JP2015133884A - Low cost high efficient power generator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a low cost and high efficient power generator that utilizes repellent force of a permanent magnet.SOLUTION: On a circumference of a rotary disc A, a permanent magnet A having magnetic property in the same direction as a rotating shaft is inserted and fixed, being aligned in any one direction of N pole and S pole, to a through hole A. On both sides of the rotary disc A, fixed discs B and C having through holes with the same interval as the rotary disc A are arranged with a constant interval at a position countered to the rotary disc A, on the same circumference as the rotary disc A. In the through hole B of the fixed disc B, a permanent magnet B is inserted and fixed for a pole in the direction repellent against the permanent magnet A. A permanent magnet C is inserted and fixed to a through hole C of the fixed disc C, for a pole in the direction repellent against the permanent magnet A. Further, the magnet C of the respective fixed discs C is provided with a phase difference along circumference direction from the permanent magnet B of respective fixed discs B, thus constituting a series of a mechanism.

Description

  The present invention relates to a low-cost and high-efficiency power generator that uses the repulsive force of a permanent magnet.

A search at the JPO Digital Library revealed that the patent publications shown in the table below are relevant to the present invention, so I would like to describe each proposal.

In Patent Publication 2013-233067, the individual rotors 1 made of permanent magnet plates are arranged in a circle. Since the individual permanent magnet plates receive repulsive force between the lower fixed magnet 3, the rotor 1 moves upward while rotating sequentially, and further moves downward due to repulsive force with the upper fixed magnet 4. A guide 5 capable of repeating rotation by repulsive force with the lower fixed magnet 3 is provided. Furthermore, the lower fixed magnet 3 is moved from a predetermined position to a position where the repulsive force with the rotor 1 becomes invalid, so that the rotation is stopped. There's a problem.

In Japanese Patent Publication No. 2013-081347, the generator body as one of the present invention is based on the same electromagnetic induction method as that of the conventional machine, but the power generation system of the present invention is mechanical force like the conventional machine. Therefore, it is not a structure to drive the rotating shaft of the airframe to generate electricity, the invention airframe does not require external force, it becomes a static generator body that shows no stress outside, this is the principle of electromagnetic induction This is an invention of a new system that modifies the utilization method. The principle is the vector action point that the principle of Fleming's left and right rules guides both force components such as the Lorentz force represented by the current component and the current generated by the anti-Lenz force represented by the force component, with the magnetic field force as the core. Short-circuit assembled. The kickback force due to the component force that was offset by mechanical mechanical synthesis was used as the source of power generation. The invention uses the electric current force of the electron that exerts the powerful force of the electron-nucleus field among the Coulomb force four states (gravity field, magnetic field line, electric force line field, each field between electron nuclei) as the power source for power generation. Asked. The power generation behavior of the conventional machine requires preliminary setup, preparation of a large amount of equipment and fuel, etc. The actual state of the power generation action is in the action range of the gravitational field in the Coulomb force field, the invention machine for that part of the conventional machine The amount equivalent to the power generation input can be generated by a current power input using a small amount of Coulomb force. This is a problem between the impulse differences among the four Coulomb force four states discovered by the present invention. This is a power generation method that uses the force component obtained by researching and solving the problem by changing it to current force. Although there is a generator body based on the principle of the new invention that is produced by using the result of the new power generation based on these modified principles as a utilization feature, there is no fact that has been realized.

In the patent publication 2012-087769, only the description that “the magnetic field was increased by using both sides of the magnet” in claim 1, and the summary solution means “the prototype was a weak magnet with a diameter of 2 cm and a height of 1 cm, Even if it is 20 cm in diameter and 10 cm in height, considerable force is generated even when considered from the volume. ”

In Japanese Patent Publication No. 2008-082300, a magnetic ionic liquid is a liquid but has magnetism and is colored but transparent. This magnetic ionic liquid is different from the opaque magnetic fluid in which magnetic fine particles suspended in the prior art are suspended. In the present invention, using the magnetic ionic liquid, a magnetic ionic liquid filled in the liquid storage unit is attracted by a magnet disposed on the side surface or the upper surface of the liquid storage unit, thereby creating a gradient on the upper surface of the magnetic ionic liquid, The present invention realizes a fluid circulation device that imitates a permanent engine by flowing a magnetic ionic liquid from a siphon portion liquid supply pipe disposed in the gradient upper surface to a siphon portion drain pipe through a pump portion. The technical idea is completely different.

In Japanese Patent Publication No. 2007-259684, a set of a plurality of permanent magnets arranged in a row from a magnet having a strong magnetic force to a magnet having a low magnetic force is attached to the rotating body, and reciprocating is performed only in a direction perpendicular to the rotating direction of the rotating body. This is a device in which a single permanent magnet is installed on a piston capable of facing each other so that the same pole faces each other, and there is no problem as it does not show how to use reciprocal kinetic energy in the perpendicular direction or convert it into electrical energy. .

In Japanese Patent Publication No. 2007-228778, only “the permanent engine using the magnetic energy generated by the crossed magnetic fields” is described in claim 1, and even in the summary solution, “the magnetic field is always crossed. By arranging it, it becomes possible to create a permanent engine that converts magnetic energy into kinetic energy and uses that energy. '' It does not meet the patent requirement that something with a certain technology is feasible. .

  Japanese Patent Publication No. 2006-353098 is a “magnetic slider” using a plurality of permanent magnets with a magnetic rectifier as shown in claim 1, and completely different in technical idea from the present invention. .

  In Japanese Patent Publication No. 2002-235657, when the movable permanent magnet 1 is moved by applying an external magnetic field created by facing the same kind of magnetic poles to the movable permanent magnet 1 connected to the inertial body 4, the movable permanent magnet 1 is moved permanently by the stoppers 12 and 13 at the end of the track. Although the magnet 1 and the rotary bearing 7 of the inertial body suddenly stop, the inertial body 4 made of a non-magnetic material rotates around the rotary shaft 6 of the inertial body due to inertia, and the magnetic pole reversal of the movable permanent magnet 1 has occurred so far. A magnetic force in the opposite direction acts on the movable permanent magnet 1 and this phenomenon is autonomously repeated to establish a permanent engine. However, even if it can be realized without being realized, it continues to move forever. However, there is a big problem in that it cannot reach a level where the kinetic energy can be converted into electric energy.

