CN102678486A - Gravity energy conservation method - Google Patents

Abstract

The invention belongs to a gravity energy conservation method, a gravity energy conservation device and an application of the gravity energy conservation method. The gravity energy conservation method is characterized in that a circular body is established; a driving device of the circular body is arranged at the upper part of the circular body and is used for driving the circular body to move; and the movement of the circular body comprises rotation or, rolling motion or rocking motion or swaying motion or shaking motion. A gravity output device is arranged in the potential energy area of the circular body and is used for transmitting the gravity of the circular body to a speed changing box or a receiving wheel or a lever or a salient point or a flywheel, and the gravity output device outputs the gravity energy of the circular body and converts the gravity energy to usable power. During the movement, the output energy of the circular body during the movement is higher than the input energy of the circular body.

Description

Gravity Savings Method

1. Technical field. The invention belongs to a gravity energy-saving method, a gravity energy-saving device and an application.

2. Technical background. Mankind is facing an energy crisis and an environmental crisis, and the environmental crisis is caused by fossil energy pollution. On the one hand, it is an energy crisis, on the other hand, it is that gravity energy cannot be utilized. For example, documents such as 200480016130.9 and 200610152917.9 have not been successful so far. The hallmark of success is at least the ability to use gravity to increase the efficiency of energy use or conversion.

Circular motion is a common motion. The main body of circular motion is a circular body. All objects with radius motion (that is, the radius rotates around the center of the circle, including a certain angle) are circular bodies, and their motions are circular motions. Human beings have a certain understanding of circular motion and have invented wheels, pulleys, levers, bicycles, automobiles, trains and so on. However, due to insufficient understanding of circular motion, some prejudices have arisen, which has affected the birth of the gravity energy conversion method and the discovery of new energy sources.

This description will further state the technical background and invention effect of the present invention in combination with relevant content throughout the text.

3. The content of the invention. The purpose of the present invention: First, to overcome the defects of the known technology, using scientific laws, to provide a gravity energy conversion method and its device, using the method and device to obtain high performance, low cost, clean and safe, easy to use gravity energy. Second, even if the first purpose cannot be achieved, at least gravity can be used to improve energy use and conversion efficiency. Third, provide more energy-saving methods. The fourth is to reduce costs, including reducing the cost of energy acquisition and energy use.

"Gravity energy-saving device" is also called "gravity conversion device". The "gravity conversion device" can convert the solid high-level gravitational potential energy of the circumferential body into available power. The "gravity conversion device" includes convex points arranged in the potential energy area of the circumferential body. The convex point receives the gravity of the circumferential body. The convex point is higher than the bearing surface and constitutes resistance to the rolling of the circumferential body. The force required to roll the circumferential body increases with the height of the bumps. The higher the bump, the lower the energy efficiency. The lower the bump, the higher the energy efficiency. As long as the bump is in the potential energy zone of the circumferential body, gravity can be turned into power. As long as the force of rolling the circumferential body to depress the bump is smaller than the gravity of the circumferential body, residual energy can be produced. The manner in which the circumferential body outputs gravity can vary. The structural form of the protruding point can be changed, and the protruding point can be changed into a gear or a connecting rod or a lever or a push rod. For example, after the convex point is changed into a connecting rod, it can be connected to the center of the circumferential body to drive the crankshaft. The conversion efficiency of the "gravity conversion device" can reach or approach 100%.

All technical features of the present invention are not limited to the use of a certain embodiment, and can be used separately or in combination.

The claims of the present invention can also be supported by the following.

1, a kind of gravity energy-saving method, described method is used for manufacturing gravity conversion device, it is characterized in that there is driving device to drive circumferential body to set up gravitational potential energy, and gravity conversion device is arranged to convert the gravitational potential energy of circumferential body into available power;

Or, it is characterized in that a driving device drives the circumferential body to establish gravitational potential energy, and a gravity conversion device transmits the gravitational potential energy of the circumferential body to the flywheel; or, accumulates the gravitational potential energy of the circumferential body in the flywheel; or, the gravity conversion device includes a flywheel; Or, output the gravitational energy of the circumferential body through the flywheel;

Or, it is characterized in that there is a driving device to drive the circumferential body to establish gravitational potential energy, and the gravity of the circumferential body acts on the pressure-sensitive material or pressure-sensitive device; or, there is a gravity conversion device to convert the gravitational potential energy of the circumferential body, and the gravity conversion device is Pressure-sensitive materials or pressure-sensitive devices; or, the pressure-sensitive materials include pressure-sensitive ceramics or pressure-sensitive silica gel or pressure-sensitive biofilms or pressure-sensitive composite films; Action device; the pressure-sensitive material or pressure-sensitive device has current output or action after being pressed; the pressure includes pulse pressure or intermittent pressure or impact pressure or continuous pressure or rolling pressure; the pulse and intermittent are well-known literal meanings; the impact pressure is the impact of the circumferential body with a certain speed on the pressure-sensitive material or pressure-sensitive device; the continuous pressure is the circumferential body The gravity continues to act on the pressure-sensitive material or pressure-sensitive device, and the said duration is not less than 30 seconds; the said rolling pressure is that the circumferential body rolls on the pressure-sensitive material or pressure-sensitive device;

Or, it is characterized in that there is a driving device to drive the circumferential body to establish gravitational potential energy, and a gravity conversion device is provided to transmit the gravitational potential energy of the circumferential body to the gearbox or pulley or gear or pull rod of the pumping unit; the gearbox or pulley or gear or The tie rod refers to the part that transmits power on the pumping unit

Or, it is characterized in that the column 7 of the circumferential body 6 is movably connected with the fixed fulcrum 8, or the column 7 of the circumferential body 6 is dropped in the recess, and there is a driving device to drive the circumferential body 6 to shake, and the driving device of the circumferential body 6 includes a motor 11. The eccentric wheel 12 and the connecting rod 13, the motor 11 is installed on the door frame 10, the door frame 10 is installed on both sides or the periphery of the circumferential body 6, the left end of the connecting rod 13 is connected to the eccentric wheel, and the right end is movably connected with the column 7, During work, the eccentric wheel of the motor drives the connecting rod 13, and the connecting rod 13 drives the column 7, so that the circumferential body shakes back and forth, and the transmission rod 9 is connected with the circumferential body 6. The gravity of the circumferential body 6 is transmitted; the gravity conversion device includes an eccentric wheel or a crank, and the eccentric wheel or crank converts the up and down reciprocating motion of the transmission rod 9 into a rotary motion; or, the gravity conversion device includes a magnet, and the magnet and the transmission rod 9 When connecting and working, the magnet moves up and down, and the magnetic force lines of the cutting coil generate electricity;

Or, it is characterized in that there is a driving device to drive the circumferential body to establish gravitational potential energy, and there are bumps receiving the gravitational potential energy of the circumferential body in the potential energy area of the circumferential body, and the gravitational energy of the circumferential body is output through the bumps;

Or, it is characterized in that there is a cylindrical circumferential body 1 on the bearing surface 3, a circumferential body gear 18 is arranged on the circumferential body 1, a driving device is arranged above the circumferential body 1, and the driving device has a driving gear 16, and the driving gear 16 is on the circumference The top of the body 1 meshes with the circumferential body gear 18, and there is a gravity output device in the potential energy area of the circumferential body 1. The gravity output device has a receiving gear 19, and the receiving gear 19 meshes with the circumferential body gear 18 in the potential energy area of the circumferential body, and the driving gear 16 Drive the peripheral body gear 18, the peripheral body 1 rotates accordingly, and the receiving gear 19 also rotates thereupon, the receiving gear 19 drives the generator or gearbox or the machine using power, and the gravity of the peripheral body 1 is output and converted into usable power The main body of the receiving gear 19 is installed under the bearing surface, and part of it is exposed above the bearing surface 3, and meshes with the peripheral body gear 18 to accept the transmission of the peripheral body gear 18. The receiving gear 19 can also be changed into a friction wheel for friction transmission Or the gear and hole wheel of tooth-hole transmission; The described tooth-hole transmission is similar to the structure that the gears in the movie machine or camera drive the film, and the difference is that the tooth hole of the present invention can be located on the wheel or on the flat plate; adopt During friction transmission, the driving gear 16, the circumferential body gear 18, and the receiving gear 19 can be replaced with friction wheels;

Or, it is characterized in that the receiving gear 19 has power. When working, the receiving gear 19 is driven by power, and the circumferential body 1 rotates on the receiving gear 19, and its gravity is transmitted to the receiving gear 19, so that the receiving gear 19 obtains driving force Energy other than that; on the same axis or on the same axis as the receiving gear 19, one or more top wheels can be set to withstand the circumferential body 1, bear the weight of the circumferential body 1, and help transmit the gravity of the circumferential body;

Or, it is characterized in that the driving device of the circumferential body is installed above the circumferential body, and the receiving rod 26 is installed below the circumferential body. The receiving rod 26 is provided with a fulcrum 27 of the lever, and one end of the receiving rod 26 is connected to the gravity transmission point on the circumferential body. Correspondingly, as the circumferential body rolls back and forth and moves up and down, the other end of the receiving rod 26 has a gear or a friction wheel or a perforated wheel to output the gravity energy of the circumferential body and convert it into usable power;

Or, it is characterized in that the circumferential body gears 18 are arranged at both ends of the circumferential body, and the center gear 24 is arranged. The diameter of the landing gear 24 can be greater than or equal to or smaller than the diameter of the circumferential body 1, and the landing gear 24 falls on the bearing point gear 23. Above, the bearing point gear 23 bears the weight of the circumferential body, and the structure of the landing point gear and the bearing point gear can also be changed into a sliding surface and a sliding surface structure, that is, the sliding surface of the circumferential body slides on the bearing sliding surface; or change into a sliding surface and a sliding surface structure. Bearing structure, that is, the sliding surface of the circumferential body rolls on the bearing; the circumferential body gear 18 can drive the two receiving devices at the same time, and output gravity;

Or, it is characterized in that there is a driving device to drive the circumferential body to establish gravitational potential energy, and a gravity conversion device converts the gravitational potential energy of the circumferential body into usable power, and the power is used to generate electricity or drive vehicles or drive industrial equipment. The means of transportation include cars, boats, trains, planes, satellites.

