311 and the second lever arm 312 of the lever assembly 31, because the length from the second lever arm 312 to the lever fulcrum of the bearing seat 28 , Which is twice the length of the first lever arm 311 to the bearing seat 28, "using the principle of lever", the front end of the first lever arm 311 swings up and down 1 foot, and the end of the second lever arm 312 swings up and down 2 feet Therefore, the lever assembly 31 can convert the “up and down vertical undulation movement” of the major floating body 1 into “doubled up and down swing movement”.

The transmission mechanism 3 is provided with a set of rocking lever assemblies 35: as shown in FIGS. 1, 2, 3, and 4, the rear end of the second lever arm 312 of the lever assembly 31 is further provided with a lever sliding groove 313, The sliding groove track of the lever sliding groove 313 is provided with a sliding insert rod 355, the upper end of the sliding insert rod 355 is connected to the front end of a front swing rod 351 of the swing rod assembly 35, so that the sliding insert rod 355 can drive the The front rocker bar 351 and a rear rocker bar 352 of the rocker bar assembly 35 can swing in opposite directions to each other; because the rocker bar assembly 35 is provided with a pillar 353, the pillar 353 is fixedly installed on a reinforced concrete wall 6, A pivot 354 is installed on it as a fulcrum of the rocking lever assembly 35, so that the front rocking lever 351 and the rear rocking lever 352 of the rocking lever assembly 35 can easily interact with each other via the pillar 353 and the pivot 354 The forward and backward rocking motion in the opposite direction, and the lever assembly 31 is "doubled up and down rocking motion", which is converted into the "doubled forward and backward rocking push-pull motion" by the rocking lever assembly 35.

In the first transmission mode of the transmission mechanism 3, as shown in Figures 2, 3, 4, 6, 7, and 8, the front rocking lever 351 of the rocking lever assembly 35 is pivotally connected to a connecting rod assembly 36 A first linkage rod 361, and the other end of the first linkage rod 361 is pivotally connected to a first linkage push rod 363, and the other end of the first linkage rod 363 is then pivotally connected to the transmission mechanism 4, a start gear G1 on the left of a first crank 37 at the end of a first bearing 371; and the rocker lever assembly 35 of the rear rocker lever 352 pivotally connected to a second link lever 362 of the link assembly 36 , And the other end of the second linkage rod 362 is pivotally connected to a second linkage push rod 364, and the other end of the second linkage rod 364 is pivotally connected to a second crank 38 on the right side of the start gear G1 A second bearing 381 at the end; as shown in Figures 6, 7, and 8, when the major buoy 1 rises by sea wave buoyancy or falls by gravity, a bearing seat on the deck 11 of the major buoy 1 32 means that the first lever arm 311 of the lever assembly 31 moves upward or downward, and the second lever arm 312 and the lever sliding groove 313 at the other end move downward or upward in the opposite direction. The sliding rod 355 in the sliding groove track of the lever sliding groove 313, that is, the front rocking rod 351 and the rear rocking of the rocking rod assembly 35 The lever 352 is opposite to each other "backward and forward push-pull movement"; when the front swing lever 351 descends, the first linkage lever 361, the first linkage push rod 363, the first bearing 371, the When the first crank 37 pushes the start gear G1 forward; the rear rocking lever 352 rises in the opposite direction, driving the second link lever 362, the second link lever 364, and the second bearing 381 connected thereto , The second crank 38 pulls back the starting gear G1 to rotate, one pushes and one pulls, the two link assemblies 36 simultaneously exert force, and continuously pushes and pulls the rotating shaft of the starting gear G1 on the left and right sides of the starting gear G1, one Before and after, just like riding a bicycle, the starting gear G1 is pushed back and forth to rotate, and the rocking lever assembly 35 is "doubled forward and backward swaying push-pull movement", and the starting gear G1 is converted into "Double mechanical rotation motion", so, after repeated rotation, continuous rotation, 24 hours of operation, driving a group of transmission gear system of the speed change mechanism 4 to speed up, driving the high-power generator set to generate electricity.

