JP2011193710A - Magnet, and wind power generation, water power generation, ship and bicycle with air force-amplification motor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a force-amplification motor utilizing magnetic force between permanent magnets as an auxiliary drive source enabling: water power generation when water flow changes; wind power generation when wind is weak; and a bicycle to run on a flat ground as if running down a slope. <P>SOLUTION: Induced wheels 2 configured by connecting sixteen magnets B are provided at both sides of a main wheel 1 configured by connecting sixteen magnets A. The induced wheels are rotated by a compact motor to rotate the main wheel 1 by a force amplified ten times or more. A repulsive force between the magnets A and B is transmitted to the main wheel 1 to continue the rotation thereof. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a magnet amplification motor mounted on wind power generation or the like.

Technical background

  Using a 3-12V battery power supply as an input, directly connecting an ultra-small motor that rotates a number of induction wheels, rotating the induction wheel, rotating the main amplification wheel, and obtaining a rotational force more than 60 times the input, It is connected to a machine that transmits the generator, generates electricity, or directly rotates. Examples include automated bicycles, wind and hydro power generation.

Problems to be solved by the invention

  The challenge is to find a way to obtain a lot of rotational torque with a small amount of electric motor input, taking advantage of the features of magnets.

Means for solving the problem

The present invention solves the above problem by using it for bicycles and many other energy saving rotating mechanisms from the following requirements.
1) 16 permanent magnets are fixed to a large-diameter disk to form a main wheel.
2) A large number of small-diameter guide wheels fixed with 16 permanent magnets on the outside are simultaneously rotated, and the main wheels are arranged so as to rotate with a strong force.
3) A gap between the main wheel and the guiding wheel is set to 0.3 to 1.0 mm, and an input motor for rotating many guiding wheels at 60 to 120 RPM is provided to realize an amplifying motor having a high amplifying power.

The invention's effect

  FIGS. 1 and 2 show that there are four guide wheels (2) in which 16 permanent magnets (A) are provided on the outer periphery of the central main wheel (1) and 16 permanent magnets (B) are joined to both sides of the main wheel. An amplifying motor that turns the main wheel by turning the ultra-small electric motor (7) with 3-12V power supply at 100 RPM. The main wheel is rotated with a torque 20 to 40 times the rotational torque of the input small motor. Furthermore, when the amplification power is increased with this type, the number of induced wheels is 8 and the motor is the same.

  3 and 4, the main wheel (1) to which 16 permanent magnets (A) are joined is provided in two layers, eight guide wheels (2) are placed in the outer circumferential direction, and one small motor (7) is installed. The type entered in. Since all the guiding wheels are rotated in the same direction by the belt, the amplification power is 1.5 times or more as compared with FIG.

  As described above, it can be used as an auxiliary tool such as hydroelectric power, wind power, ocean wave power generation, and magnetic bicycle instead of electric bicycle, so the magnet material, size, number of layers can be changed. Yes, we will establish the adoption method for each application.

Industrial applicability

  The present invention is applicable to the bicycle industry, the marine industry, the electrical industry, the power generation industry, and the magnet industry.

FIG. 3 is a plan view (half cross section) of an induction ring sandwiching method for a single magnet amplification motor. It is a front view of FIG. It is a multilayer type top view of the outer periphery pinching method of a magnet amplification motor. FIG. 4 is a front view of FIG. 3.

A, main wheel magnet B, induction wheel magnet 1, main wheel 2, induction wheel 3, main shaft 4, belt wheel 5, induction shaft 6, one-way bearing 7, small electric motor 8, case plate 9, belt

  The present invention relates to a magnet amplification motor mounted on wind power generation or the like.

Technical background

  Using a 3-12V battery power supply as an input, directly connecting an ultra-small motor that rotates a number of induction wheels, rotating the induction wheel, rotating the main amplification wheel, and obtaining a rotational force more than 60 times the input, It is connected to a machine that transmits the generator, generates electricity, or directly rotates. Examples include automated bicycles, wind and hydro power generation.

Problems to be solved by the invention

  The challenge is to find a way to obtain a lot of rotational torque with a small amount of electric motor input, taking advantage of the features of magnets.

Means for solving the problem

The present invention solves the above-mentioned problems by using it for bicycles and many other energy saving mechanisms from the following safety.
1) Fix 16 permanent magnets to a large-diameter disk to make the main wheel.
2) A large number of small-diameter guide wheels having the same 16 permanent magnets fixed on the outside are simultaneously rotated, and the main wheels are arranged to rotate with a strong force.
3) A gap between the main wheel and the guiding wheel is set to 0.3 to 1.0 mm, and an input motor for rotating many guiding wheels at 60 to 120 RPM is provided to realize an amplifying motor having a high amplifying power.