2. It is characterized in that the force driving the circumferential body is smaller than the gravity output by the circumferential body;

Or, it is characterized in that said circumferential body refers to a sphere, a cylinder and a non-circular body, including rolling or rotating or shaking or swinging or shaking objects; said non-circular body includes an object with a circular arc bottom or a movement It is an object that shakes or swings or shakes; the circumferential body can be used as a granary, a coal yard, and a warehouse, and one thing is multi-purpose; houses, granaries, and freight yards can all become a circumferential body or a part of the circumferential body; the weight or volume of the circumferential body Determined according to needs; the circumferential body can have a protruding structure 5; the circumferential body refers to an object with a gravity surface; the circumferential body has a solid high-level gravitational potential energy; the circumferential body can be made of metal, plastic, stone, soil, resin material, cement concrete and other materials alone or in combination; the circumferential body can be solid or hollow; or, there are multiple lattices inside the hollow circumferential body, and there are movable liquids or spheres or cylinders in the lattices that act as counterweights; housing , ores, granaries, vehicles, and liquids can all become part of the circumferential body; the interior of the circumferential body can accommodate people or animals; or, the circumferential body is composed of two or more parts; or the circumferential body is axially divided into multiple sections and connected in series ; or there is a centralizing wheel around the circumferential body, and the centralizing wheel can be elastic; or, the circumferential body is composed of two or more parts; or the circumferential body is axially divided into multiple sections and connected in series; or, the centralizing wheel is elastic Or, on the same shaft or on the same axial direction of the receiving gear 19, one or more top wheels are set; or, the circumferential body falls on the bearing foundation; the bearing foundation refers to the foundation of bearing the circumferential body and its related equipment or facilities, The load-bearing base is composed of metal, plastic, stone, soil, resin material, and cement concrete alone or in combination; or, the load-bearing base can be a track or a hard table; or, the door frame 10 is installed near the circumferential body, The gantry 10 has two or more columns, which are distributed on both sides or the periphery of the circumferential body. The columns are connected by crossbeams. The gantry can be in the shape of a "gate" or a frame. Walls and roofs are replaced, and the door frame 10 provides the basic conditions for installation or movement of the peripheral body and its related machines or equipment. The door frame 10 is made of metal, plastic, stone, earth, resin material, cement concrete alone or in combination; or , the circumferential body is provided with a limit device or a return device, and the limit device can be a limit spring or a limit pile or a limit wheel or a limit edge; the return device can be a return spring Or return pile return wheel or return edge; the movement speed of the circumferential body can be set according to needs;

Or, it is characterized in that described driving device comprises power device and transmission device, and described power device comprises electric motor or internal combustion engine or manpower or animal power or wind power or water power or magnetic force, and described transmission device comprises gear transmission device or pinion and rack transmission or belt transmission or friction transmission or cam transmission;

Or, the feature is that the bumps can be made of metal; the bumps are exposed on the bearing surface; the bumps correspond to the gravity transmission points on the circumferential body; the bumps can be in the shape of piles, columns, semicircles or triangles The bump can have a return spring, and the bump is pressed or popped up as the circumferential body rolls; or, the up and down movement of the bump is converted into a rotary motion through an eccentric wheel device, a crankshaft device, or a rack and pinion device, Drive the motor or gearbox or flywheel or work with powered machines or equipment to convert the gravitational energy of the circumferential body into usable power; or, the bumps are connected with the magnets, and the up and down movement of the bumps pushes the magnets to cut the magnetic lines of force to generate electricity, turning the circumference The gravitational energy of the body can be converted into available power; or, in the gravity conversion method, the output energy is greater than the input energy; the convex point can be changed into a receiving wheel or a receiving plate or a receiving rod or a receiving lever or a receiving connecting rod The receiving wheel can be a gear or a pulley or a toothed wheel or a friction wheel; the receiving plate is plate-shaped; the receiving rod is rod-shaped; the receiving lever is lever-shaped; The rod can be connected at the center of the circumferential body to drive the crankshaft; or, the height of the convex point on the bearing surface of the circumferential body is 0.5 mm or more; or, the characteristic is that the distance between the convex point and the vertical centerline of the circumferential body is 0.5 mm mm or more; or, it is characterized in that the convex point is located below the bearing surface of the circumferential body, and there is a corresponding protruding structure on the circumferential body; the potential energy zone refers to the lower part of the circumferential body;

Or, it is characterized in that the gravity output device includes a gravity transmission device and a gravity receiving device; the gravity transmission device includes a gravity transmission point or a gravity transmission rod or a gravity transmission rod or a gravity transmission wheel, and the gravity transmission rod is in the form of Rod-shaped, can be suspended on the circumferential body, the gravity transmission rod is rod-shaped, connected on the circumferential body; there can be multiple transmission rods or multiple transmission rods, and there are correspondingly multiple devices for receiving transmission; the gravity The transfer wheel includes a gear or a pulley or a friction wheel or a sprocket or a toothed wheel; the gravity receiving device includes a gravity receiving rod or a gravity receiving bump or a gravity receiving wheel; the gravity receiving wheel includes a gravity receiving gear or a gravity receiving Friction wheel or belt pulley or gravity receiving sprocket or gravity receiving toothed wheel, said toothed wheel refers to the toothed wheel of toothed hole transmission, and said gravity receiving wheel can have a ratchet device;

Or, it is characterized in that the gravity receiving device can be an eccentric wheel or a crank, and the eccentric wheel or crank converts the up and down reciprocating motion of the transmission device into a rotary motion for driving a generator or a gearbox or a machine or equipment using power; The gravity receiving device can also be a magnet, and the magnet is connected with the transmission rod. When working, the magnet moves up and down to cut the magnetic field lines of the coil back and forth;

Or, it is characterized in that there are multiple circumferential bodies working at the same time; or, multiple circumferential bodies are connected together and driven by one driving device; or, the gravity conversion device can be installed underground or semi-underground.

Advantages of the present invention: the one, overcome the deficiencies of known technology, have utilized " solid high position gravitational potential energy " of circumferential body, have provided some gravitational transformation methods and utilize circular motion to obtain gravitational energy method and its device and application, for performance High, low cost, clean and cheap, safe and environmentally friendly gravitational energy has created conditions. If successful, gravity energy can be used to replace fossil energy and help the earth restore its environmental ecology. The second is to improve the gravity conversion efficiency. Even if the first purpose cannot be achieved, at least, the present invention is a method and device for improving energy conversion efficiency by using gravity, which can help or improve efficiency in energy use or conversion. The third is to use the theory of circular motion to provide more energy-saving methods. The fourth is to reduce costs, including reducing the cost of obtaining energy and using energy. Fifth, the method and device of the present invention can not only be used in gravity conversion, but also exceed this scope and be used in energy saving and efficiency enhancement.

4. Description of drawings and embodiments. The present invention will be further described below in conjunction with the accompanying drawings and examples.

Fig. 1 is a schematic diagram of the structure of a spherical or cylindrical peripheral body. Figure 2 is a schematic diagram of the irregular shape of the circumferential body structure.

Fig. 3 is a schematic diagram of a fixed fulcrum conversion device. Figure 4 is a schematic diagram of the structure of the circumferential body and the arc bearing surface.

Fig. 5 is a schematic diagram of a gravity conversion device. Figure 6 is a schematic diagram of the structure of the circumferential body and the bumps.

FIG. 7 is a schematic diagram of the structure along the direction A of FIG. 5 . Figure 8 is a schematic diagram of a circumferential body with a circumferential body gear.

Fig. 9 is a schematic diagram of a lever conversion device. Figure 10 is a schematic diagram of the structure of the inclined connecting rod conversion device.

Fig. 11 is a schematic diagram of the structure of the movable pulley conversion device. Figure 12 is a schematic diagram of a beveled circumferential body device.

FIG. 1 , a spherical (or cylindrical) circumferential body is located on the bearing surface 3 . The circumferential body 1 has a potential energy zone 2 . The potential energy zone refers to the space below the circumferential body. The floating area around the bearing point (also called the location) of the spherical circumferential body is its potential energy area, and the bearing point (also called the ground line) both sides of the cylindrical circumferential body are its potential energy areas. The receiving device can receive gravity in the potential energy area of the circumferential body, and can also receive gravity on the circumferential body. The circumferential body 1 can roll. The scrolling range can be within 360 degrees or over 360 degrees. As can be seen from the figure, counterweight objects such as liquid and square stones are housed in the circumferential body 1 . The circumferential body 1 can also be used as a granary, a coal yard, and a warehouse, and has multiple functions. The volume or weight of the peripheral body 1 is determined as required. Of course, when conditions permit, the larger the volume and weight of the circumferential body, the better. Because the larger the volume and weight, the greater its gravity, the greater the output gravity, the better the effect. The circumferential body can be composed of metal, plastic, stone, soil, resin material, cement concrete and other materials alone or in combination. The circumferential body can be solid or hollow. The inside of the hollow circumferential body can be divided into multiple grids, and there are liquids or spheres or cylinders that are active and act as counterweights in the grids. The liquid, spheres or cylinders can flow or roll in the direction of motion along with the rolling of the circumferential body. Make the weight on both sides of the gravity surface of the circumference, that is, the gravity unequal, so that the gravity that becomes power is greater than the gravity that becomes resistance. Houses, ores, granaries, vehicles, and liquids can all become part of the circumferential body. People or animals or goods can be accommodated inside the circumferential body. The landing point of the circumferential body refers to a point or a line or a surface in contact with the bearing surface on the circumferential body; The closer it is to a point or line, the better. The bearing point refers to a point or a line or a surface that is in contact with the landing point of the circumferential body on the bearing surface; the bearing surface of the circumferential body is the surface of the bearing foundation of the circumferential body; the bearing surface can also be the ground or road surface or orbital surfaces. The bearing foundation refers to the foundation of bearing the circumferential body and its related equipment or facilities. The bearing foundation is composed of metal, plastic, stone, soil, resin material, cement concrete and other materials alone or in combination; The location is processed, or special landing parts are made to make it durable and flexible.