  In Japanese Patent Publication No. 2001-268887, (a) a starter motor is rotated from a battery, and a magnetic rotating drum is rotated by a gear in a paragraph. (B) By attaching six or eight of the same magnetic rotating drums of the same size in isolation, in parallel, by rotating the first one magnetic rotating drum by magnetohydrodynamics, At the same speed, other isolated drums are simultaneously guided and rotate in a linear motor fashion. (C) Each independent drum has a generator, which generates power simultaneously with the induction rotation, is stored from the converter, is used as a power source for the starter motor, is stored in the battery, is used as a starting force from the inverter, and other motors. However, the basic principle is to alternately attach permanent magnets, which is completely different from the technical idea of the present invention.

  In Japanese Patent Publication No. 2001-068295, a large number of disk-shaped permanent magnets are stacked, and the tip is covered with polysilicon, and the magnetic field emitted from the tip of the permanent magnet is reduced (from the vicinity of the tip, X-rays, ultraviolet rays, etc. are applied to the permanent magnet). The X-ray and ultraviolet ray generators continue to emit as long as the above effects are obtained, and are completely different in technical idea from the present invention.

  In Japanese Patent Publication No. 2000-297742, specific embodiments are shown in FIGS. 15 and 16, but the technical idea is completely different from that of the present invention.

  In Japanese Patent Publication No. 2000-032736, a plurality of first fixed magnets arranged so that the height of the upper surface is sequentially reduced on one circumference, and the inside of the circumference, one end of which is the first circumference. A plurality of substantially identical shapes formed so as to face the fixed magnet and be radially arranged so that the other end is positioned near the center of the circle, and the upper surface is lowered toward the center of the circle. A second fixed magnet; a support plate disposed substantially horizontally on the first fixed magnet and the second fixed magnet with a predetermined gap; and an output pivotally supported by the support plate so as to be horizontally rotatable. A shaft, a tilt shaft pivotally supported on the upper end portion of the output shaft, a planetary gear rotatably mounted on the upper end of the tilt shaft, and a first fixed gear mounted on the planet gear. A sphere support member sized to span an area including a magnet and a second stationary magnet; An internal gear fixed on a support plate via a support column and guiding the planetary gear while meshing with it, and mounted on the spherical body support member so as to roll freely, and the first fixed magnet and the first fixed magnet And a generator for generating electric power by transmitting rotation of the output shaft. It is a permanent engine that is completely different in technical idea from the present invention.

  In Japanese Patent Application Laid-Open No. 11-220868, a centrifugal engine of a centrifugal force type is coaxially connected and fixed to a desk grinder, whereby a high output power engine is obtained by rotating the grinder at a high speed. In addition, the power engine and the permanent engine are placed in several piled iron boxes at appropriate distances, and the operation of the power engine and the permanent engine is smoothly performed by completely shielding radio waves, electric fields, and magnetic fields from the surroundings. However, this proposal is only an auxiliary device and has a technical idea completely different from that of the present invention.

In Japanese Patent Application Laid-Open No. 11-062808, claim 1 includes a case where one of the left and right divided by the outer box (1) and the partition wall (2) with respect to a force acting in a certain direction such as gravity, centrifugal force, acceleration force, etc. is a vacuum. It seems that there is a device that obtains a rotational force by the difference in buoyancy generated between each fluid and the left and right floats by installing a wheel (5) with a float attached so as to straddle the fluids (3) and (4) of different specific gravity In addition, the technical idea is completely different from the present invention.

  In Japanese Patent Laid-Open No. 11-041960, claim 1 includes a method of generating electricity by controlling the on / off of the electromagnet 1 to move the permanent magnet 2 or the superconducting magnet 2 up and down or reciprocate. According to Coulomb's law regarding magnetism, the potential energy U due to the magnetic force generated between the permanent magnet 2 or the superconducting magnet 2 and the electromagnet 1 is the product of the magnetic quantity of each magnet. Depending on the value of the electric energy E to the electromagnet 1, E <U may be satisfied. At this time, the on / off of the switch of the electromagnet 1 is controlled, and the permanent magnet 2 or the superconducting magnet 2 is moved to generate power using a turbine or the like. The energy of U-E (> 0) is extracted, and the technical idea is completely different from the present invention.

In Japanese Patent Laid-Open No. 10-169539, [Configuration] As shown in FIG. 1 , the configuration of the present invention is that a slanted radial weight slide arm (9) is projected from the central disk (8) and the slide weight arm has a slide weight with magnets. The shaft (17) extending in the horizontal direction from the bearing (7) of the central disk is supported by the rotary bearing (14) of the main body vertical disk support substrate (13) in FIG. The magnetic levitation propulsion track (3) of the magnetic levitation propulsion foundation structure according to claim 1 of the present invention and the slide weights (11) with magnets that have been slid down on the magnetic force propulsion track (5) are shown in FIG. in the 1 by floating moves leftward, the shape of the slide arm magnet with sliding weights, to generate a permanent sliding rotary motion by sequentially sliding, which is configured, the onset It is intended to different from a totally technical idea and.

  In Japanese Patent Application Laid-Open No. 10-077951, the object is an apparatus in which the permanent magnet is automatically and repeatedly moved to a high position so that the center of gravity of the disk is always continuously moved to the left. This is a permanent engine that can continuously take out energy by continuously rotating the disk without supplying any energy from the outside, and has a configuration between the fixed magnet 5 and the fixed magnet 6. When the magnet container 1 comes, the movable magnet 2 in the magnet container 1 rises due to the repulsive force and attractive force of the fixed magnet. At this time, a pin comes out of the magnet container hole 3 by the cam on the back surface of the disk 4. This prevents the movable magnet 2 from falling. Similarly, in the lower part of the disk 4, the movable magnet 2 in the magnet container 1 is raised upward and temporarily fixed by the fixed magnet 17 and the fixed magnet 18. The above is automatically repeated at the upper and lower parts of the disk and gradually rotates counterclockwise little by little, and the technical idea is completely different from the present invention. .