The transmission mechanism 3 is provided with a set of safety devices: as shown in FIG. 1, the front end of the first lever arm 311 including the lever assembly 31 is pivotally set at a 90-degree bend, and is installed on the deck of the major buoy 1 11 on a bearing block 32, and the bearing block 32 is fixed on a movable slide 33, and the movable slide 33 is installed in a fixed slide 34 on the deck 11, so that the bearing block 32 can With the movable slider 33, it slides back and forth in the chute track of the fixed carriage 34.

This safety device has the following two functions:

1. Press, when the major floating body 1 moves vertically up and down between the two fixed rods 21, the first lever arm 311 of the lever assembly 31 uses the bearing seat 28 of the movable support rod 24 as The fulcrum is drawn in a circle and undulates in an arc shape. The paths of the two undulations are completely different. Except when the major float 1, the first lever arm 311, and the second lever arm 312 form a horizontal straight line, regardless of the major When the floating body 1 rises or falls, the first lever arm 311 will drag the major floating body 1 closer to the distance between the fixing rod 21 and the bearing seat 28, so that the major floating body 1 cannot be fixed to the two fixing rods 21 In order to move vertically up and down at a fixed point, the movable slider 33 of the safety device is required to slide forward and backward in the chute track of the fixed slide 34 to be adjusted so as not to cause the mechanism to be pulled and damage the structural safety. This is also the original idea of the present invention.

2. The height of the movable slider 33 of the safety device is used to elevate the first lever arm 311 to prevent the first lever arm 311 from colliding with the major floating body 1 when it moves up and down vertically The edge of the floating body 1 affects the stability of the vertical floating movement of the major floating body 1.

The transmission mechanism 4 has many transmission methods. For simplification, this system only uses mechanical transmission gear system description: as shown in Figure 1, the transmission mechanism 4 is like the transmission mechanism 3 taking three sets as an example for simplicity. , Choose a set of instructions.

As shown in Figures 8, 9, 10, 11, and 12, the speed change mechanism 4 is provided with a set of speed change gear system, which includes a start gear G1, and a slave gear meshing with the start gear G1 The moving gear G2, a first transmission gear G3 coaxial with the driven gear G2, a first interlocking gear G4 meshed with the first transmission gear G3, and a second transmission gear G5 coaxial with the first interlocking gear G4 , A second interlocking gear G6 meshed with the second transmission gear G5, a first pulley G7 coaxial with the second interlocking gear G6 and a flywheel G8 of appropriate weight, a second transmission with the first pulley G7 The pulley G9, and the second pulley G9 is coaxial with the generator rotating shaft G10, can drive the high-power generator device to generate electricity.

The diameter of the starting gear G1 is 10 times that of the driven gear G2. Therefore, when the starting gear G1 makes one revolution, the driven gear G2 makes ten revolutions; and the first transmission coaxial with the driven gear G2 The diameter of the gear G3 is 10 times that of the first interlocking gear G4, so the first transmission gear G3 makes one revolution, and the first interlocking gear G4 makes ten revolutions; and the second coaxial with the first interlocking gear G4 The diameter of the transmission gear G5 is 10 times that of the second interlocking gear G6, so the second transmission gear G5 makes one revolution, and the second interlocking gear G6 makes ten revolutions; and the first interlocking gear G6 is coaxial with the first interlocking gear G6. The diameter of a pulley G7 is 10 times that of the second pulley G9, so the first pulley G7 makes one revolution, the second pulley G9 makes ten revolutions, and the second pulley G9 is coaxial with the high-power generator rotating shaft G10 Therefore, the starting gear G1 makes one revolution, and the rotating shaft G10 of the high-power generator rotates 10,000 times. The speed requirement depends on the actual demand of the high-power generator. The speed-changing gear system of the speed-changing mechanism 4 of the device can be freely adjusted according to the actual demand of the high-power generator.