FIG. 2 , an irregularly shaped circumferential body 4 with a circular arc bottom surface is located on the bearing surface 3 . There are protruding structures 5 on both sides of the circumferential body 4 . The protruding structure 5 has the functions of increasing gravity, reducing volume and expanding usefulness. All circumferential bodies can have protruding structures 5 . The protruding structure 5 can also be in other shapes or structures, such as square, circular, elliptical, and irregular. The bottom surface of the circumferential body 4 can be a spherical surface or an arc surface. The part above the bottom surface of the peripheral body 4 may also have other shapes or structures. The circumferential body cannot roll 360 degrees like the circumferential body 1 in FIG. 1 , but can only roll back and forth on both sides. Although the movement of the circumferential body 4 seems to be shaking, it is still rolling, because the landing point (ie fulcrum) of the circumferential body 4 can leave the original bearing point position. The position of the original bearing point is the position of the circumferential body 4 on the bearing surface before the movement. Any movement of the landing point away from the original position is roll. Shaking, wobbling, and shaking are all movements that do not leave the position of the original bearing point.

FIG. 3 , the column 7 of the circumferential body 6 is movably connected with the fixed fulcrum 8 . The circumferential body 6 has no arc bottom. This circumferential body can only be rocked on both sides. As long as the circumferential body 6 moves, its center of gravity will decrease, and gradually decrease along its shaking radius curve. As its center of gravity gradually lowers, the force required to drive it to shake gradually increases. Therefore, the shaking range should not be too large. The circumferential body 6 can also be in other shapes or structures, such as square, circular, triangular, profiling. The fulcrum 8 can also become a dimple, and the lower end of the column 7 directly falls in the dimple. The shaking of the circumferential body 6 is different from the rolling of the circumferential body 4. The landing point of the circumferential body 6 cannot leave the original bearing point, and can only shake on the spot. Of course, the circumferential body 6 can also have an arc bottom surface like the circumferential body 4, and its movement mode is to roll back and forth on the spot. The driving device of the peripheral body 6 includes an electric motor 11 , an eccentric 12 and an input connecting rod 13 . The motor 11 is installed on the door frame 10 . The door frame 10 is installed near the circumferential body 6 . The gantry 10 has two or more columns, which are distributed on both sides or the periphery of the circumferential body 6, and the columns are connected by cross beams. The gantry can be in the shape of a "gate" or a frame, and the gantry can be formed by buildings or houses near the circumferential body. walls and roofs instead. The gantry 10 provides basic conditions for installation or movement of the peripheral body and its related machines or equipment. The door frame 10 is made of metal, plastic, stone, soil, resin material, cement concrete alone or in combination; the circumferential body 6 can be changed into the structure of the circumferential body 1 or the circumferential body 4, rolling on the bearing surface, and the rest of the structure can be unchanged .

The eccentric wheel 12 is mounted on the shaft of the motor. Eccentric wheel 12 also can be changed into crankshaft, and effect is the same. The left end of input link 13 is connected on the eccentric wheel, and the right end is movably connected with column 7 . When working, the eccentric wheel of the motor drives the input connecting rod, and the input connecting rod 13 drives the column 7, so that the circumferential body 6 shakes back and forth. The rotary motion of the motor becomes the reciprocating motion of the circumferential body 6 . The function of the driving device is to drive the movement of the circumferential body. The driving force can be electric power or elastic force or manpower or animal power or wind power or water power or magnetic force or thermal power. Any technology related to driving in the known technology can be used in the present invention.

The circumferential body 6 has a gravity output device. The gravity output device includes a transmission rod 9 and a gravity receiving device. The potential energy zone of the circumferential body 6 has two gravity transmission rods 9, and there can be multiple transmission rods 9. Transmission rod 9 also can be changed into the connecting rod that cooperates with crankshaft. The transfer rod 9 is flexibly connected with the circumferential body 6 . Fixed connections are also possible. When the circumferential body 6 rocked, the transmission rod moved up and down. The transmission rod 9 is connected with the gravity receiving device, so that the gravity of the circumferential body 6 can be transmitted. The gravity receiving device can be an eccentric wheel or a crank, and the eccentric wheel or the crank converts the up and down reciprocating motion of the transmission rod 9 into a rotary motion for driving a generator or a gearbox or a machine or equipment using power. The gravitational energy of the circumferential body 6 is output. Transfer bar 9 can also be magnet, and during work, magnet moves up and down, cuts the magnetic line of force of coil back and forth, sends electricity. The transmission rod 9 can also be a transmission rack, that is, the lower end of the transmission rod is a rack. to the transmission. Every time the transmission rack moves up and down, power is transmitted to the driven gear. The transmission rack can also be fixedly installed on the circumferential body 6 , but the relevant positions of the transmission rack and the driven gear need to be arranged according to the shaking curve of the circumferential body 6 . The input connecting rod 13 can be removed, and the peripheral body 6 or the column 7 can be directly driven by an eccentric wheel or a cam. A return device can be arranged on the right side of the circumferential body 6, so that the circumferential body 6 can automatically return to its position during shaking. Return device can use elastic device, and elastic device comprises spring. Any circumferential body that shakes or rolls in situ can use a return device. Because eccentric wheel or crank or magnet cutting magnetic line of force or rack and pinion transmission or spring are all known technologies, no more details are given here.

All rocking, swinging, and shaking objects are circumferential bodies, and can convert gravity according to the method shown in Figure 3.

As shown in FIG. 4 , the bearing surface 15 of the circumferential body 14 is arc-shaped, which can limit the position of the circumferential body 14 . The circumferential body 14 can only roll back and forth in the arc bearing surface. The upper part of the peripheral body 14 is conical, and the lower part is arc-shaped. The peripheral body 14 can adopt the driving device and gravity output device of the peripheral body 6 in FIG. 3 . The circumferential body structure, driving device, return device, and gravity output device described in the present invention are not limited to a certain embodiment, and can be exchanged and used in combination according to specific conditions. For example, drive means can be used for all circumferential bodies, and the circumferential body can be used in combination with any drive means or gravity output means. All technical features of the present invention are not limited to use in a certain embodiment, and they can be used separately or in combination. All related or identical parts can be used in common. For example, the various structures and technical features of the transmission rod 9, the input link 13, and the receiving device can also be used in other embodiments or other aspects, so it is not necessary to repeat the same content in each embodiment, which is hereby declared.

Fig. 5, there is a cylindrical peripheral body 1 on the bearing surface 3, a peripheral body gear 18 is arranged on the peripheral body 1, and a driving device is arranged above the peripheral body 1, and the driving device has a driving gear 16, and the driving gear 16 is on the peripheral body 1. The top meshes with the circumferential body gear 18. There is a gravity output device in the potential energy area of the circumferential body 1, and the gravity output device has a receiving gear 19, and the receiving gear 19 meshes with the circumferential body gear 18 in the potential energy area of the circumferential body. The driving gear 16 drives the circumferential body gear 18, the circumferential body 1 rotates accordingly, and the receiving gear 19 also rotates thereupon. The main body of the receiving gear 19 is installed under the bearing surface, and part of it is exposed above the bearing surface 3 , meshes with the peripheral body gear 18 and accepts the transmission of the peripheral body gear 18 . The receiving gear 19 is changed from a convex point. The receiving gear 19 drives a generator or a gearbox or a machine using power, and outputs the gravity of the circumferential body 1 and converts it into usable power. The receiving gear 19 can also be changed into a friction wheel of a friction drive or a gear and a hole wheel of a pinion drive. The gear-hole drive is similar to the structure in which gears in a movie machine or a camera drive a film, but the difference is that the gear holes of the present invention can be located on the wheels or on the flat plate. When adopting the friction transmission, the driving gear 16, the circumferential body gear 18, and the receiving gear 19 are changed into friction wheels. The transmission device of the present invention can adopt friction transmission or gear hole transmission or gear transmission or chain sprocket transmission as required. Both ends of the circumferential body 1 are located on two bearing piers 20 . The load-bearing pier 20 is made of metal, plastic, stone, soil, resin material, cement concrete alone or in combination; the load-bearing pier is a kind of load-bearing foundation. The bearing pier provides a bearing surface for the circumferential body. The place where the bearing surface is in contact with the landing point of the circumferential body is the bearing point. The bearing surface of the bearing pier 20 may also be an arc bearing surface 15 as shown in FIG. 4 . For the convenience of description, part of the door frame, the limit wheel 22 and the load wheel 23 are omitted in the figure, and these contents will be described in FIG. 7 . The circumferential body 1 can be placed directly on the bearing point. The bearing point can also be a bearing gear or a bearing pulley or a bearing sliding surface. Corresponding settings or structures are also arranged on the circumferential body. The circumferential body gear 18 can also be installed at both ends of the circumferential body 1 . The circumferential body gear 18 can also be meshed with the bearing gear to be used as the ground gear. The landing point of the circumferential body may have a hard surface layer, and the hard surface layer moves on the bearing pulley or the bearing sliding surface. The bearing surface can be a track surface or a hard table. Lubricating oil can be used on load gears or load pulleys or load sliding surfaces. The bearing part of the circumferential body 1 can also be arranged in the middle of the circumferential body. The circumferential body gear 18 located in the middle of the circumferential body 1 may have the same diameter as the circumferential body 1, or may be greater than or equal to or smaller than the diameter of the circumferential body 1, so as to facilitate the design and use of the circumferential body. The drive gear 16 is connected to a gear shaft 17 . Also have a motor installed on the door frame 10 to drive the gear shaft 17, the motor is omitted among the figures. Drive gear 16 also can accept the transmission of electric motor by intermediate wheel. The drive gear 16 can also be directly installed on the shaft of the motor to drive the peripheral gear 18 . The circumferential body gear 18 can be fabricated and installed using known techniques. For example, a large gear with the same diameter as the circumferential body 1 can be cast, processed together with the circumferential body 1 , and prefabricated on the circumferential body 1 . Alternatively, the peripheral body gear 18 is divided into several parts for processing, and then installed on the peripheral body 1 . The diameter of the peripheral body gear 18 can be greater than the diameter of the peripheral body, which is convenient for installation, and can be fixed from one end of the peripheral body. There may be a plurality of circumferential body gears 18 on the circumferential body 1 , which simultaneously transmit to a plurality of receiving gears 19 . The circumferential body 1 and its related machines or equipment can be installed underground or semi-underground to prevent accidental falling and hurt people and save ground space. The diameter or rotational speed of the circumferential body can be set as required, and the speed of the circumferential body and its related machines or equipment can be adjusted with gears or gearboxes of different sizes. The circumferential body 1 can continuously output the same component of solid high-level gravitational potential energy to the receiving gear 19 during the movement. The present invention can be accomplished using known techniques.