  In Japanese Patent Laid-Open No. 070891, the disk 9 is installed on a base 6, and a frame in which the movable magnet 5 is inserted is constituted by the partition plate 11, the inner circle outer plate 15, the outer circle outer plate 16 and the movable magnet support 10. . The fixed magnet 1, the fixed magnet 2 and the movable magnet support are supported by a frame 7. When the movable magnet repels the magnetic force of the fixed magnet 1 and rises slightly, it enters the circuit of the middle circle 13 from the inner circle 12 by the attractive force of the fixed magnet 2. At this time, when the disk turns slightly to the left, it is maintained in the middle circle circuit by the dividing plate and the movable magnet support, while rotating to the left. Next, the movable magnet in the middle circle circuit is moved from the middle circle circuit to the middle circle circuit by the fixed magnet 3 and the fixed magnet 4, and the lever-type disk further turns to the left center of gravity and rotates counterclockwise. At this time, in the lower part of the disk, it moves in the opposite direction, the movable magnet concentrates and moves to the center, and the lever-type disk continues to rotate counterclockwise. Are different.

  In Japanese Patent Laid-Open No. 10-066365, the arm 6 arm gear 7 is operated by the fixed magnet 4 and the movable magnet 5 to move the main movable rod 8 upward. Therefore, the main movable rod 8 is located outside the left half of the disk. Diversify and gravity is on the left. On the contrary, in the lower part, the main movable bar 8 moves to the central part and concentrates. For this reason, the gravity balance of the disk is broken and the disk rotates to the left little by little, so that the movable magnet 5 also repeats the same operation one after another while rotating to the right as described above. And keep rotating. At the pin fixed magnet 12, the pin movable magnet 11 is repelled so that the main movable rod 8 does not fall. However, when the pin fixed magnet 12 is not present, the magnetic force disappears and the pin comes off. The main movable rod 8 is free and has a technical idea completely different from the present invention.

  In Japanese Patent Publication No. 09-232135, a sphere. Hard magnet such as spherical shape. ball. Composite magnet such as spherical shape. A spherical magnet with a suitable outer diameter. Multi-layer magnet laminated in a spherical shape. When it is difficult to magnetize due to the shape of both pole points, a composite multi-layered sphere is created using a composite magnet, which is merely a proposal of parts or materials and completely different from the technical idea of the present invention.

  In Japanese Patent Application Laid-Open No. 08-126297, a plurality of facilities are continuously arranged in a meandering manner via a conveying means, and a plurality of passages extending in parallel are formed between a plurality of series lines composed of facilities arranged in a straight line. The production line is characterized in that one end side of the passage is constituted by a conveying means, and the conveying means is disposed in the basement, and has a technical idea completely different from the present invention. is there.

  In Japanese Patent Application Laid-Open No. 08-061215, the spring can store mechanical energy, and there is no resistance to moving the magnet in a uniform magnetic field while it is attracted or repelled. By these two things, the energy which a permanent magnet has can be stored in a spring, and the time can be extended. This is an energy amplifying action from the law of impulse, Δp (impulse) = F (force) × Δt (time). That is, the greater the difference between the time for winding the spring and the time for releasing the wound energy, the greater the amplification factor. In the case of this machine, the spring is wound up at a rotation angle of 60 degrees of the main shaft and released at 180 degrees. However, the number of external magnetic poles arranged in a satellite shape is reduced with respect to the diameter of the main magnetic pole, and the number is increased. If so, a relatively large amount of energy can be stored. In other words, it is a device that performs permanent rotation by storing mechanical energy in a spring and amplified by the holding force of the magnetic field, and is completely different from the technical idea of the present invention.

  In Japanese Patent Laid-Open No. 10-313579, a tilting shaft 7 whose lower end is rotatably supported by a support member 5, and a disc in which a plurality of rotation-side magnets 17 are arranged in parallel on one circumference. 16, the horizontal plate 3 that supports one point of the lower peripheral edge of the disk 16, and the other end of the arm 12 that is rotatably supported with respect to the tilting shaft 7. And a generator 23 that receives the precession of the disk 16 through the vertical shaft 13 to generate electric power, and an annular sphere that supports the heavy sphere 19 on the upper surface of the disk 16 so that it can freely roll. The guide 18 is provided, and the precession motion is maintained by the magnetic attraction force of the magnets 6 and 17 and the rolling motion of the heavy sphere 19, and the technical idea is completely different from the present invention. .

  In Japanese Patent Application Laid-Open No. 10-155267, an arm 5 having one end pivotally supported on the upper end of the tilting shaft 4 and a vertical shaft 8 pivoting the other end of the arm 5 on a vertical line at the support point of the tip of the tilting shaft 4. A generator 20 that generates electric power by receiving the driving force of the vertical shaft 8, and a plurality of rotating-side magnets 12 arranged in parallel in the circumferential direction on the outer peripheral portion of the disk 11 attached to the tilting shaft 4. The fixed-side magnet 13 having a length including the vertical displacement region of the rotation-side magnet 12 and the lower portion having a stronger magnetic force than the upper portion is installed in the vicinity of the disk 11, and is completely technical with the present invention. The idea is different.