As shown in FIG. 8, the group of speed change gear systems of the speed change mechanism 4 can not only change the rotation speed, but also meet the rotation speed requirement of the high-power generator, and the axis of the start gear G1 is provided with a ratchet G11 preventing reverse rotation The shaft of the flywheel G8 of appropriate weight is also equipped with a ratchet G81 to prevent reversal, which can prevent the waves from turbulent with the wind and cause the system to reverse.

The start gear G1 and the second transmission gear G5 in the group of transmission gear systems of the transmission mechanism 4 rotate in the same direction; and the appropriate weight flywheel G8 and the first transmission gear G3 both rotate Large and heavy gears are also rotating in the opposite direction. According to the "energy conservation principle" and "inertia principle", the system can automatically store rotational kinetic energy and follow the system for continuous and stable directional rotation to ensure that the group of transmission gear systems of the transmission mechanism 4 can The directional constant speed is stable, driving the high-power generator device to run smoothly and generate electricity.

The generator device is a general off-the-shelf device (not shown in the figure) and will not be repeated here. However, in the first embodiment of the present invention, as shown in FIG. 1, three sets of transmission mechanism 3, speed change mechanism 4, and generator device are assembled at the same time, so that three sets of high-power generator sets can be started at the same time, generating three times the amount of electricity.

The second embodiment of the sea wave buoyancy and gravity power generation system of the present invention: please refer to the figures 13, 14 and 15. In this embodiment, the major floating body 1, the fixing mechanism 2, the speed change mechanism 4, and the generator device are all the same as the first embodiment of the present invention, and only the transmission portion of the transmission mechanism 3 is slightly modified.

The second transmission method of the transmission mechanism 3, that is, the transmission method of the second embodiment, the first transmission method and the second transmission method, the difference between the two lies in: As shown in FIG. 13, The rear swing lever 352 of the swing lever assembly 35 of the transmission mechanism 3 is pivotally connected to a swing arm 361A of a link assembly 36, and the other end of the swing arm 361A is pivotally connected to a sliding telescopic base 362A, The other end of the sliding telescopic base 362A is pivotally connected to a connecting rod 363A, and the other end of the connecting rod 363A is pivotally connected to a linked crank 39A, and the linked crank 39A and the start gear G1 rotating shaft of the transmission mechanism 4 When the major floating body 1 is in line with the first lever arm 311, the second lever arm 312, and the lever sliding groove 313, the front rocking lever 351 and the rear rocking lever 352 of the rocking lever assembly 35 , The swing arm 361A, the sliding telescopic seat 362A, the connecting rod 363A, the linked crank 39A forms a straight line, pushes forward, and drives the starting gear G1 of the transmission mechanism 4 to rotate clockwise; as shown in FIG. 13 As shown in the figure, the sliding telescopic base 362A is provided with two sliding grooves 3621A, and two fixing posts 3622A are sleeved thereon, so that the rocking lever assembly 35 draws a circle in an arc shape with the pivot 354 as a fulcrum. The distance between the end of the rear rocking lever 352 and the starting gear G1 will follow the rear rocking lever 352 in a circular arc shape and oscillate, causing a change in the spacing, which can be fixed by the two fixing posts 3622A of the sliding telescopic base 362A Set on the chute rails of the two sliding grooves 3621A, slide forward and backward, automatically adjust their spacing, so as to ensure that the linked crank 39A has to continuously and stably drive the starting gear G1, reciprocate back and forth, rotate clockwise, and the fixed The column 3622A can be fixedly erected on a wall, floor or other suitable position to cooperate; as shown in Figure 14, when the major buoy 1 rises by the buoyancy of the ocean waves, the bearing block 32 on the deck 11 of the major buoy 1 The first lever arm 311 that drives the lever assembly 31 is raised, and the second lever arm 312 and the lever sliding groove 313 at the other end are lowered, driving the front swing lever 351 of the swing lever assembly 35 to descend. The rear rocking lever 352 at the other end rises upward, towards Pull back the swing arm 361A, the sliding telescopic base 362A and the connecting rod 363A, so that the linked crank 39A is also pulled back, and the start gear G1 is pulled back to continue to rotate clockwise; as shown in Figure 15, When the major floating body 1 descends by gravity, the bearing block 32 on the deck 11 of the major floating body 1 drives the first lever arm 311 of the lever assembly 31 to descend, and the second lever at the other end The arm 312 and the lever sliding groove 313 rise upward, driving the front rocking lever 351 of the rocking lever assembly 35 to rise upward. At this time, the rear rocking lever 352 of the other end of the rocking lever assembly 35 then descends and then again. Pull back the swing arm 361A, the sliding telescopic seat 362A and the connecting rod 363A, so that the linked crank 39A is also pulled back, pull back the start gear G1, and continue to rotate clockwise; this second transmission mode Operation, as shown in Figures 16A, 16B, and 16C, Figure 16A is a schematic diagram of the horizontal position of the major float 1 in Figure 13; Figure 16B is a schematic diagram of the upward movement of the major float 1 in Figure 14; FIG. 16C is a schematic diagram of the action of descending the major floating body 1 in FIG. 15. In this way, after repeated rotation, continuous rotation, 24-hour operation, the "doubled forward and backward swing push-pull movement" of the rocker assembly 35 is converted into "double horizontal reciprocating push-pull movement" by the connecting rod assembly 36, and the linked crank 39A is rotated The starting gear G1 is converted into a "double mechanical rotation motion", such as a steam train locomotive, like the Chinese people grinding rice cakes, driving the starting gear G1 to rotate and driving the group of transmission gear systems of the transmission mechanism 4 After increasing the speed, the high-power generating set device is rotated to generate electricity.