Fig. 6, there is a cylindrical (or spherical) circumferential body 1 on the bearing surface 3, and a driving device drives the circumferential body 1 to roll back and forth. A driving device can be used to drive multiple circumferential bodies to roll simultaneously. The potential energy area of the circumferential body 1 is provided with a protruding point 21 that receives gravity, and the protruding point 21 is exposed on the bearing surface 3. The protruding point 21 can be made of a metal pile or columnar or semicircular or triangular. The protruding point 21 and The transfer points on the circumferential body 1 correspond accordingly. The transfer point can be a dimple, which makes the force transfer accurate. The transfer point or bump can have a hard surface that reduces or prevents wear. The protruding point may have a return spring, and as the circumferential body 1 rolls back and forth, the protruding point 21 is pressed down or bounced up. The up and down movement of bump 21 can be converted into rotary motion through eccentric gear device or crankshaft device or rack and pinion device, promote motor or gearbox or flywheel or pressure sensitive device or use the machine work of power, the gravity output of circumferential body 1 and converted into usable power. Or, the bump 21 is provided with a magnet, and the up and down movement of the bump 21 pushes the magnet to cut the magnetic force line to generate electricity. The structure of Fig. 6 is different from that of Fig. 5, and the technical solutions are also different. If the gear transmission structure of Fig. 5 is adopted, no bumps are needed.

Fig. 6 can illustrate the mutual positional relationship between the circumferential body and the protruding points. In the figure, a straight line cf is drawn from the fulcrum of the circumferential body 1 (ie the bearing point on the bearing surface 3 ) to the bump 21 . We can see that when the driving device drives the circumferential body 1 to move to the right and prepares to climb up the raised point 21, the circumferential body 1 is equivalent to being on the slope (ie on the straight line cf). When the driving device drives the circumferential body 1 to move to the right and the circumferential body 1 just leaves the bearing surface 3 , the fulcrum of the circumferential body 1 is the convex point 21 . The upper extension line (ab line) from the convex point 21 to the line connecting the center of the earth is the gravity surface of the circumferential body 1 . At this time, the gravitational direction on the right side (shaded part) of the gravity surface is rightward, and has upward potential energy, which is the power for the upward movement of the circumferential body 1 and the power for the circumferential body 1 to climb up the bump 21 . It is the gravity of the shaded part, coupled with the driving force of the driving device, that makes the circumferential body 1 climb up the bump 21 . The gravitational force of the shaded part is exactly the residual energy described in the present invention. As long as the reactive power loss of the whole gravity conversion device is less than the gravity of the shaded part, surplus energy will be produced. Therefore, the closer the protruding point 21 is to the vertical center line of the circumferential body 1 (ie, the cd line), the larger the shaded portion and the greater the residual energy. The vertical centerline refers to the centerline perpendicular to the horizontal line on the circumferential body. The distance between the protruding point and the vertical centerline of the circumferential body may be more than 1 mm. The height of the salient point 21 can be the stroke of doing work when the circumferential body outputs gravity, or the stroke of the connecting rod and the crankshaft. During the process of the circumferential body 1 climbing up the convex point 21, the circumferential body 1 is driven to the right. As the driving force increases, the circumferential body 1 leaves the bearing surface 3 and gradually increases the pressure on the bumps 21 until all gravity (weight) is transferred to the bumps 21 . The protruding points can be installed on the circumferential body 1 to transmit power to the interior of the circumferential body 1 , and there is a corresponding receiving device inside the circumferential body 1 . The circumferential body of this "bump-inward structure" can be used in mobile products such as vehicles.

If we regard the circumferential body 1 in Fig. 6 as a watermelon and cut it off from the ab line, the watermelon on the right side of the ab line, i.e. the shaded part, will fall to the top of the slope. Because the watermelon on the right side of the ab line has upward high gravitational potential energy. This experiment proves: "No matter whether the circumferential body on the slope ascends or descends, its gravity surface is always on the extension line connecting the fulcrum and the center of the earth", "the direction of gravity on both sides of the gravity surface is opposite, and there is always a part of gravity as the driving force ". At the same time, it can be proved: "As long as the bump is in the potential energy zone of the circumferential body, gravity can be turned into power. As long as the force driving the circumferential body to press down or climb up the bump is less than the gravity of the circumferential body, there can be gravity output. As long as The resistance produced by the height of the bumps, that is, the power required to drive the circumferential body, is less than the gravity of the circumferential body, so it can be achieved that the output energy is greater than the input energy."

In FIG. 7 , for convenience of description, the door frame and the bearing pier 20 in direction A are omitted in the figure. A driving gear 16 is arranged on the circumferential body 1, a bearing wheel 23 is arranged on the bottom, and limit wheels 22 are arranged on the left and right sides. There is also receiving gear 19 in the potential energy area on the right below. In this structure, in the absence of the receiving gear 19, the force of the driving gear 16 driving the circumferential body 1 should theoretically be greater than zero. The vertical centerline of the receiving gear 19 is very close to the vertical centerline of the circumferential body 1, so as to obtain as much gravitational potential energy as possible and improve the efficiency of gravity conversion. The closer the receiving gear 19 is to the vertical centerline of the circumferential body 1 , the smaller the force required to drive the circumferential body 1 is, and the greater the gravity of the circumferential body 1 is obtained. In Fig. 7, the driving gear 16 meshes with the peripheral body gear to drive the peripheral body 1 to rotate rightward. The circumferential body gear drives the receiving gear 19, and the receiving gear 19 meshes with the gear of the motor or gearbox or the machine or equipment using power to output the gravitational potential energy of the circumferential body 1. The limiting wheel 22 plays a role of limiting the circumferential body 1 . Limiting wheel 22 can be bearing and gear, also can be pulley or sliding surface. The limiting wheel 22 may not be on the same plane position as the circumferential body gear. The limit wheel 22 can be elastic, and can keep a certain distance from the circumferential body 1 to facilitate the movement of the circumferential body 1 to the right. The drive gear 16 can also be elastic, or loosely engaged, so as to follow the rightward movement of the circumferential body 1 and exert force. There are two bearing wheels 23, which are axially distributed and located under the circumferential body 1. The main body of the bearing wheel 23 is located under the bearing surface 3, and only the gear part is exposed from the bearing surface and meshes with the peripheral gear. There may be multiple load wheels 23 to distribute the pressure. Both gears and pulleys need to have bearings to ensure flexible operation. The carrying wheel 23 can also be a pulley or a sliding surface. The pulley has no shaft and can carry the huge gravity of the circumferential body. The load carrying capacity of the sliding surface is greater. The sliding surface is exactly the sliding surface of the circumferential body and the sliding surface of the bearing surface, and there is lubricating oil between the sliding surfaces.

Assumption: the driving force of driving gear 16 (being driving gear 16) is 400 kilograms, and the weight of circumferential body 1 is 1200 kilograms, and diameter is 3600 millimeters, and the height of receiving wheel 19 (being receiving gear 19) (being protruding bearing surface height) is 12mm. Since the drive gear and the receiver gear have the same diameter, they should also have the same speed and stroke. There is no question of different itineraries here. Then, as long as the driving gear 16 moves, the receiving wheel 19 will immediately obtain a gravity of 1200 kilograms, producing 800 kilograms of surplus energy. If the height of the receiving wheel 19 (i.e. the raised point) is reduced (i.e. the receiving wheel 19 is close to the vertical centerline of the circumferential body), the driving force can be greatly reduced. If the weight of the circumferential body 1 is increased, the obtained residual energy will be greatly increased. If the height of the receiving wheel 19 is reduced and the weight of the circumferential body 1 is increased, greater energy will be obtained.

One or more top wheels can be arranged on the same axis or the same axial direction of the receiving gear 19; the function of the top wheel is to withstand the circumferential body 1, bear the weight of the circumferential body 1, and control the gap between the circumferential body gear and the receiving gear , prevent the circumferential body 1 from crushing the receiving gear 19, or prevent the circumferential body 1 and the receiving gear 19 from being pressed against each other, thereby affecting the rotation between the two. The top wheel can also play the role of friction transmission, helping the receiving wheel to transmit the gravity of the circumferential body.

Can not drive device among Fig. 7, promptly do not have drive gear 16. The receiving gear 19 directly receives the driving force. When working, the receiving gear 19 receives the driving force, and the circumferential body 1 rotates on the receiving gear 19, and transmits its gravity to the receiving gear 19, so that the receiving gear 19 obtains gravitational energy other than the driving force.

Efficiency can be improved by increasing speed and reducing energy consumption time. For example, when lifting heavy objects with a manual hoist (manual crane) or a movable pulley (including a movable pulley block), the speed can be increased, the energy consumption time can be reduced, and energy saving can be achieved. For example, the pumping unit in the oil field is limited by the flow of downhole oil, so the pumping time of the pumping unit cannot be accelerated. Therefore, the number of strokes is limited, that is, the number of times the sucker rod goes up and down per unit time. The speed of the motor is selectable. The present invention adopts a low-power high-speed motor, and uses the method of "energy=force.speed", that is, the method of "increasing speed" to save energy for the pumping unit. For example: the matching motor of a pumping unit is 60 kilowatts, the speed is 800 rpm, the punching frequency is 1 time per minute, and the lifting weight is 3 tons each time. It is impossible for a 60-kilowatt motor, and there is no need to use the method of "increasing speed" to save energy, and that will exceed the number of strokes. The present invention can adopt the 20 kilowatt high-speed motors of 2400 revolutions per minute, and the 20 kilowatt high-speed motors drive the "gravity conversion device" of the present invention earlier, and then drive the original device of the pumping unit by the "gravity conversion device" of the present invention. The "gravity conversion device" described in Fig. 5 and Fig. 7 can be adopted. The receiving gear 19 transmits the received power to the gearbox or power wheel or pull rod of the pumping unit to drive the pumping unit to work. The gearbox or the power wheel or the pull rod are all parts or devices for the pumping unit to receive power. In this way, the task that originally required a 60-kW motor to complete is completed with a 20-kilowatt motor, saving energy by more than 50%. The punching time is still 1 time per minute, and the lifting weight is still 3 tons each time, successfully reducing the energy consumption. Is it okay to directly change the 60-kilowatt motor to a 20-kilowatt high-speed motor? Of course not, it can't be pulled. It must be equipped with a "labor-saving device" to pull it. Although this labor-saving device can also be a gearbox, the gearbox can only change speed without utilizing gravity and cannot save energy. Therefore, the efficiency is not as high as the present invention. The present invention can save labor for the motor by means of the gravity of the circumferential body.