  In Japanese Patent Publication No. 2011-041448, a permanent magnet N pole 1 is grounded on the upper surface of the permanent magnet S pole 5, and the permanent magnet S pole 5 is attached so that the permanent magnet N pole on the upper surface is well rolled. . When the grounding metal 19 of the lever-type ON / OFF switch on the upper surface of the permanent magnet N-pole comes into contact with the lever-type ON / OFF switch 2, the permanent magnet N-pole 3 is turned ON and becomes N-pole. The repulsion causes the permanent magnet N pole 1 to move in the direction in which the air cylinder piston rod 15 extends. As the air cylinder piston rod 15 moves, air is supplied to the air compressor 9 through the air hoses 13 and 14, and an air valve 18 is provided which acts as a one-way valve so that the air does not flow in the reverse direction. The technical idea is completely different from the invention.

  In Japanese Patent Publication No. 2010-275980, a magnet is attached to a piston that is idled by a piston guide bearing installed in a cylinder so that the same pole faces each other, and a twist shaft that is fixed to the cylinder via a twist bearing is sandwiched between them. As a result, the same polarity side of the twist magnet and the piston magnet repels and the opposite side of the opposite surface attracts, so the piston moves and rotates the crankshaft via the connecting rod, and the time set by the cam that rotates at the same time In addition, when the magnetic pole is reversed, the piston obtains a moving force in the opposite direction and continuously rotates the crankshaft. In the case of the 3-cylinder type, a strong rotating force is always obtained by setting the crank angle to 120 degrees. The technical idea is completely different from the present invention. It is.

In Japanese Patent Publication No. 2000-232770] “Basic structure of continuous dense magnetic pole-acting permanent motor” As shown in FIG. 1 , two flat plates with one side narrowed and the other opened with respect to the expected center line are not parallel. Formed in continuous symmetrical positions, fixed magnet tracks A and B (2) are formed by mounting fixed magnets a and b (1) with different polarities facing each other on the inner side surfaces, and the expected center between the magnetic poles A movable magnet (3) that is constrained by a wire and that can be easily moved on the wire is configured, and its magnetic pole is set to a different polarity with respect to the fixed magnets a and b (1) of the fixed magnet tracks A and B (2). The basic structure of a continuous dense magnetic pole-acting permanent motor is shown, and the technical idea is completely different from the present invention.

In Japanese Patent Laid-Open No. 11-155280, as shown in “Basic structure of a permanent magnet-interacting permanent motor” in FIG. 1 , two plates are not parallel to the expected center line but one is narrowed and the other is opened. Formed, and fixed magnets a and b (2) with different polarities facing each other on the inner side surfaces are formed so that the attractive magnetic field strength is uniformly increased with each progression in the narrow closed direction. Fixed magnet orbits A and B (1) are formed, and a movable magnet (3) that is constrained on the expected center line between the magnetic poles and that can be easily moved on the normal lines is formed, and the magnetic poles are fixed magnet orbits. This is the basic structure of a permanent-magnet-acting permanent motor that has different polarities on the pole surfaces of the fixed magnets a and b (2) of A and B (1), and has a technical concept completely different from that of the present invention. It is to make.

In Japanese Patent Publication No. 10-285904, the present invention is inspired by the floating of a linear motor car. Since the linear motor car rebounds and emerges with its own electricity, I thought it could repel and rotate with my own electricity. As shown in FIG. 1 , the diameter of the stator 1 is set to 102 cm, 16 coils are wound like a linear, and four permanent magnets 3 having a length of 100 mm and a width of 200 mm are attached to the rotor 2. The commutator is fixed, and all 16 minuses of the coil are grounded, and each plus is connected to the commutator. There are four carbons, so they rotate with the rotor 2 so that the coil and the magnet are sparked so that they spark. Repels only when sparking. Since the coil is wound around the iron, always pull the rest. By rotating the rotor with power at 800 rpm for 3 to 10 seconds, an induced current is generated in the stator coil. Here, a motor called Mitsubishi Superline S will be described for reference. In this motor, current is generated in the rotor coil by the magnetic force generated by the stator, and it is rotated by being pulled by the magnetic force of the stator and repelling. If you understand the principle of this motor, you can see that it is the same as when the motor is energized and when the permanent motor is powered at 800 rpm for 3 to 10 seconds. The technical idea is completely different from the invention.

  In Japanese Patent Laid-Open No. 10-164822, in the A and B base substrate tracks, approximately 3 to 4 movable magnets are appropriately placed in the magnetic field of one fixed magnet substrate, or the movable magnets are arranged without interruption. The strong magnetic field received when passing through the narrowest part of the fixed magnet track is separated by the sum of the thrusts of the movable magnets in the other fixed magnet magnetic field to maintain the motion. It is shown that if the shape of the fixed magnet track is changed, the movable magnet passing there moves along the track, so that it can be applied to various applications other than just a normal motor and a linear motor car. Is completely different from the technical idea.

  In Japanese Patent Application Laid-Open No. 07-119620, permanent magnets are arranged in a circular shape in a slanted manner, and the magnetic poles of the outer permanent magnets are arranged in such a way that N poles are in contact with N poles, S poles are in contact with S poles, and the inside is S. The poles and N poles are arranged facing each other, and a cylinder is formed in a circular shape so as to face each other in the direction of the rotation axis, and is made permanent rotation by the repulsive force and suction force of the fixed cylinder and the rotating cylinder. To increase the torque, the combination of the above and the cylinder length, diameter, increase in the magnetic force of the permanent magnet, the combination of quantity, shape, size, sort order, the length and direction of the magnetic field lines, and the peeling so that the rotational force increases Convert. The magnetic field rotator centrifugal force is extinguished by the outer repulsive force and the inner attractive force. On the contrary, the outward magnetic force and the centrifugal force are added to generate a strong centrifugal force. In addition, it is a permanent rotating body that rotates in the air when it is in the shape of a bowl or a sphere of the same pole, and when it is linear, it is indicated as a permanent linear moving body, which is completely technical with the present invention. The idea is different.