The third embodiment of the sea wave buoyancy and gravitational power generation system of the present invention: as shown in FIG. 17, the three mechanisms of transmission mechanism 3, transmission mechanism 4, and generator device are the same as the first embodiment and the second embodiment of the present invention. The example is the same, only the major floating body 1 and the fixing mechanism 2 are slightly changed.

As shown in Figure 17, the difference between the two is that the major float 1 is replaced with a small sealed float 1B, which is made of heavy steel and is based on a small The rotation torque and rotation speed required by the generator to create the displacement and gravity of the floating sphere 1B, as a floating mechanism for the buoyancy and gravity of the wave, in order to capture the buoyancy and ground of the wave according to the displacement and gravity of the floating sphere 1B Gravity lifts and pulls the float 1B; the center of the float 1B is provided with a bearing hole 13 in which a bearing 25 is installed; the fixing mechanism 2 of the float 1B is a fixed rod 21 is replaced by a fixed support, the fixed rod 21 penetrates the bearing hole 13 and the bearing 25 of the center of the floating sphere 1B, directly through the sea floor, and is mounted on a fixed base 26 so that the floating sphere 1B can be passed through a fixed rod 21 , With the buoyancy of the waves and gravity, the vertical ups and downs movement at a fixed point to drive the small generator set to generate electricity.

If the small-sized sealed floating sphere 1B has a large rotating torque and speed, the displacement and gravity of the floating sphere 1B are large, and a fixed rod 21 is not enough to support the floating sphere 1B up and down at a fixed point. During vertical undulating movement, four bearing holes 13 can still be provided at the four ends of the front, back, left, and right eaves of the float 1B. After the four sets of bearings 25 are installed, the four fixing rods 21 penetrate the bearing holes 13 and the bearings 25 , Through the bottom of the sea, installed on a fixed base 26 on the bottom of the sea, and the upper and lower ends of the four fixed rods 21, and another two sets of connecting crossbars 23, horizontally connected to each other, so that the structure of the fixing mechanism 2 is consolidated, the float 1B can With the buoyancy and gravity of the waves, the four fixed rods 21 move vertically up and down at a fixed point.

If the rotating torque and speed of the generator are huge, the displacement of the major floating body 1 is huge, even as high as 100,000 metric tons, and the fixing mechanism 2 can hardly support the vertical floating movement of the major floating body 1 at a fixed point. It can be solved as long as more fixing rods 21 are supported at both ends or/and both sides of the major floating body 1, and the auxiliary fixing rod 22 and the connecting crossbar 23 are firmly connected.