Fig. 8, the middle part of spherical peripheral body 1 has place gear 24. The landing gear 24 has a larger diameter than the circumferential body 1 . The diameter of the landing point gear 24 can be greater than or equal to or smaller than the diameter of the circumferential body 1 to facilitate design and use. The landing point gear falls on the bearing point gear 23, and the bearing point gear 23 bears the weight of the circumferential body. The structure of the landing point gear and the bearing point gear can also be changed into a sliding surface and sliding surface structure, that is, the sliding surface of the circumferential body slides on the bearing sliding surface; or changed into a sliding surface and bearing structure, that is, the sliding surface of the circumferential body is on the bearing. scroll. Two ends of the spherical circumferential body have circumferential body gears 18 to be connected with it. The circumferential body gear 18 can simultaneously drive the two receiving devices to output gravity. The spherical peripheral body 1 can also be changed into a cylindrical peripheral body, and the landing gear 24 in the middle and the peripheral body gears 18 at both ends and the transmission mode are unchanged. The circumferential body in Figure 7 and Figure 8 can roll or rotate. The advantage of this is that it is not limited by the stroke, it is easy to transmit power, and the interaction is strong; the second is that the receiving wheel can be as close as possible to the vertical centerline of the circumferential body. The gravity of the circumferential body can be obtained to the maximum extent; the third is a simple structure and saves space; the fourth is accurate transmission of power and high efficiency; the fifth is durable and low cost.

The present invention can install a plurality of drive gears on one shaft and only use one motor to simultaneously drive a plurality of circumferential bodies.

In Fig. 9, the circumferential body 25 is only a part of a sphere or a cylinder, which is omitted in the figure. The peripheral body 25 can be driven by the drive device of the present invention. There is a receiving rod 26 in the potential energy area of the peripheral body 25, and the receiving rod 26 has a fulcrum 27. The left end of the receiving rod 26 corresponds to the transfer point on the peripheral body 25, and receives the power of the peripheral body 25. The right end of receiving rod 26 has driving gear 28 to mesh with driven gear 29 to transmit power. If it is an equal-arm lever (that is, the resistance arm of the lever is equal to the power arm), the same weight can be pressed, which is the same reason as "balance". This shows that the gravity conversion efficiency of the circumferential body can reach 100%. All mechanical scales are 100% converted to the gravity of the object. For example, when a spring scale is stretched to a certain length, the accumulated energy must be equal to the weight of the thing it weighs. All these can prove that the gravity conversion efficiency of the circumferential body can reach 100%.

Fig. 10 is a kind of "slope peripheral body device". There is a circumferential body 1 on the slope 33 , and an input connecting rod 31 and a driving device 32 are arranged above the circumferential body 1 . The input connecting rod 31 transmits the driving force of the driving device to the circumferential body 1 to drive the circumferential body 1 to roll back and forth. An output connecting rod 30 is installed at the center of the circumferential body 1 , and the output connecting rod 30 drives the crankshaft of the receiving device 34 to rotate to output the gravity of the circumferential body 1 . The angle of the slope 33 in the figure (that is, the angle between the slope and the horizontal plane) may be about 25 degrees. The angle between the slope 33 and the horizontal plane can be between 180-90 degrees, that is, between horizontal and vertical. The rolling distance of the circumferential body 1 on the inclined plane is exactly the stroke of the crank or connecting rod, and this stroke is determined according to needs. The input connecting rod can be a soft connecting rod, and the flexible connecting rod includes soft materials or devices, such as soft ropes, soft belts, soft ropes; such as steel wire ropes, nylon belts, belts, plastic ropes; such as bicycle chains, anchors, etc. devices such as chains. The input connecting rod 31 and the output connecting rod 30 can be rigid body connecting rods, and the rigid body connecting rods include rigid body materials or devices, such as connecting rods of internal combustion engines or steam trains or pedal sewing machines. The rigid connecting rod can be flexibly or flexibly connected with the circumferential body 1 . The flexible connection means that the joint between the rigid body connecting rod and the circumferential body can be deformed. The stroke of the rigid body link matches the stroke of the output link 30 or bump 21 . The rigid body connecting rod can utilize the idling driving force of the driving device 32 during the downward process of the circumferential body 1 to transmit the driving force of the driving device 32 to the receiving device 34 together with the gravity of the circumferential body 1 . Such as the gravity of the circumferential body 1 is 1200 kilograms, and the driving force of the driving device 32 is 400 kilograms. When the circumferential body descends, the crankshaft will obtain a driving force of 1600 kilograms. The diameter, weight and stroke of the peripheral body 1 as well as the angle of the inclined plane and the size of the driving force can be selected according to needs. The driving device 32 may have devices such as an eccentric wheel or a cam or a crankshaft to be connected with the input connecting rod 31 . There is a convex point 21 under the circumferential body 1, and the circumferential body 1 can act on the output connecting rod 30 and the convex point 21 at the same time, or can act on one of them alone. The salient point 21 may have a return spring to replace the output connecting rod 30 to push the crankshaft below the salient point 21 to rotate. The receiving device 34 can have a flywheel, just as an internal combustion engine has a flywheel. The output connecting rod 30 can also be changed into an output push rod, and the output push rod can promote the rotation of the flywheel. A ratchet device can be provided on the output push rod, and there are corresponding steps or grooves or structures or devices on the flywheel, and the ratchet device promotes the rotation of the flywheel. This structure also can be like the chain ratchet device on the known bicycle. The shaded part on the left side of the circumferential body 1 indicates that the weight on the left side of the circumferential body 1 is greater than that on the right side. Because the circumferential body 1 is reciprocating back and forth, when the circumferential body 1 goes up, the weight on the left side always becomes the driving force, so that the driving force can be reduced; and when the circumferential body 1 goes down, its overall weight does not change, and the obtained gravity remains unchanged. Change. The driving device can directly or indirectly drive the circumferential body. Such as in Fig. 10 or Fig. 11, all can use movable pulley (described movable pulley comprises movable pulley block) in driving device, tractive force (ie driving force) is passed power to input connecting rod by movable pulley. All traction of the present invention can be structured like this. Rolling the cylinder on an inclined surface saves more than half the force. This is common knowledge. According to the phenomenon of circular motion, the solid high-level gravitational potential energy of the circular body can be transformed infinitely. Therefore, as long as the action of pulling up and pushing down (or putting down) the circumferential body 1 is repeated, the circumferential body 1 can drive the receiving device 34 or/and the protruding point 21 to work, and can continuously output gravitational energy. By duplicating this gravity conversion device in large quantities, a large amount of energy can be obtained. Assuming that the weight of the circumferential body 1 is 1200 kg, the diameter is 3 meters, and the angle of the inclined plane 33 is 25 degrees. According to experiments, the required traction force (ie driving force) of the driving device is about 400 kilograms. Pay 400 kg of traction, you can get at least 1200 kg of gravity. Get far more than pay. The circumferential body 1 is continuously driven to roll back and forth with a force of 400 kilograms, and a gravity output of 1200 kilograms can be obtained each time.

Figure 11 is similar to Figure 10. The circumferential body in FIG. 10 moves along an inclined plane, and the circumferential body in FIG. 11 moves vertically up and down along the rack 35 . A rack 35 is arranged on the left side of the circumferential body 1 . Corresponding gears or partial gears are arranged on the circumferential body 1 . The gear of the circumferential body 1 and the rack 35 are movably matched, so that the circumferential body 1 can move up and down along the rack 35 . The circumferential body 1 has the characteristics of a movable pulley. Pulling the circumferential body 1 upwards can save half of the force. An eccentric shaft 36 is arranged on the circumferential body 1 . The eccentric shaft 36 is connected to the input link 31 . The input link 31 is connected to a drive device 32 . The driving device 32 lifts or pushes down (or puts down) the circumferential body 1 through the input link 31 . The diameter and weight of the circumferential body 1 can be determined as required. An output connecting rod 30 is connected to the center of the circumferential body 1 . The output link 30 is connected to a receiving device 34 . The gravity output of the circumferential body 1 can be obtained by continuously lifting and pushing down (or putting down) the circumferential body 1 . Such as the weight of the circumferential body 1 is 1200 kg, only 600 kg of driving force is required, and 600 kg of gravity can be converted. The circumferential body 1 can also be pulled by a wire rope, and the rack 35 is not needed. But then the "idle driving force" as described in Fig. 10 cannot be utilized. Circumferential body 1 also can be a known movable pulley, hangs a heavy object below the movable pulley, and heavy object is connected with output connecting rod again. Circumferential body 1 can also be flexibly connected with the left base or carrier to become a circular body that swings up and down. If the volume of the circumferential body is large enough, its swing range can meet the travel requirement of the output connecting rod (the output connecting rod can be a crank connecting rod device).

The ratio of pi can help to calculate the different strokes of the input connecting rod 31 and the output connecting rod 30 , that is, the stroke (circumference) of the input connecting rod 31 is 3.14 times of the stroke (diameter) of the output connecting rod 30 . However, in structures such as Fig. 10, calculations based on pi cannot be completely performed, because they are not or not entirely the relationship between the circumference and the diameter.

Fig. 12 is a kind of "slope circumferential body" device, which can be used as a vehicle. A traction device is arranged above the circumferential body 1 . The traction device includes a motor 37 and a wire rope 38 . For example, as a "cylindrical bucket car" for carrying ore or slag in mines or mines. The method is that the circumferential body 1 is made into a hollow cylinder with a cover, and the ore or slag is contained in the circumferential body 1 . Pull the circumferential body 1 to roll upwards with a traction device. This saves more than half of the energy. Owing to not being afraid of collision, ore or slag can be rolled along with the circumferential body 1 inside the circumferential body 1 . After moving to the destination, open the cover to unload the ore or slag. Then the circumferential body 1 is put down again for reloading. "Cylinder bucket car" can also be used in docks or freight yards. There can be tracks or hard pavement on the slope.