  In the patent publication 2013-234571, the clothing and food and living building system of the crystal diamond glass building body with seismic isolation function for the purpose of never breaking the building of the present invention is a centimeter on the outside of the column with the sand iron inside. Instead of a concrete building body that deepens the underground against the fact that the height of the building on the ground is higher than the seismic isolation pile solidified with reinforced concrete in a cylinder covered with a glass fiber panel of 2 to 2 centimeters, Stacking from the building base to the entire wall surrounding the building, the entire base of the building can be lived for the life of the nuts and bolts of crystal diamond glass pills using crystal diamond glass pillars and steel bolts to the building foundation. The 200-year guarantee that the living system and care semi-automatic system are all gathered Shin function with steel-cored crystal diamond glass building around the ground underground system have been proposed, but this proposal is to different from a totally technical idea with the present invention.

  In the patent publication 2012-099506, the power generation material used in the new technology of the fuel cell generator is a mixed material obtained by adding tritium light hydrogen into water of a new technology different from the normal chemical reaction power generation of hydrogen and oxygen, The mixed material is produced by the instantaneous vaporization technology, and the fuel is produced by the semipermanent continuous operation power generation technology. The world's first semi-permanent continuous operation power generation of ponds, which has enabled the generation efficiency of semi-permanent continuous operation power generation of fuel cells, the world's first fuel cell generator capable of continuous power generation with light hydrogen tritium material proposed However, this proposal is completely different from the technical idea of the present invention.

  In patent publication 2010-1748881, the air hits the air compressor, sends air to the air cylinder, the air cylinder expands and contracts at the beginning of the arm movement, and the contact surface at the tip of the weight moves to the left and right. Next, when the rack gear frame hits the left and right movable rods, the left and right permanent magnets come into contact with the roller of the generator due to the two permanent magnets, turning the generator and generating electricity. When the two left and right permanent magnets are used, the supply of air to the air cylinder is stopped, which is completely different from the technical idea of the present invention.

  In patent publication 2010-121611, compressed air is stored with an air compressor, air is sent from the air valve to the air cylinder, and the air cylinder rod is expanded and contracted. By repeating this process, the column moves left and right, and the weight balance table moves further left and right depending on the angle (movement of the center of gravity). The angle of the weight balance table (movement of the center of gravity) is a feature of the permanent generator. The time when the supporting column moves around 270 degrees is when the conditions of the permanent generator are good, but the technical idea is completely different from the present invention.

  In Japanese Patent Publication No. 2005-037338, a spiral tube of a D-tube produced by a high-density fusion method is obtained by winding a part of a circle tube in a coil shape, and a dynamic magnetic field in which a static magnetic field of the circle tube continuously moves. A magnetic field is formed. Since the superconducting magnetic field of the D-tube has a strong magnetic field force and arranges the electron group of the metal conductor as desired, the electrons forcedly arranged in a certain direction generate a direct current (electron magnetic flux). Although it has been proposed to use the electronic magnetic flux to produce a fuelless and non-driven permanent generator, the technical idea is completely different from the present invention.

  In Japanese Patent Application Laid-Open No. 11-150938, a large amount of electric power generated by a pair annihilation quantum reaction due to a combination of positive magnetism and diamagnetism generated in a ring core type mini black hole placed in an electromagnetic field by a rotating magnetic field is converted into However, it has been proposed that permanent output can be generated by power multiplication by returning a part of the output power as input energy and circulating it. However, the technical idea is completely different from the present invention. To do.

  In Japanese Patent Application Laid-Open No. 10-002278, the problem to be solved by the invention is that the water pressure is force = energy, and this is taken out. [Means for Solving the Problem] Use the water tower water tank floating floats and the like as in the claims. [Action] The float floats up and down permanently to rotate and rotate the wheels to output the shaft and the generator operates. Shows a state where the generator is removed. [Example] A young man who mourns the poetry of falling vermilion and rising into the waves. The water tower shown in FIG. 1 is a water tower that stands from the tank water 1a. This embodiment uses only a water tower and a floating zone extending in the air. 3 The inside of the hollow 2 is the water storage pipe 3a of the water tower 3, and the leakage ring 4c of the float 4 is fitted almost closely, and the distance between the two rings is strong. Float 5 is a folding and driving wheel that connects the float 4 in an annular fashion with a small ring 4a and 4b, and hangs one 5a in the water 1 and the other 5b in the air 2 to form an annular surface. Wrapping around the wheel 6 and the guide wheel 7 to complete the structure obtained in the vernal flow ascension map, the dynamics of generating power through the shaft rotation of the rotating wheel is simple. The submerged buoyancy that is left to the eyes of the water is the sum of power and the foremost body is lifted into the air, and the water pressure energy is finally converted to rotational force. [Effects of the invention] This engine is coaxially arranged to obtain the desired output. The floating tube is light and rigid. However, the use of semi-hard soft material or internal / external rigid tube is the best. Two thousand years ago, the present invention could be made easily, but Ikenuma Lake is innumerable in natural man-made, and the water pressure energy is floating in a pumping device that is flooded at the top of the wharf that persists in accordance with the immortal French scripture隔大 a 浮帯 are those intends use the partial compartment type skirt Baki shaped float of other perforated are those differing in exactly the technical idea and the present invention.

  An object of the present invention is to propose a low-cost high-efficiency power generator.

The problem solving means of the present invention will be described.
In the first aspect of the present invention, a rotating disk A concentric with the shaft is axially attached to a shaft fixed to a rotating bearing, and a plurality of through holes A are provided at equal intervals on the circumference of the rotating disk A. A permanent magnet A having magnetism in the same direction as the axis is inserted into and fixed to the through hole A in either the N-pole or S-pole direction, and the same circle as the rotary disk A is provided on both sides of the rotary disk A. Fixed disks B and C having through-holes at the same interval as the rotating disk A on the circumference are arranged at regular intervals at positions facing the rotating disk A, and the rotation holes B are inserted into the through-holes B of the fixed disk B. A permanent magnet B is inserted and fixed so as to be in the direction of repulsion with the permanent magnet A inserted and fixed to the disk A, and the rotating disk A is inserted into the through hole C of the fixed disk C. So that the permanent magnet A is inserted and fixed to the pole in a direction repelling each other. Each of the permanent magnets C is inserted and fixed, and each of the magnets C of the fixed disk C is shifted from the respective permanent magnets B of the fixed disk B by a certain angle in the circumferential direction to provide a phase difference. An actuating means for activating the shaft is connected to one of the shafts via a clutch, and a power generating means is connected to the other of the shafts, and the activating means is activated for a predetermined time. As a result, the rotating disk A is made to reach a predetermined rotational speed, and the permanent magnet A of the rotating disk A and the permanent magnets B and C of the fixed disks B and C are continuously repelled. It is a low-cost high-efficiency power generator that can be used.