The major floating body 1 is a large pontoon sealed with a pointed bottom, which is used as the buoyancy of the waves The gravity floating mechanism is illustrated as an example. Of course, it can also be replaced by a floating boat of other appropriate shapes, such as a rectangular, elliptical, polygonal rectangular floating boat with a V-shaped bottom, etc., and the same effect can be obtained.

The outer periphery of the ocean wave buoyancy and gravity power generation system of the present invention can be built with a breakwater if necessary, not only to prevent natural disasters such as typhoons, but also to prevent the waves from being too large. The shaking affects the vertical up and down movement of the major floating body 1 to ensure the stable operation of the system.

The ocean wave buoyancy and gravity attraction power generation system of the present invention utilizes the ocean wave buoyancy and gravity attraction, a new structure and a new idea that the two energy sources simultaneously capture, and can indeed enable the ocean wave buoyancy and gravity to be large-scale and efficient , Unlimited, replace the existing energy generation, and thus be able to find a clean living space for human beings. And its structure is simple, easy to install, easy to operate, convenient to maintain, low investment, extremely stable, practical and forward-looking value. The claims for invention patents are filed in accordance with the law; however, the above description is only a preferred embodiment of the present invention, and any extensions based on the technical means of the present invention should be included in the patent application scope of the present invention.

1: Major floating body

11: Deck

12: Air room

2: fixed mechanism

21: fixed rod

22: auxiliary fixed rod

23: Link crossbar

24: movable pole

241: Fixed seat

25: Bearing

26: fixed base

27: Lateral fixed seat

28: Bearing seat

3: Transmission mechanism

31: Lever assembly

311: the first lever arm

312: Second lever arm

313: Lever sliding groove

32: Bearing seat

33: Active slider

34: fixed slide

35: rocker assembly

351: Front rocker

352: Rear rocker

353: Pillar

354: pivot

355: sliding plunger

36: connecting rod assembly

361: The first linkage

362: Second linkage

363: The first linkage putter

364: Second linkage putter

4: Variable speed mechanism

5: Basic

6: Reinforced concrete wall

Claims (13)