The invention's effect

  1 and 2 show four guide wheels (2) in which 16 permanent magnets (A) are provided on the outer periphery of the central main wheel (1) and 16 permanent magnets (B) are joined to both sides of the main wheel. This is an amplification motor that rotates a super-small electric motor (7) with 3-12V power supply at 100 RPM and turns the main wheel. The main wheel is rotated with a torque 20 to 40 times the rotational torque of the input small motor. In addition, when the amplification power is increased with this type, the number of induced wheels is 8 and the motor is the same.

  3 and 4, the main wheel (1) to which 16 permanent magnets (A) are joined is provided in two layers, eight guiding wheels (2) are placed in the outer circumferential direction, and one small motor (7) is provided. The input type. Since all the guiding wheels are rotated in the same direction by the belt, the amplification power is 1.5 times or more as compared with FIG.

  FIG. 5 shows that in the wind power generation of the present invention, the cores of the induction wheel (2) and the main wheel (1) of the magnet (A) and the magnet (B) are made the same, and the splashing force of the plane is increased. The magnet (B) was faced down and the magnet (A) was faced up. Sixteen fan-shaped magnets are fixed to the 16-window ring (1) with N facing upward, and the 8-window ring (2) is fixed to N with the magnet facing downward. In order to improve the dimensional accuracy between magnets, magnetic fluid is put into the rubber magnet retainer (21), and further 16 glass balls (10) are put, and the planetary gear group (13) is driven by the rotational force of the main wheel (1). Wind power generation that rotates even when there is no wind as a source of power generation. When there is no wind, the two 12V batteries (17) and (18) are automatically and alternately driven by 12V, 15W, 300RPM electric motor gears, the internal gear is rotated at 60RPM, and the battery charge is alternately generated by power generation. And the rotational force of the internal gear (22) rotates the wing fitting (15), the four wind turbine blades (14), and the central guide shaft (5) at about 60 RPM. When the wind speed is 10 m or more, the one-way clutch gear (16) with an electric motor is rotated and connected to the guide shaft to generate electric power.

  FIG. 6 shows the arrangement and shape of 16 magnets (A) for the main wheel (1) in the upper half and 8 magnets (B) for the guide ring (2) in the lower half.

  Fig. 7 shows the rubber that can be arranged in 8 to 16 balls with the ball bearing ball (10) made of glass and the dimensional accuracy of the spheres set to ± 0.015 in order to improve the durability by rotating the upper and lower magnets accurately. A magnet molded bearing ball retainer (21) is used and a magnetic fluid is applied. The ball slides well and there is no sound.

  FIG. 8 shows the retainer plane with the balls.

  9 is a compact type that is mounted on a bicycle and used as a magnetic bicycle, with a low amplification power and about 100 times the input. Two fan-shaped magnets (A) are put on the main wheel (1), and the guide wheel is rotated simultaneously by two scissors.

  FIG. 10 shows the above-described plane, and a glass ball retainer is inserted with a small diameter.

  FIG. 11 shows that the amplifying motor of the present invention is installed on the ground side of a large-diameter chain sprocket of a bicycle, an about 75φ sprocket is provided on the shaft extending from the center of the main wheel, transmits rotation, and is similar to an electric bicycle. Run. For running control, an ON / OFF switch is attached to the brake after it is attached to the steering wheel and is controlled together with the brake.

Fig. 12 shows the installation of a 75KW output wind power generator with five fan-shaped magnets (A) on a fish boat, a 200V motor installed at the place where the old gasoline or diesel engine was removed, and (27) Directly connected to 32) and traveling.
Hydrogen is generated by electricity, water resistance is prevented by air bubbles, travel loss is reduced by 1/400, and electricity is sold within the return port. They sell fish and hydrogen.

  As mentioned above, this amplifying motor is a low-cost bicycle instead of an electric bicycle and does not require charging, so it is in the bicycle industry. Nuclear power industry, solar power generation industry, wind power generation industry, diesel engine industry, hydropower generation industry. Hydrogen gas industry. Fish, agriculture industry. Electric power transmission industry. Available to many.

The plane half sectional view of the induction wheel pinching method of a magnet amplification motor. The front view of FIG. Multi-layer type plan view of the outer periphery pinching method. FIG. 4 is a front view of FIG. 3. Front half sectional view of wind power generation using magnet amplification concentric type. The magnet part top view of FIG. The front view of a ball thrust bearing. The top view of FIG. Front view of magnet amplification motor optimal type for bicycles The top view of FIG. Amplified motor tower-mounted bicycle side view. Side view of a medium-sized fish boat mounted on a wind power generation tower.