In the invention of claim 2, a rotating disk D having the same shape as the rotating disk A is axially attached to the axis of the fixed disk C opposite to the rotating disk A, and is opposed to the rotating disk D. A fixed disk E having the same shape and phase as the fixed disk B is arranged at a position where the rotating disk A is mounted, and a rotating disk F having the same shape as the rotating disk A is attached to the shaft at a position facing the fixed disk E. In addition, the rotating disk and the stationary disk are alternately arranged to provide a phase difference so that the stationary disk G having the same shape and phase as the stationary disk C is disposed at a position facing the rotating disk F. The low-cost, high-efficiency power generator according to claim 1, which can constitute a series of mechanisms and can double the power generation capacity.

According to a third aspect of the present invention, a plurality of permanent magnets are provided inside or outside the circumference of the rotating disks A, D, F and the fixed disks B, C, E, G in the same manner as the circumference. 3. The low-cost and high-efficiency type according to claim 1, wherein the rotation of the rotating disk is made smoother by providing a phase difference by shifting a phase by a certain angle on the circumference with the arrangement of the permanent magnets of the rotating disk. It is a power generation device.

According to a fourth aspect of the present invention, the thickness of the rotating disk is the same as the length of the permanent magnet inserted and fixed in the hole of the rotating disk, or the permanent magnet is included in the thickness of the rotating disk. The low-cost and high-efficiency power generator according to claim 1, wherein air resistance during rotation of the rotating disk can be reduced and power generation efficiency can be improved by burying the rotating disk.

In a fifth aspect of the invention, by storing a series of mechanisms constituted by the fixed disk and the rotating disk in a vacuum vessel, air resistance when the rotating disk rotates is reduced, and power generation efficiency is improved. The low-cost high-efficiency power generator according to any one of claims 1 to 4, wherein

In the invention of claim 6, a magnetic force recovery coil is wound around each of the permanent magnets inserted and fixed to the rotating disk and the fixed disk, respectively, and is electrically linked to the magnetic force recovery control device to form a magnetic force recovery means. The low-cost and high-efficiency power generator according to any one of claims 1 to 5, wherein the low-cost and high-efficiency power generator is capable of generating power permanently by forcibly recovering magnetic force periodically or when the magnetic force drops.

  According to the present invention, it is possible to manufacture a low-cost high-efficiency power generator. Free from the annoyance that power generation is limited only during daylight hours, such as conventional solar and solar power generation, or power generation is limited only when there is wind like wind power generation. However, it has become possible to obtain high-quality power easily, safely and inexpensively.

  This power generation device eliminates the need for power transmission facilities by installing power consumers on-site, which not only reduces the construction cost of power transmission facilities, but also eliminates power transmission losses, dramatically improving energy efficiency and causing global warming. The effect of suppressing carbon dioxide emissions is enormous. The power supply and demand structure that has been mainly dependent on hydropower, thermal power, and nuclear power generation so far has expanded the options for power supply through low-cost, high-efficiency power generation, and is excellent not only for the future of this country but also for the future of the spaceship Earth. There is no doubt that it will be a source of energy.

The best mode for carrying out the invention will be described.
FIG. 1 is a diagram showing a specific embodiment of the embodiment of the present invention.
FIG. 2 is a detailed drawing showing a specific embodiment of the embodiment of the present invention.
FIG. 3 is a detailed drawing showing a specific embodiment of the embodiment of the present invention.
FIG. 4 is a detailed drawing showing a specific embodiment of the embodiment of the present invention.
FIG. 5 is a drawing showing a specific embodiment of another embodiment of the present invention.
FIG. 6 is a detailed drawing showing a specific embodiment of another embodiment of the present invention.
FIG. 7 is a detailed drawing showing a specific embodiment of another embodiment of the present invention.
FIG. 8 is a cross-sectional view showing a specific embodiment of another embodiment of the present invention.
[FIG. 9] is a drawing showing a specific embodiment of another embodiment of the present invention.
FIG. 10 is a cross-sectional view showing a specific aspect of another embodiment of the present invention.

Specific embodiments of the embodiments of the present invention will be described based on [FIG. 1] to [FIG. 4].
In the first aspect of the present invention, a rotating disk A (1) concentric with the shaft (7) is attached to the shaft (7) fixed to the rotating bearing, and on the circumference of the rotating disk A (1). A plurality of equally-spaced through holes A (1a) are provided, and permanent magnets A (19) having magnetism in the same direction as the shaft (7) are provided in the through holes A (1a). Inserted and fixed in the same direction, and fixed with through holes at the same circumference as the rotating disk A (1) on the same circumference as the rotating disk A (1) on both sides of the rotating disk A (1). Disks B (2) and C (3) are arranged at regular intervals at positions facing the rotating disk A (1), and the rotating disk A is placed in the through hole B (2a) of the fixed disk B (2). The permanent magnet B (20) is inserted so as to be poles in a direction repelling each other with the permanent magnet A (19) inserted and fixed in (1). The poles in the direction of reciprocating with the permanent magnet A (19) inserted into and fixed to the rotating disk A (1) in the through hole C (3a) of the fixed disk C (3) The permanent magnets C (20) are respectively inserted and fixed so that the magnets C (20) of the fixed disk C (3) are respectively fixed to the permanent magnets B (20) of the fixed disk B (2). A series of mechanisms are configured by shifting the phase by a certain angle in the circumferential direction and providing a phase difference. One of the shafts (7) has a starting means (12) for starting the shaft (7) as a clutch ( 11), and the other end of the shaft (7) is connected to a power generation means (10), and the starting means (12) is started for a predetermined time, whereby the rotating disk A (1) is predetermined. The permanent magnet of the rotating disk A (1) (19) and said permanent magnet B of the fixed disc B (2) and C (3) (20) and C (20) are spaced along it generating electric power using the property of each other continuously repulsion.