An ocean wave buoyancy and gravity attraction power generation system, characterized in that the system includes: a group of major buoys (1), a group of fixing mechanisms (2), at least a group of transmission mechanisms (3), and at least a group of transmission mechanisms ( 4), and at least one set of generators, etc., composed of five major mechanisms; the displacement and gravity of the major floating body (1) are based on the rotation torque and rotation speed required by a large-power generator set, and are reversed to calculate the According to the rotational push-pull power input required by the speed change mechanism (4), according to the data, further reversely calculate the ups and downs power required by the transmission mechanism (3) to adjust the design of the major floating body (1 ) The displacement and gravity of the large buoy (1), the buoyancy and gravity generated by the large buoy (1) are sufficient to lift and pull the outside of the large buoy (1) and drive the transmission mechanism (3) , Rotate the speed change mechanism (4) to make the speed change mechanism (4) produce the rotation torque and rotational speed required to output the high-power generator set to drive the high-power generator set to run and generate electricity; the transmission mechanism (3) is provided There is a set of lever assembly (31), the lever assembly (31) is provided with a first lever arm (311) and a second lever arm (312), and two auxiliary fixing rods (22) are provided in the fixing mechanism (2) ), a movable pole (24) with adjustable height is additionally installed, and two sets of fixing seats (241) are arranged at the left and right ends of the movable pole (24), so that the movable pole (24) can be By means of the two sets of fixing seats (241), the fixing device is fixed on the two auxiliary fixing rods (22), and on the movable supporting rod (24), the number of devices of the transmission mechanism (3) is matched. Set the bearing housing (28) so that the bearing housing (28) is used as a fulcrum between the first lever arm (311) and the second lever arm (312) of the lever assembly (31). The length from the second lever arm (312) to the lever fulcrum of the bearing housing (28) is twice the length from the first lever arm (311) to the bearing housing (28); the fixing mechanism (2) is provided with at least A set of fixing rods (21) are installed at the two ends or/and both sides of the major buoy (1), and the major buoy (1) is placed on the shore wave at a suitable location to make the major buoy The body (1) is stable and smooth. With the wave buoyancy and gravity, on the set of fixed rods (21), Make a vertical up and down movement at a fixed point. The ocean wave buoyancy and gravity attraction power generation system as described in item 1 of the scope of the patent application, wherein the major buoy (1) is a sealed pontoon with a pointed bottom, the pontoon has a deck (11), an air chamber ( 12) At least one set of bearing holes (13) capable of sliding up and down and bearings (25) inside the deck (11) are provided at both ends and/or both sides of the deck (11). The ocean wave buoyancy and gravity generation system as described in item 1 of the patent scope, wherein the fixing mechanism (2) includes at least two fixing rods (21), at least two auxiliary fixing rods (22), at least two groups Connect the cross bar (23), between the upper and lower ends of the set of fixed bars (21) and the set of auxiliary fixed bars (22), use two sets of connecting cross bars (23), which are firmly connected horizontally to make the fixing mechanism (2 ) The structure is consolidated, the set of fixing rods (21) of the fixing mechanism (2) penetrates the bearing hole (13) provided in the major floating body (1), and a set of bearings (25) is installed in The bottom of the sea, by means of a fixed base (26), fixed on a subsea foundation (5), the major floating body (1) can be stable and smooth on the set of fixed rods (21) of the fixing mechanism (2) Go up and down and move vertically. The ocean wave buoyancy and gravity attraction power generation system as described in item 3 of the scope of the patent application, wherein the fixing mechanism (2) is to prevent the waves from being too large, and the large floating body (1) shakes and swings too much force, endangering the safety of the overall structure , Add a reinforced concrete wall (6) on the coast, fix the two auxiliary fixing rods (22), and then use multiple horizontal fixing seats (27) to firmly nail the reinforced concrete wall (6) on the shore So that they can be connected to each other to form the strong and durable fixing mechanism (2), so as to ensure that the major floating body (1) can be stably and smoothly on the set of fixing rods (21) of the fixing mechanism (2), making a fixed point up and down Vertical undulating movement. The ocean wave buoyancy and gravity generation system as described in item 1 of the patent scope, wherein the transmission mechanism (3) is provided with a set of safety devices: the first lever arm (311) including the lever assembly (31) The front end is pivotally arranged at a 90-degree bend and is installed on a bearing seat (32) of a deck (11) of the major floating body (1), and the bearing seat (32) is fixedly installed on a movable slider (33), the movable slider (33) It is also installed in a fixed slide (34) on the deck (11), so that the bearing seat (32) can follow the movable slide (33) in the chute track of the fixed slide (34), Sliding back and forth to avoid the first lever arm (311) taking