A, main wheel magnet B, induction wheel magnet 1, main wheel 2, induction wheel 3, main shaft 4, belt wheel 5, induction shaft 6, one-way clutch 7, small electric motor 8, case plate 9 belt 10, glass ball 11, planetary gear group 12, generator rotor 13, internal gear 14, four wings 15, feather wings 16, one way gear 17, battery 12V 18, charger 12V
19, legs 20, rain cover 21, rubber retainer 22, internal gear wing 23, rear brake 24, amplification motor switch 25, dynamo 26, lamp 27, electric motor 28, screw 29, air motor 30, hydrogen tank 31 , Screw shaft 32, air feed pipe 33, double-bore hydrogen tank 34, intake pipe

  The present invention relates to a magnet amplifying motor mounted on wind power generation.

Directly using a 3-12v battery power supply as an input, T, a micro motor that rotates a plurality of guide wheels directly, a guide wheel, a main amplification wheel, and a rotational force that is more than 60 times the input. Transmit to the generator, generate electricity, or run directly on the rotation. Connect to the machine. Examples include automated bicycles, wind and hydro power generation.

Problems to be solved by the invention

The challenge is to find a way to obtain a lot of rotational torque with a little electric motor input, taking advantage of the features of magnets.

Means for solving the problem

The present invention solves the above problem by using it for bicycles and many other energy saving rotating mechanisms from the following requirements.
1) 16 permanent magnets are fixed to a large-diameter disk to form a main wheel.
2) A large number of small-diameter guide wheels having 16 permanent magnets fixed on the outside are simultaneously rotated, and the main wheels are arranged to rotate with a strong force.
3) A gap between the main wheel and the guiding wheel is set to 0.3 to 1.0 mm, and an input motor for rotating many guiding wheels at 60 to 120 RPM is provided to realize an amplifying motor having a high amplifying power.

Invention effect

  FIGS. 1 and 2 show four guide wheels (2) in which 16 permanent magnets (A) are provided on the outer periphery of the central main wheel (1), and 16 permanent magnets (B) are joined to both sides of the main wheel. An amplification motor that turns the main wheel by turning the ultra-compact electric motor {7} of 3-12V power supply at 100 RPM. The main wheel is rotated with a torque 20-40 times the rotational torque of the input small motor. Furthermore, the site where the amplification power is increased with this type will have 8 lures and the motor will be the same.

  3 and 4 show that two main members (1) joined with 16 permanent magnets (A) are provided for two members, eight guide wheels (2) are arranged in the outer circumferential direction, and a small motor {7} is provided by one piece. The input type. Since all the guiding wheels are rotated in the same direction by the belt, the amplification power is 1.5 times or more as compared with FIG.

FIG. 5 shows the magnet (A) and magnet (B) in the wind power generation according to the present invention, in which the cores of the induction wheel (2) and the main wheel (1) are made the same, and the magnet is increased in order to increase the plane repulsion force. (B) faced down and magnet (A) faced up. 16 fan-shaped magnets are fixed with the 16-window ring (1) at the top and the 8-window ring (2) is fixed with the magnet facing downward. In order to improve the dimensional accuracy between the magnets, a magnetic fluid is put into the rubber magnet retainer (21), and further 16 glass bows W (10) are put, and the planetary gear group (13 ), Turn the gift, turn the generator (12) to generate power, and wind power generation that turns even when there is no wind as a power source. When there is no wind, two 12V batteries (17) and (18) are automatically and alternately driven by 12V, 15W, 300 RPM electric motor gears, the internal gear is rotated at 60 RPM, and the battery charging is alternately generated by electricity. When charged, the rotational force of the internal gear (22) turns the wing bracket (15), the four wind vanes (14), and the central guiding shaft (5) at about 60 RPM. When the wind speed is 10M or more, the one-way clutch gear (16) with an electric motor is rotated and connected to the guide shaft to generate electric power.

FIG. 6 shows the arrangement and shape of 16 magnets (A) for the main wheel (1) in the upper half and 8 magnets (B) for the guide ring (2) in the lower half.

  In FIG. 7, the upper and lower magnets rotate with high accuracy and the durability is improved, so that the bearing bow W (10) is made of glass, the dimensional accuracy of the spheres is ± 0.015K, and 8-16 can be arranged. A rubber magnet molded bearing ball retainer (21) is used and a magnetic fluid is applied and used. The ball slides well and there is no sound.

    FIG. 8 shows the retainer plane with the balls.

  9 is a compact type that is mounted on a bicycle and used as a magnetic bicycle, with a low amplification power and about 100 times the input. Two fan-shaped magnets (A) are placed in the main wheel (1), and two guide wheels rotate simultaneously in a scissors manner.

  FIG. 10 shows the above-mentioned plane, and a glass ball retainer is inserted with a small diameter.