The flywheel can compensate and adjust the power and speed, accumulate energy, and make the machine run smoothly. Flywheel is also a circumferential body, regardless of its mass, the force to overcome its static inertia is greater than the friction force of its bearing, and the force to overcome its motion inertia is greater than the external force it receives. The gravity conversion device can be connected to the flywheel. For example, the transmission rod 9, the bump 21 and the receiving wheel 19 can all transmit the power to the flywheel first, and then the flywheel outputs energy to the outside. Described flywheel can be big flywheel, and big flywheel refers to heavy, bulky flywheel, and its weight can be more than 500 kilograms. Large flywheels can be made of metal, cement concrete, plastic, stone alone or in combination. The gravitational energy described in the present invention includes the gravitational energy on other planets, including using the present invention on other planets.

The present invention can be used for power generation or vehicles or various production and living needs, and the vehicles include vehicles, ships, trains, airplanes and artificial satellites. The invention can help energy saving and emission reduction plans to be realized.

The present invention is further described below.

1. The experiment of "rolling a cylinder on a wooden board" proves that the present invention can obtain "residual energy"

1.1. The inventor has done an experiment of "rolling a cylinder onto a plank", which is disclosed here to help explain the problem. This fact can illustrate that the present invention has utilized gravity, has saved energy, has built up energy. Connect the two ends of a rope about 6 meters long and lay it on the ground parallel to each other about 10 centimeters apart. A plank 12 mm thick is placed over one end of the parallel split rope, and the rope is pressed under the plank to secure it. Then put a 12 kg cylinder horizontally on the rope (the cylinder used at that time was a liquefied gas jar with a diameter of about 30 cm and a weight of 12 kg). Put the cylinder next to the wooden board, and the wooden board is located in the suspended area below the cylinder, which is the potential energy area described in the present invention. Loop the other end of the rope around the cylinder, above the plank, and attach a household spring scale with a scalar 6 kg. The spring balance is pulled and the cylinder rolls onto the plank. In the experiment, the maximum pulling force shown by the spring scale was 4 kg. The inventor has only used the power of 4 kilograms, and the cylinder (being the circumferential body) of 12 kilograms of weight has just been drawn on the plank of 12 millimeters high, just obtained the gravity of 12 kilograms. This fact proves: the force that drives the circumferential body to roll on the plank is far less than its gravity. 12-4=8, we save 8 kilograms of labor. These 8 kilograms are " remaining energy " described in the present invention. If we repeat the above experiment, we can get 8 kilograms of "residual energy" each time. If we allow the cylinder of the above experiment to be connected with the convex point of the present invention, when the cylinder falls, the gravity of 12 kilograms will be output through the convex point. For example, we install a gear on the cylinder, turn the wooden board into a corresponding driven gear, and then let the cylinder drive the driven gear to rotate. The driven gear can get a driving force of 12 kilograms, which is 3 times the traction force of 4 kilograms we paid. Please see Figure 5 and Figure 7.

The experiment of "rolling a cylinder onto a plank" itself can also become a gravity conversion method and device. For example: if we change the cylinder in the experiment into a water container, we can lift 12 kg of water to a height of 12 mm with a force of 4 kg, then turn on the switch to release all the water in the container, and then repeat this process. process. We not only save 8 kilograms of labor, but also get the corresponding work-lifting 12 kilograms of water by 12 millimeters. We can replicate it in large numbers, and we can use the same method to raise it multiple times until the water is raised to the required height. Why is there such an effect? Because we have established the circumferential body, not the circumferential body has no such effect, the key is to establish and roll the circumferential body. Of course, the experiment of "rolling a cylinder onto a wooden board" is just the simplest "gravity conversion device", and there is a gap between it and the real "gravity conversion device". This is just for the convenience of understanding and explaining the problem, we can do better. The real "Gravity Transformer" is more complicated, but also more colorful. For example, various ingenious circumferential bodies can be arranged. The diameter and weight of the cylinder can be increased, the 12 mm high board can be lowered, and the "residual energy" we get will be more.

1.2. Question: Why is there "surplus energy" generated?

In the experiment of "rolling a cylinder on a plank". The plank (equivalent to the convex point 21) is located under the cylinder, that is, in the potential energy area of the circumferential body. The inventor pulls the spring balance, which pulls the cylinder off the ground and moves toward the top of the plank. At the moment when the cylinder is lifted off the ground by the traction force, the maximum traction force required is 4 kg. At this time, the fulcrum of the cylinder falls on one side of the plank. The upper extension line of the connection line from the fulcrum of the cylinder to the center of the earth is the gravitational surface of the cylinder. At this time, the gravitational forces on both sides of the gravitational surface are not equal. The gravity that becomes power is only 4 kilograms, but the gravity that becomes resistance has 8 kilograms. The weight on the board is also 8kg. When the inventor's traction force reached 4 kilograms, the power and the resistance were equal, and the two forces were balanced. Then add a little more (greater than zero) traction, and the cylinder creates motion and rolls up the plank. The 4 kilograms and a little bit here are not precise enough, but it does not affect the establishment of this fact and the principle analysis of this fact.

So far, we have not obtained "residual energy", just "balance of two forces,,, rolling onto the wooden board".

But, utilize " gravity conversion device " of the present invention and can obtain " residual energy " therefrom. The reasoning is as follows: pulling the cylinder onto the board only saves 8 kilograms of force, and does not get "residual energy", but we can let the cylinder fall from the board. The gravity of the falling cylinder creates "surplus energy". The gravity of the falling cylinder is 12 kilograms, which is far greater than the 4 kilograms of traction force we pull it up. 12-4=8, 8 kg of surplus energy is produced, and the saved energy is the surplus energy. If we reduce the thickness of the plank and increase the weight of the cylinder, the efficiency will be higher and more surplus energy will be generated. How to receive the gravity of the falling cylinder? This is another issue, which will be explained in Section 5 below.

1.3, the present invention utilizes natural law, transforms gravitational potential energy.

The present invention is the same as wind power generation and hydroelectric power generation, also is to have utilized gravity, also is to change gravity into power, also has utilized natural law, but the mode of utilizing is not the same. The "circumferential body" in the present invention is a solid, which has gravitational potential energy like fluid. It's just that the gravitational potential energy of the "circumferential body" is a kind of natural "solid high-level gravitational potential energy".

1.4, look at an embodiment of "accompanying drawing 7" again. In Fig. 7 of the accompanying drawings, there is a driving gear 16 on the top of the circumferential body 1, and a receiving wheel 19 in the potential energy area below, and the diameter of the driving gear is the same as that of the receiving gear. Assume that the various data of this device are the same as the data of "the cylinder rolls on the plank", that is, the driving force of the driving gear 16 is 4 kg, the weight of the circumferential body 1 is 12 kg, and the receiving wheel (ie bump) protrudes from the bearing surface The height is 12mm. Since the drive gear and the receiver gear have the same diameter, they should also have the same speed and stroke. Then, as long as the driving gear 16 moves, the receiving gear 19 will immediately obtain a gravity of 12 kilograms, which will produce 8 kilograms of residual energy. If the drive gear 16 is directly driven to the receiving wheel 19, obviously there will be no residual energy. If the cylinder is replaced with an ordinary gear of the same diameter, it will not have this effect. One is that ordinary gears will not have this weight, and the other is that ordinary gears are fixed by the shaft, so gravity cannot be transmitted. This fact should be relatively clear.

Anyone can repeat this experiment and verify this fact. Repeating this experiment can also be very simple: find a cylinder with a diameter of more than 10 cm in the office, such as a bucket, vase, tea canister, etc., fill it with sand, find a thread, and a book about 0.5 cm According to the experimental method and process of "rolling a cylinder on a wooden board", the experiment can be carried out, and this fact can be verified.

2. There is a saying: the gravitational potential energy of an object will not continue to exist after transformation, and must be regained through external force work.

After the gravitational potential energy of the circumferential body is transformed, its position drops, that is, the position from the center of the earth becomes closer, and the gravitational potential energy is relatively lost. It must be done by external force to make it return to the original position , to obtain the original gravitational potential energy, there is no doubt about it. Yet the present invention can " just can make it rise to original position (height) again with much less external force than the gravity of the circumferential body itself, regain the original gravitational potential energy ". The facts of "attachment 7" are just that. "As long as the driving gear 16 moves, the receiving gear wheel 19 will immediately obtain a gravity of 12 kilograms, producing 8 kilograms of residual energy."

3. There is a saying: "After the external force stops, as the center of gravity of the circumferential body decreases, the potential energy will weaken, and finally it will stop moving."

This phenomenon does not affect the present invention. The movement of the circumferential body in the "Gravity Transformation Device" is controlled and has a fulcrum, and the gravitational potential energy of the circumferential body on the fulcrum will not change. For example, in the facts of "the cylinder rolls on the plank" and "attached figure 7", if the 12 kg cylinder is allowed to fall in a controlled manner on the fulcrum, it is obvious that the 12 kg cylinder will always maintain a weight of 12 kg, Promptly keep the pressure of 12 kilograms to the fulcrum. Until it hits the ground, it's still 12kg. This is enough, the present invention just can obtain residual energy as long as the circumferential body has these 12 kilograms of gravity all the time.

The gravitational potential energy mentioned in the present invention refers to gravity and potential energy, which cannot be separated, and the circumferential body has gravity and potential energy at the same time. Unless it reaches the center of the earth, the circumferential body will lose gravity and potential energy.

4. It is said that the potential energy of the circumferential body will gradually weaken due to friction and other reasons, and finally stop moving.