the bearing seat (28) of the movable support rod (24) as a fulcrum, drawing a circular shape into an arc shape when it swings up and down, dragging the vertically undulating major floating body (1), so that the major floating body (1) cannot be fixed between the two fixed rods (21), and it moves vertically up and down at a fixed point; and by the height of the movable slider (33) of the safety device, the The first lever arm (311) is elevated to avoid that the first lever arm (311) collides with the edge of the major floating body (1) when the major floating body (1) moves vertically up and down, affecting the major The vertical movement of the floating body (1) is stable. As described in item 1 of the patent application scope, the wave buoyancy and gravity power generation system, wherein the transmission mechanism (3) is provided with a set of rocker assembly (35): the rocker assembly (35) is located in the lever assembly (31) ), the rear end of the second lever arm (312) is further provided with a lever sliding groove (313), and the sliding groove track of the lever sliding groove (313) is provided with a sliding insert rod (355), the sliding insert rod The upper end of (355) is connected with the front end of a front rocking rod (351) of the rocking rod assembly (35), so that the sliding insert rod (355) can drive the front rocking rod (351) of the rocking rod assembly (35) It can swing back and forth with a rear rocker rod (352) in opposite directions; because the rocker rod assembly (35) is provided with a pillar (353), the pillar (353) is fixedly installed on a reinforced concrete wall (6) , A pivot (354) is installed on it as a fulcrum of the rocking lever assembly (35), so that the front rocking lever (351) and the rear rocking lever (352) of the rocking lever assembly (35) can be easily With the support post (353) and the pivot (354), the back and forth rocking motion in the opposite direction is performed. The ocean wave buoyancy and gravity attraction power generation system as described in item 6 of the patent application scope, wherein the front rocker lever (351) of the rocker lever assembly (35) of the transmission mechanism (3) is further pivotally connected A first linkage rod (361) of the rod assembly (36), and the other end of the first linkage rod (361) is pivotally connected to a first linkage push rod (363), and the first linkage push rod (363) The other end is then pivotally connected to the shift A first bearing (371) at the end of a first crank (37) of a starting gear (G1) of the mechanism (4); and the rear rocking lever (352) of the rocking lever assembly (35) is pivotally connected to A second linkage rod (362) of the linkage assembly (36), and the other end of the second linkage rod (362) is pivotally connected to a second linkage push rod (364), and the second linkage The other end of the push rod (364) is pivotally connected to a second bearing (381) at the end of a second crank (38) of the start gear (G1) of the speed change mechanism (4); when the major float ( 1) When the sea wave buoyancy rises or the gravity drops, the bearing seat (32) on the deck (11) of the major buoy (1) drives the first lever arm of the lever assembly (31) (311) When ascending or descending, the second lever arm (312) and the lever sliding groove (313) connected to it, that is, descending or ascending in the opposite direction, carry out the major floating body (1) " "Up and down vertical undulating movement" is converted into "doubled up and down swaying movement" by the lever assembly (31), at this time, the sliding rod (355) in the sliding groove track of the lever sliding groove (313) drives the shaking The front rocker lever (351) and the rear rocker lever (352) of the rod assembly (35) mutually perform a "front-rear swing push-pull motion" of each other. Therefore, when the front rocker lever (351) pushes forward the connected The first linkage rod (361), the first linkage push rod (363), the first bearing (371) and the first crank (37) push forward a starting gear (G1) of the speed change mechanism (4) When rotating; the rear rocking lever (352) pulls back the second linking lever (362), the second linking pusher (364), the second bearing (381) and the first The two cranks (38) pull back the starting gear (G1) to rotate, one pushes and one pulls, two sets of connecting rod assemblies (36) simultaneously exert force, and continuously push and pull the starting gear on the left and right sides of the starting gear (G1) The rotating shaft of (G1), one after the other, is like riding a bicycle, and pushes and pulls the starting gear (G1) back and forth to rotate. The ocean wave buoyancy and gravity attraction power generation system as described in item 6 of the patent scope, wherein the rear rocker lever (352) of the rocker lever assembly (35) of the transmission mechanism (3) is pivotally connected to a connecting rod assembly (36) on a swing arm (361A), the other end of the swing arm (361A) is pivotally connected to a sliding telescopic seat (362A) The other end of the sliding telescopic seat (362A) is pivotally connected to a connecting rod (363A), and the other end of the connecting rod (363A) is pivotally connected to a connecting crank (39A), and the connecting crank (39A) ) Is connected to the rotating shaft of a starting gear (G1) of the transmission mechanism (4); when the major floating body (1), the first lever arm (311), the second lever arm (312), When the lever sliding groove (313) forms a horizontal straight line, the sliding plunger (355) in the sliding