  In an embodiment of the present invention, a polycarbonate transparent plate having a thickness of 10 millimeters is used for the rotating disk A (1) and the fixed disks B (2) and C (3), and the rotating disk A (1) and the fixed disk B ( 2) Permanent magnets A (19), B (20) on the circumference of a pitch circle diameter of 191 mm on C (3) include a permanent magnet 24 having a diameter of 10 mm and a length of 10 mm made by Magna Co., Ltd. Each was used. The pitch circle diameters of the through holes (1a) and (2a) for inserting and fixing the permanent magnets A (19) and B (20) are not necessarily limited to this. The pitch circle diameter may be 191 mm or more, or 191 mm or less, and the number of permanent magnets is not necessarily limited to 24, and may be 24 or more or 24 or less. Also, the shape of the permanent magnet is not necessarily limited to a circle, and may be a triangle, a square, a trapezoid, a rhombus, an ellipse or other shapes, and the material of the permanent magnet may be a samarium cobalt magnet, a ferrite magnet, or other magnetic material. However, the present invention is not necessarily limited thereto. Moreover, although the rotating disk and the fixed disk are made of a polycarbonate material, they may be metallic or non-metallic as long as they are non-magnetic and are not necessarily limited thereto.

  In the embodiment of the present invention, an induction motor with an electromagnetic brake is used as the starting means. However, the starting means may be another electric motor, a hydraulic motor or a pneumatic motor, and is not necessarily limited thereto. It is only necessary that the rotating disk can reach a predetermined number of rotations in a certain time.

Specific embodiments of other embodiments of the present invention will be described with reference to FIG.
According to the second aspect of the present invention, the rotating disk D (having the same shape as the rotating disk A (1) on the shaft (7) opposite to the rotating disk A (1) of the fixed disk C (3). 13), and a fixed disk E (14) having the same shape and phase as the fixed disk B (2) is disposed at a position facing the rotating disk D (13), and further, the fixed disk E A position where the rotating disk F (15) having the same shape as the rotating disk A (1) is axially attached to the shaft (7) at a position facing the rotating disk A (1) and facing the rotating disk F (15) A series of mechanisms is configured by providing a phase difference by alternately arranging rotating disks and fixed disks so that a fixed disk G (16) having the same shape and phase as the fixed disk C (3) is disposed on The power generation capacity can be doubled.

  In this way, not only can the external dimensions of the entire power generation device be reduced, space saving, but also a large power generation capacity can be obtained with a single set of starting means and power generation means, thus reducing the cost of the entire power generation device. The effect of connecting two birds with one stone can be obtained.

Specific embodiments of other embodiments of the present invention will be described based on [FIG. 6] and [FIG. 7].
In the invention of claim 3, the rotating disks A (1), D (13), F (15) and the fixed disks B (2), C (3), E (14), G (16) A plurality of permanent magnets (19) and (20) are arranged on the inside or outside of the circumference in the same manner as the circumference, and the rotating disks A (1), D (13), F (15) and the fixed disk B (2), Rotation of the rotating disk by providing a phase difference by shifting the phase by a certain angle in the circumferential direction from the arrangement of the permanent magnets (19), (20) of C (3), E (14), G (16). Can be made smoother.

  In this way, the alternating load that the rotating disk repeatedly receives left and right alternately during rotation of the rotating disk due to the phase difference of the permanent magnets on both sides of the rotating disk sandwiching the rotating disk can be eliminated, so the strength of the material constituting the rotating disk Need not be secured more than necessary, and the cost of the power generator can be further reduced.

Specific embodiments of other embodiments of the present invention will be described with reference to FIG.
In the invention of claim 4, the thickness of the rotating disks A (1), D (13), F (15) and the holes of the rotating disks A (1), D (13), F (15) By making the length of the fixed permanent magnets (19) and (20) the same, or by burying the permanent magnet in the thickness of the rotating disk, the air resistance during rotation of the rotating disk is reduced. It was made possible to reduce.

  In another embodiment of the present invention, a permanent magnet having a diameter of 10 mm and a length of 10 mm is embedded in a polycarbonate plate having a thickness of 10 mm. However, the present invention is not limited to this. A permanent magnet shorter than the thickness of the rotating disk may be sealed with a sealing material such as an embedding resin, or the protruding permanent magnet may be covered with a cover continuous in the rotation direction.

  If it does in this way, power generation efficiency will increase only by the air resistance of the projection by the permanent magnet at the time of rotation of a rotating disk, and it can lead to improvement of the capability of a power generator.

Specific embodiments of other embodiments of the present invention will be described with reference to FIG.
According to a fifth aspect of the present invention, a series of mechanisms constituted by the fixed disk and the rotating disk is housed in a vacuum vessel so that air resistance when the rotating disk rotates can be reduced.

  In this way, not only can the air frictional resistance on the surface of the rotating disk during rotation of the rotating disk be eliminated, but also the air frictional resistance of the rotor in the power generation means can be eliminated, which can further improve the power generation capacity.

Specific embodiments of other embodiments of the present invention will be described with reference to FIG.
In the invention of claim 6, magnetic force recovery coils (19 a, 20 a) are attached to the permanent magnets (19), (20) inserted and fixed to the rotating disk (1) and the fixed disk (2). Each of them is made up of magnetic force recovery means that is electrically linked to a winding magnetic force recovery control device (not shown), so that the power generation device can be operated permanently by forcibly recovering the magnetic force periodically or when the magnetic force drops. .