The present invention does not do this. There are three reasons: First, it is efficient enough to offset friction. In the experiment of "rolling a cylinder on a wooden board", 4 kg of energy is given out, and 12 kg of energy is obtained. The energy obtained is greater than the energy paid, and the energy efficiency (energy conversion efficiency) is very high. Reduced friction through rational construction and improved precision can also lead to higher energy efficiency. Such high energy efficiency is enough to offset friction. Second, friction can be small and friction can be overcome. The phenomenon that "friction weakens the potential energy" can be completely avoided or reduced to a negligible level in the present invention. In the experiment of "rolling a cylinder on a wooden board", a 12 kg cylinder is 12 kg on a wooden board. During the falling process, because the speed is not high, it will not lose weight, and the gravitational force of the earth on it does not change. Its weight It will always be 12kg. After the cylinder falls, the gravitational force of the earth on it remains unchanged, and its weight, that is, its pressure on the fulcrum or the ground is still 12 kilograms, which will not decrease at all. During the whole process, the friction loss and potential energy weakening suffered by the cylinder are very small and completely negligible. Third, reactive power loss such as friction is a problem of unreasonable structure and insufficient precision, which should be solved by adjusting the structure and improving precision, and reactive power loss such as friction will not become an obstacle of the present invention.

5. It is said that the conversion of the gravitational potential energy of the circumferential body is difficult and the conversion efficiency is low.

What kind of receiving method can generate surplus energy? For the convenience of understanding and illustration, we make a "seesaw receiving device": in the experiment of "rolling a cylinder onto a plank", the cylinder is connected to one end of a seesaw, which is an equal-arm lever, that is, the power arm and A lever of equal length to the resistance arm. When a 12 kg cylinder falls from the plank, a 12 kg cylinder at the other end of the seesaw can be pressed to the same height. The principle of seesaw is the same as that of "balance scale".

This at least shows that in the gravitational energy conversion process, the gravitational potential energy of the circumferential body can be converted into another gravitational potential energy of the same magnitude. The energy efficiency ratio can reach 100%. We can magnify the 12 kg cylinder by a factor of 10, and we get 10 times more residual energy. If our task is to lift water, the other end of the seesaw can lift 120 kg of water; if the task is to move bricks, the other end of the seesaw can lift 120 kg of bricks; The connecting rod of 120 kilograms of power or the motor rotor or the mover of the straight motor,,,, in a word, the conversion of gravitational potential energy can be fully realized by using known technology, and the conversion efficiency is very high. Of course, these are the simplest conversion methods and devices, and the purpose is to facilitate understanding and explanation. The invention at least realizes water lifting, brick moving and power generation. The present invention can also use the same method to increase the gravitational potential energy once again or several times. For example, the water that has increased its potential energy many times can be used as tap water, it can be used for self-flow irrigation, and it can be used to wash streets,,,.

The present invention discloses a complete gravity conversion process and a complete technical solution from the establishment of potential energy by "rolling the cylinder on the wooden board", to the reception of potential energy by the "seesaw receiving device", and then to the conversion of potential energy by "lifting water, moving bricks, and generating electricity". . Those of ordinary skill can fully understand and implement the present invention.

6. Do a "ten thousand times experiment". According to the structure of Fig. 10, suppose the circumference weight is 100,000 kilograms, and the diameter is 50 meters. The bump height in the potential energy zone of the circumferential body is 5 millimeters (5 millimeters can fully meet the stroke needs of energy transmission), and the traction force of rolling or depressing the bumps on the circumferential body is 10 kilograms. That is, the rolling of the circumferential body once can produce 99999 kg of pressure on the convex point, that is, the remaining energy.

There is a calculation: 100,000 kilograms is 10,000 times 10 kilograms, and 50 meters is 10,000 times 5 millimeters. The stroke of 100,000 kilograms is 5 mm, so the stroke of 10 kilograms should be 50 meters. That is: 100,000 kilograms X 5 mm = 10 kilograms X 50 meters.

The present invention thinks that should calculate according to the fact, according to the formula of pi.

Calculate according to the formula of pi: use 10 kilograms of power to pull the circumferential body of 100,000 kilograms to roll the convex point 5 millimeters, and the stroke of 10 kilograms should be 5 millimeters * 3.14 = 15.7 millimeters. Its equation is 100,000 kilograms X 5 millimeters = 10 kilograms X 15.7 millimeters. In this equation, the stroke of 100,000 kilograms of 5 millimeters is equivalent to the diameter of the peripheral body, and the stroke of 10 kilograms of 15.7 millimeters is equivalent to the circumference of the peripheral body. Circumference rolls 15.7mm and diameter moves up 5mm. That is, when we rolled the peripheral body by 15.7 millimeters, the peripheral body was raised by 5 millimeters. This equation is a fact. But this equation is very different. The difference in power is 10,000 times, and the difference in stroke is 3.14 times. Obviously, the momentum of 100,000 kilograms X 5 millimeters is much larger than the momentum of 10 kilograms X 15.7 millimeters.

First, in the "ten thousand times experiment", we have achieved "the gravity of the circumferential body is large enough, and the traction force of the rolling circumferential body is small enough"; second, the device in Figure 7 can be set according to the data of the "ten thousand times experiment" to achieve " Ten thousand times experiment" effect. Moreover, the device in Fig. 7 has achieved "the time for pulling the circumferential body to roll is short enough". In Fig. 7, the diameter, rotational speed and stroke of the driving wheel (ie the driving gear) 16 and the receiving wheel (ie the receiving gear) 19 are the same. As long as the driving wheel 16 moves, the receiving wheel 19 will follow, and the stroke is the same. According to the data of the "ten thousand times experiment", as long as the driving wheel 16 moves, the receiving wheel 19 will immediately obtain a gravity of 10,000 kilograms and generate 99,999 kilograms of residual energy. Here, the driving wheel 16 and the receiving wheel 19 move at the same time and have the same stroke, but the momentum generated by the two is different.

7. "Man riding a bicycle" creates surplus energy.

For the convenience of understanding and explanation, we intercept and analyze a section (30 meters) of a person riding a bicycle on flat ground. We can see that during this 30-meter movement, the force exerted by the person can be very small , far less than the weight of a person plus the weight of a bicycle. The work done by a person on a bicycle is far less than the work done by a bicycle on the ground. For example: on smooth flat ground, a person can only pay 10 kilograms of power to step on the crank handle of the bicycle for half a circle, and the bicycle can be driven for 30 meters. At this time, the work done by the person on the bicycle is only 10 kilograms x 0.3 meters (the circumference of the half-turn crank); while the work done by the bicycle on the ground is 100 kilograms (the weight of the human body plus the bicycle) x 30 meters. The difference in power between the two is 10 times, which is obviously not equal. You can get 100 kilograms of force against the ground by paying only 10 kilograms of force against the bicycle. The force is also 10 times worse, and the energies of the two are obviously not equal. 100 kg - 10 kg = 90 kg. Where does the extra 90 kilograms of force (energy) come from?

Facts: The extra 90 kilograms of force (energy) comes from rolling the circumferential body:

A person pedaling a bicycle crank and a bicycle rolling on the ground are both circular motion phenomena. A person pedaling a bicycle uses almost no gravity, but a bicycle uses gravity (the weight of the human body plus the bicycle) against the ground. Two wheels of bicycle are two circumferential bodies. The weight of 100 kg is distributed on the two wheels, forming a pressure on the ground. Under ideal conditions, the gravitational forces on both sides of the gravitational surface of the two wheels are equal in size and opposite in direction, and the force to overcome their static inertia is greater than zero. Since the bicycle is moving under unfavorable conditions, the force to overcome its static inertia is 10 kg.

It is said that this is because rolling friction saves effort, not circular motion. ——However, under the same conditions, why is rolling friction less force than plane friction? Obviously, it is still the effect of circular motion.

8. The difference between the circumferential body and the gearbox (including the gear combination with shifting function) and the lever.

Although they are all labor-saving tools, there are essential differences. First of all, the gearbox has no gravity output, which can only save labor, not energy saving. This is the main reason; secondly, the present invention is simpler in structure than the gearbox; the third is that there is no gravity boosting effect. Such as can replace the present invention with gearbox in " cylinder rolls plank " experiment, reaches the effect of " 12 kilograms of traction of 4 kilograms ". However, if the object towed by the gearbox is not a circumferential body, "4 kg tow 12 kg" cannot be achieved, let alone energy saving. If the object pulled by the gearbox is a circular body, it becomes a circular motion. It is simpler without a gearbox, and a traction rope is definitely simpler than a gearbox. The situation with the lever is the same as with the gearbox. Although the present invention also can use gear box, lever, movable pulley and other devices, these devices do not have the effect of the present invention's transformation of gravity, so they cannot replace the present invention.

Claims (2)

1. gravity power-economizing method, described method is used to make the gravity reforming unit, it is characterized in that having drive unit to drive circumferential body and sets up gravitational potential energy, has the gravity reforming unit that the gravitational potential energy of circumferential body is converted into available power;

Or, it is characterized in that having drive unit to drive circumferential body and set up gravitational potential energy, there is the gravity reforming unit that the gravitational potential energy of circumferential body is passed to flywheel, the gravity energy of circumferential body is exported through flywheel;

Or, it is characterized in that having drive unit to drive circumferential body and set up gravitational potential energy, the action of gravity of circumferential body is on pressure sensitive or pressure-responsive device; Or, there is the gravity reforming unit to transform the gravitational potential energy of circumferential body, described gravity reforming unit is pressure sensitive or pressure-responsive device; Or described pressure sensitive comprises voltage-sensitive ceramic or pressure-sensitive silica gel or pressure-sensitive biomembrane or pressure-sensitive composite membrane; Described pressure-responsive device comprises the device that produces electric current or action behind the known pressurized; Described pressure sensitive or pressure-responsive device have electric current output or have action to produce behind pressurized; Described pressurized comprises pulsed pressurized or intermittent type pressurized or impact type pressurized or continuous compression or rolling pressurized; Described pulse, intermittently be the known literal meaning; Described impact type pressurized is that the circumferential body with certain speed impacts pressure sensitive or pressure-responsive device; Described continuous compression be the gravity continuous action of circumferential body on pressure sensitive or pressure-responsive device, describedly continue to be no less than 30 seconds; Described rolling pressurized is that circumferential body rolls on pressure sensitive or pressure-responsive device;

Or, it is characterized in that having drive unit to drive circumferential body and set up gravitational potential energy, there is the gravity reforming unit gravitational potential energy of circumferential body to be passed to gearbox or belt pulley or the gear or the pull bar of pumping unit; Described gearbox or belt pulley or gear or pull bar refer to the part of transferring power on the pumping unit;