groove track of the lever sliding groove (313) is the front rocking lever (351), which drives the rocking lever assembly (35), the The rear rocker lever (352), the swing arm (361A), the sliding telescopic seat (362A), the connecting rod (363A), and the connecting crank (39A) form a straight line, which is pushed forward to drive the starting gear (G1) Rotate clockwise; wherein, the sliding telescopic seat (362A) is provided with two sliding grooves (3621A), and two fixing posts (3622A) are sleeved on it to make the rear rocking lever (35) of the rocking lever assembly (35) 352) When the pivot (354) is used as a fulcrum to draw a circle into an arc shape and swing up and down, when the distance between the end of the rear rocking lever (352) and the starting gear (G1) is shortened, the sliding telescopic seat ( The two fixed columns (3622A) of 362A) slide back and forth in the chute track of the two sliding grooves (3621A) to adjust to ensure that the linked crank (39A) is not affected by the rear rocker (352) The ups and downs sway up and down, resulting in the influence of the change in spacing, and the start gear (G1) must be continuously driven back and forth to rotate clockwise; when the major buoy (1) rises by the wave buoyancy, the major buoy (1) deck (11) the bearing seat (32), that is, the first lever arm (311) that drives the lever assembly (31) to rise, the second lever arm (312) at the other end, and the lever sliding groove ( 313) is going down, at this time, the sliding rod (355) in the sliding groove track of the lever sliding groove (313) drives the front rocking rod (351) of the rocking rod assembly (35) down, and the other end The rear rocker lever (352) rises upwards, and pulls back the swing arm (361A), the sliding telescopic seat (362A) and the connecting rod (363A) connected to it, so that the linked crank (39A) also Then pull back, pull back the starting gear (G1) and continue to rotate clockwise; when the major floating body (1) drops by gravity, the bearing on the deck (11) of the major floating body (1) The seat (32) drives the first lever arm (311) of the lever assembly (31) to descend, and the second lever arm (312) and the lever sliding groove (313) at the other end rise upward. , The sliding rod (355) in the sliding groove track of the lever sliding groove (313), that is, the front rocking rod (351) driving the rocking rod assembly (35) also rises upward, and the rear rocking rod at the other end ( 352) Followed down, then pulled back the swing arm (361A), the sliding telescopic seat (362A) and the connecting rod (363A), so that the linked crank (39A) also pulled back , Pull back the start gear (G1) and continue to rotate clockwise. The ocean wave buoyancy and gravity power generation system as described in item 7 or 8 of the patent application scope, wherein the group of speed change gear systems of the speed change mechanism (4) is provided with a flywheel (G8) of appropriate weight, the flywheel The axis of (G8) is provided with a set of ratchets (G81) to prevent reverse rotation; and the axis of the start gear (G1) is also provided with a set of ratchets (G11) to prevent reverse rotation, which can prevent the waves from turbulent with the wind and cause the system to reverse. The ocean wave buoyancy and gravitational power generation system as described in item 9 of the patent application scope, wherein the starting gear (G1) and a second transmission gear (G5) of the group of speed changing gear systems of the speed changing mechanism (4) A large and heavy gear rotates in the same direction; the flywheel (G8) and a first transmission gear (G3) of the appropriate weight also rotate in the opposite direction, according to the "energy conservation principle", "inertia principle", The system can automatically store rotational kinetic energy and follow the system for continuous and stable directional rotation, so as to ensure that the group of variable speed gear systems of the speed change mechanism (4) can directionally and stably drive the high-power generator device to generate electricity smoothly. The ocean wave buoyancy and gravitational power generation system as described in item 1 of the patent application scope, wherein the major buoy (1) can of course also be replaced by a V-shaped bottom rectangular or oval or polygonal rectangular pontoon , And achieve the same effect. The ocean wave buoyancy and gravitational power generation system as described in item 1 of the patent application scope, wherein the major buoy (1) is designed according to the rotation torque and rotational speed required by a large power generator (1) When the displacement and gravity are adjusted, if the displacement and gravity of the major float (1) are too large Large, the fixing mechanism (2) is difficult to support the major floating body (1) when it moves vertically up and down at a fixed point, a few more fixing rods can be added at both ends and/or both sides of the major floating body (1) ( 21). The auxiliary fixed rod (22) and the connecting crossbar (23) can be solved. As described in item 1 of the scope of the patent application, the wave buoyancy and gravity power generation system, where the wave buoyancy and gravity power generation system can be built with a breakwater to prevent natural disasters such as typhoons and can avoid If the ocean wave is too large, the major floating body (1) will shake too much, which will affect the vertical floating movement of the major floating body (1) at a fixed point.

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