  In another embodiment of the present invention, a similar magnetic force recovery means is also provided in the rotating disks D (13), F (15) and the fixed disks C (3), E (14), G (16). Needless to say. In this way, even if the magnetic force of the permanent magnet, which is said to be semi-permanent, decreases, the magnetic force can be forcibly recovered, so that the power generator can be operated semi-permanently.

  According to the present invention, it is possible to manufacture a low-cost high-efficiency power generator. Free from the annoyance that power generation is limited only during daylight hours, such as conventional solar and solar power generation, or power generation is limited only when there is wind like wind power generation. However, it has become possible to obtain high-quality power easily, safely and inexpensively.

  This power generation device eliminates the need for power transmission facilities by installing power consumers on-site, which not only reduces the construction cost of power transmission facilities, but also eliminates power transmission losses, dramatically improving energy efficiency and causing global warming. The effect of suppressing carbon dioxide emissions is enormous. The power supply and demand structure that has been mainly dependent on hydropower, thermal power, and nuclear power generation so far has expanded the options for power supply through low-cost, high-efficiency power generation, and is excellent not only for the future of this country but also for the future of the spaceship Earth. There is no doubt that it will be a source of energy.

These are figures which show the specific aspect of the Example of this invention. These are the detailed drawings which show the specific aspect of the Example of this invention. These are the detailed drawings which show the specific aspect of the Example of this invention. These are the detailed drawings which show the specific aspect of the Example of this invention. These are figures which show the specific aspect of the other Example of this invention. These are the detailed drawings which show the specific aspect of the other Example of this invention. These are the detailed drawings which show the specific aspect of the other Example of this invention. These are sectional drawings which show the specific aspect of the other Example of this invention. These are figures which show the specific aspect of the other Example of this invention. These are sectional drawings which show the specific aspect of the other Example of this invention.

1 Rotating disk A
1a Through hole 1b Through hole 2 Fixed disk B
2a Through hole 2b Through hole 3 Fixed disk C
3a Through-hole 3b Through-hole 4 Support tool 5 Support tool 6 Attaching means 7 Axis 8 Bearing 9 Coupling 10 Power generation means 11 Clutch 12 Start-up means 13 Rotating disk D
14 Fixed disk E
15 Rotating disk F
16 Fixed disk G
17 Supporting Tool 18 Supporting Tool 19 Permanent Magnet A
20 Permanent magnet B
21 Vacuum container 22 Magnetic force recovery coil 23 Mount

Claims (6)

A rotating disk A concentric with the shaft is mounted on a shaft fixed to a rotating bearing, and a plurality of equally spaced through holes A are provided on the circumference of the rotating disk A so that the through hole A is the same as the shaft. A permanent magnet A having directional magnetism is inserted and fixed so as to be aligned in either the N pole or S pole direction, and the rotating disk A and the rotating disk A are arranged on both sides of the rotating disk A on the same circumference as the rotating disk A. Fixed disks B and C having through holes with the same equidistant spacing are arranged at regular intervals at positions facing the rotating disk A, and inserted into and fixed to the rotating disk A in the through holes B of the fixed disk B. The permanent magnet B is inserted and fixed so as to be in the direction of repulsion with the permanent magnet A, and the through hole C of the fixed disk C is inserted and fixed to the rotating disk A. Insert the permanent magnets C so that they are in the direction of repulsion with the permanent magnets A. And each magnet C of the fixed disk C forms a series of mechanisms by shifting the phase by a certain angle in the circumferential direction from each permanent magnet B of the fixed disk B to provide a phase difference. One of the two is connected to a starting means for starting the shaft via a clutch, and the other end of the shaft is connected to a power generating means, and the starting means is started for a certain period of time to thereby rotate the rotating disk A. Low cost, characterized in that power can be generated using the property that the permanent magnet A of the rotating disk A and the permanent magnets B and C of the fixed disks B and C are continuously repelled by reaching a predetermined rotational speed. High-efficiency power generator. A rotating disk D having the same shape as the rotating disk A is attached to the axis of the fixed disk C opposite to the rotating disk A, and the fixed disk B and the rotating disk D are opposed to the rotating disk D. A fixed disk E having the same shape and phase is disposed, and a rotating disk F having the same shape as the rotating disk A is axially attached to the shaft at a position facing the fixed disk E, and the rotating disk F and A series of mechanisms is constructed by providing a phase difference by alternately arranging rotating disks and fixed disks so that a fixed disk G having the same shape and phase as the fixed disk C is disposed at the opposing position. The low-cost high-efficiency power generator according to claim 1, wherein the capacity can be doubled. A plurality of permanent magnets are provided inside or outside the circumferences of the rotating disks A, D, F and the fixed disks B, C, E, G as well as the circumferences of the permanent magnets of the fixed disks and the rotating disks. The low-cost and high-efficiency power generator according to claim 1 or 2, wherein the rotation of the rotating disk is made smoother by providing a phase difference by shifting a phase by a certain angle in the circumferential direction with respect to the arrangement. By rotating the rotating disk by making the thickness of the rotating disk the same as the length of the permanent magnet inserted and fixed in the hole of the rotating disk, or by burying the permanent magnet in the thickness of the rotating disk The low-cost and high-efficiency power generator according to any one of claims 1 to 3, wherein air resistance during rotation of the disk can be reduced and power generation efficiency can be improved. The air resistance when the rotating disk rotates can be reduced and the power generation efficiency can be improved by storing a series of mechanisms constituted by the fixed disk and the rotating disk in a vacuum vessel. The low-cost high-efficiency power generator according to 1 to 4. Magnetic recovery coils are wound around permanent magnets inserted into and fixed to the fixed disk and the rotating disk, respectively, and are electrically linked with a magnetic recovery controller (not shown) to form magnetic recovery means. The low-cost and high-efficiency power generator according to any one of claims 1 to 5, wherein the magnetic force is forcibly recovered when the magnetic force is reduced and permanent power generation is possible.

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