Or, it is characterized in that the column 7 of circumferential body 6 is flexibly connected with fixed support 8, or the column 7 of circumferential body 6 is dropped in the recess, there is drive unit to drive circumferential body 6 and rocks; The drive unit of circumferential body 6 comprises motor 11, eccentric wheel 12 and connecting rod 13, and motor 11 is installed on the door frame 10, and door frame 10 is installed in the both sides or the periphery of circumferential body 6, and the left end of connecting rod 13 is connected on the eccentric wheel; Right-hand member and column 7 flexibly connect, during work, and the eccentric wheel drivening rod 13 of motor; Connecting rod 13 drives column 7, and circumferential body is rocked back and forth, has baton pass 9 to be connected with circumferential body 6; When circumferential body 6 rocked, baton pass 9 moved up and down thereupon, and the weight transfer of circumferential body 6 is gone out; Described gravity reforming unit comprises eccentric wheel or crank, and eccentric wheel or crank are transformed into pumping of baton pass 9 and rotatablely move; Or the gravity reforming unit comprises magnet, and magnet is connected with baton pass 9, and during work, magnet moves up and down, the magnetic line of force generating of sectioned coil;

Or, it is characterized in that having drive unit to drive circumferential body and set up gravitational potential energy, the salient point that receives circumferential body gravitational potential energy is arranged in the potential energy district of circumferential body, the gravity energy of circumferential body is through salient point output;

Or, it is characterized in that having on the supporting plane 3 circumferential body 1 of cylindrical shape circumferential body gear 18 is arranged on the circumferential body 1; There is drive unit the top of circumferential body 1, and drive unit has actuation gear 16, and actuation gear 16 meshes with circumferential body gear 18 above circumferential body 1; There is the gravity output unit in potential energy district at circumferential body 1; The gravity output unit has reception gear 19, receives potential energy district and circumferential body gear 18 engagements of gear 19 at circumferential body, and actuation gear 16 drives circumferential body gears 18; Circumferential body 1 rotates thereupon; Receive gear 19 and also rotate thereupon, receive the machine that gear 19 drives generator or gearbox or working power, available power is exported and be converted into to the gravity of circumferential body 1; The main body that receives gear 19 is installed under the supporting plane; There is part to expose on supporting plane 3; With 18 engagements of circumferential body gear, accept the transmission of circumferential body gear 18, receive gear 19 and also can be changed to the friction wheel of friction driving or the gear and the hole wheel of perforation transmission; Described perforation transmission is similar to the structure of the gear driven film in cine-projector or the photographic camera, and different is that perforation of the present invention can be positioned on the wheel, also can be positioned on the flat board; When adopting friction driving, actuation gear 16, circumferential body gear 18, reception gear 19 are changed into friction wheel and get final product;

Or, it is characterized in that receiving gear 19 and have power, during work, receive gear 19 and receive motivational drive, circumferential body 1 is receiving rotation thereupon on the gear 19, its gravity is passed to received gear 19, makes to receive the energy that gear 19 obtains beyond the driving force; Receive on the same axle of gear 19 or same axially on, one or more tops wheel can be set withstand circumferential body 1, bear the weight of circumferential body 1, help to transmit the gravity of circumferential body;

Or; It is characterized in that above circumferential body, installing the drive unit of circumferential body; Below circumferential body, install and receive bar 26, receive the fulcrum 27 that bar 26 is provided with lever, an end that receives bar 26 is corresponding with the weight transfer point on the circumferential body; Along with the rolling back and forth of circumferential body moves up and down, the other end that receives bar 26 has gear or friction wheel or perforation wheel with the gravitational energy output of circumferential body and be converted into available power;

Or; It is characterized in that being provided with circumferential body gear 18 at circumferential body two, there is touchdown point gear 24 centre, the diameter of touchdown point gear 24 can more than or equal to or less than the diameter of circumferential body 1; Touchdown point gear 24 drops on the bearing point gear 23; Bearing point gear 23 bears the weight of circumferential body, and touchdown point gear and bearing point gear structure also can be changed to sliding surface and sliding surface structure, and promptly the sliding surface of circumferential body slides on the carrying sliding surface; Or be changed to sliding surface and bearing structure, promptly the sliding surface of circumferential body rolls on bearing; Circumferential body gear 18 can be simultaneously to two reception unit transmissions, output gravity;

Or; It is characterized in that having drive unit to drive circumferential body and set up gravitational potential energy; There is the gravity reforming unit that the gravitational potential energy of circumferential body is converted into available power; Described power is used for the generating or the driving traffic tool or driving with ability equipment, and the described traffic tool comprise car, ship, train, aircraft, man-made satellite.

2. the method for claim 1 is characterized in that driving the gravity of the power of circumferential body less than circumferential body output;

Or, it is characterized in that described circumferential body refers to spheroid, cylindrical body and non-circle, comprise the object that rolls or rotate or rock or swing or shake; Described non-circle comprises that the object or the motion mode that have circular-arc bottom face are the object that rocks or swing or shake; Described circumferential body can be used as silo, coal yard, storehouse use, one-object-many-purposes; House, silo, goods yard all can become the part of circumferential body or circumferential body; The weight or volume of circumferential body is confirmed as required; Circumferential body can have outstanding structure 5; Described circumferential body refers to have the object of gravity face; Circumferential body has the high-order gravitational potential energy of solid; Circumferential body can be by materials such as metal, plastics, stone, earth, resin material, cement concretes separately or constitute; Described circumferential body can be solid or hollow; Or there are a plurality of grid hollow circumferential body the inside, and liquid or spheroid or cylindrical body movable, that play the counterweight effect are arranged in the grid; House, ore, silo, vehicle, liquid all can become the part of circumferential body; Circumferential body inside can hold the human or animal; Or circumferential body is made up of two parts or many parts; Or circumferential body axially is divided into more piece, is chained together; Or the circumferential body periphery has righting wheel, and righting wheel can have elasticity; Or circumferential body is made up of two parts or many parts; Or circumferential body axially is divided into more piece, is chained together; Or described righting wheel has elasticity; Or, receive on the same axle of gear 19 or same axially on, one or more tops wheel is set; Or circumferential body drops on and carries on the basis; Carry the basis that the basis refers to carry circumferential body and relevant device or facility, carry the basis and constitute alone or in combination by metal, plastics, stone, earth, resin material, cement concrete; Or described carrying basis can be track or hard table top; Or; Described door frame 10 is installed near the circumferential body; Door frame 10 has two or more columns, is distributed in circumferential body both sides or periphery, has crossbeam to connect above the column; Door frame can be " door " font or frame shape; Door frame can be replaced by the wall near building the circumferential body or house and roof, and door frame 10 is installed or the basic condition of motion for circumferential body and correlation machine thereof or equipment provide, and door frame 10 is processed by metal, plastics, stone, earth, resin material, cement concrete alone or in combination; Or described circumferential body is provided with limit stoper or returning device, and described limit stoper can be limit spring or position limiting pile or limited wheel or position-limited edge; Described returning device can be return spring or return stake return wheel or return limit; Can set the movement velocity of circumferential body as required; Or; It is characterized in that described drive unit comprises power plant and transmission device; Described power plant comprise motor or internal-combustion engine or manpower or animal power or wind-force or waterpower or magnetic force, and described transmission device comprises gear drive or rack and pinion drive or belt drive unit or friction gearing or cam gear;

Or, it is characterized in that described salient point can be made of metal; Salient point exposes on supporting plane; Weight transfer point on salient point and the circumferential body is corresponding; Salient point can be a shape or column or semicircle shape or triangular shape; Salient point can have return spring, and along with the rolling of circumferential body, salient point is depressed or upsprings; Or the moving up and down to be transformed into through eccentric wheel apparatus or crankshaft arrangement or gear rack device of salient point rotatablely moves, and promotes the machine or the equipment work of motor or gearbox or flywheel or working power, and the gravitational energy of circumferential body is converted into available power; Or salient point is connected with magnet, and moving up and down of salient point promotes the generating of magnet cutting magnetic line, and the gravitational energy of circumferential body is converted into available power; Or in described gravity method for transformation, the energy of output is greater than the energy of input; Salient point can be changed to and receive wheel or dash receiver or receive rod or reception lever or reception connecting rod; Described reception wheel can be gear or belt pulley or perforation wheel or friction wheel; Described dash receiver is tabular; Described reception rod is bar-shaped; Described reception lever is lever-like; Described reception connecting rod can be connected the circle centre position of circumferential body to the bent axle transmission; Or, salient point the height on the circumferential body supporting plane be 0.5 millimeter or more than; Or, the distance that it is characterized in that the vertical center line of salient point and circumferential body be 0.5 millimeter or more than; Or, it is characterized in that salient point is positioned at below the circumferential body supporting plane, corresponding outstanding structure is arranged on the circumferential body; Described potential energy district refers to the below of circumferential body;

Or, it is characterized in that described gravity output unit comprises gravity transfer device and gravity reception unit; Described gravity transfer device comprises weight transfer point or weight transfer bar or weight transfer rod or weight transfer wheel, and described weight transfer bar is shaft-like, can be suspended on the circumferential body, and described weight transfer rod is bar-shaped, is connected on the circumferential body; A plurality of transmission bars or a plurality of baton pass can be arranged, the corresponding device that also has a plurality of acceptance to transmit; Described weight transfer wheel comprises gear or pulley or friction wheel or sprocket wheel or perforation wheel; Described gravity reception unit comprises that gravity receives bar or gravity receives salient point or gravity receives wheel; Described gravity reception wheel comprises that gravity receives gear or gravity receives friction wheel or belt pulley or gravity reception sprocket wheel or gravity reception perforation wheel, and described perforation wheel refers to the perforation wheel of perforation transmission, and described gravity reception is taken turns and can be had ratchet unit;

Or, it is characterized in that described gravity reception unit can be eccentric wheel or crank, eccentric wheel or crank are transformed into pumping of transfer unit and rotatablely move, and are used to drive the machine or the equipment of generator or gearbox or working power; The gravity reception unit can also be a magnet, and magnet is connected with baton pass, and during work, magnet moves up and down, back and forth the magnetic line of force of sectioned coil;

Or, it is characterized in that having a plurality of circumferential bodies to work simultaneously; Or, a plurality of circumferential bodies are linked together, drive a plurality of circumferential bodies by a drive unit; Or described gravity reforming unit can be installed in underground or semi-underground.

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