くスイスイと走る。走行制御は、ハンドルに付く後ブレーキにＯＮ．ＯＦＦスイッチをつけ、ブレーキと共に制御する。FIG. 11 shows that the amplification motor of the present invention is installed on the side of the large-diameter chain sprocket of the bicycle,

Run with a lot of fun. Travel control is turned on for the rear brake attached to the steering wheel. Turn off switch and control with brake.

  Fig. 12 shows a strong drop in the reaction by putting 2 to 3 kg / cm2 of air into the rubber tube (41) of the scooter wheel on the ceiling, and alternately pushing the 4 piston top cups from the bottom against the tube. The rack and pinion gear (36) are rotated by inserting the arm (48) into the piston and moving up and down, and eight propellers with five propellers are alternately rotated (37), and 16 propeller support rods (38 ), The internal gear is rotated at about 100 RPM, the idle gear group is rotated at about 300 to 500 RPM, the generator (12) is rotated, the power is generated, and the electric power is extracted from the lower part by the electric wire (35). A fulcrum change type, like a seesaw. The impeller is rotated by the lower 12V15W input motor, the cam (40) provided at the lower part of the central shaft (54) is rotated, the alternating arm receiver (44) for changing the fulcrum is operated, and the piston top cup (42) is 4 Take two of them alternately.

  FIG. 13 shows the eight propellers and the internal gear outer diameter propeller receiving rod (38) on the left side, and the lower cam (40) and cam arm (39) on the right side.

  FIG. 14 shows the rotational force of two caterpillar-type water turbines (49) fixed on a boat with a boat-like ship buoy floating on the water of a small waterway such as a sewage channel or a stream that flows slowly. Is input, the two magnet amplification motors are rotated, the generator underneath is rotated to generate electricity, and the electric water is connected to the inverter on the ground to produce a large-capacity 500 kW electricity. The amplification motor is rotated about 10 stages so that the main shaft rotational force of the magnet becomes a large torque, and an output of 300 RPM 250 kw is obtained. Hydroelectric power generation that generates electricity on the water by guiding a waterway nearby in places that require large-capacity electricity, such as industrial parks. Suitable for river width of 1.5m and water depth of 1m.

Fig. 15 shows a wind power generator with a magnet amplification motor for removing a diesel engine such as a 100-horsepower large fishing boat, mounting two electric motors capable of controlling the rotation speed of about 60 kw, fixed to a screw and a rotating shaft, and rotating the motor. (About 76kw output) is installed and modified so that it can be run while being controlled. In addition, two rows of hydrogen tanks are fixed on both trunks so that there is no gap with the bottom of the ship so that it becomes unsinkable, and thrown away during operation. Hydrogen is produced with electricity and operated while being stored in both trunk tanks, making it a ship that will never sink in the event of a natural disaster.
A small air pump (29) is installed under wind power generation, low-pressure air (1 kg / cm2 or less) is made, guided to the bow with a pipe (32), and the entire intake air is combined with the running air inlet (34). The water resistance is reduced to 1/8 while making small bubbles scattered between the ship bottom (33) and the tank, and the running speed is improved.
Three types of hydrogen, surplus hydrogen during hydrogen production, hydrogen when the tank is full, and pressurized air during production are always scattered over the tank and the bottom of the ship.
Leave the port at 0 without paying for oil as before, sell fishery products and hydrogen when returning to the port, and sell generated electricity while anchored in the port.

FIG. 16 shows a pneumatic electric ship that produces a small power generation type hydrogen that is provided with a screw (28) of a ship such as a fishing boat at the bow like a jet, an air motor such as an air torque wrench, and an air pressure source that is supplied from a wind air pump. .
In order to reduce the generator capacity of FIGS. 5 and 12 to 1/5 and use 80% of the output as the air pump drive source, the air pump is located above the generator location in the figure, the generator is located below, and the pipe is taken out to the lower bow. What leads. All the exhaust of the air motor is scattered on the bottom of the ship. Sales at the time of returning to the port are lower than the electricity bill.

  FIG. 17 is a front view showing air bubble securing of a ship. The target is a gap between the ship bottom and the tank. The exhaust nozzle is aimed at the bubble size (approximately Φ0.5) as much as possible.

Fig. 18 shows an electric outboard motor that has a conventional gasoline outboard motor and is equipped with a magnet revolving induction wheel type amplification motor and a generator. The ceiling has four spoon-shaped blades similar to an anemometer impeller. When driving in a car, when the wind hits well, it rotates with the power of the wind. When there is no wind, the sensor in the upper part of the device is activated and the input electric motor (7) 12V5W100RPM is powered by two batteries (17) in the same room. Around, charging with one 12V automatic charger in the same room, and charging with 100V 200V generator electricity. The guiding wheel (57) rotates and revolves smoothly with a crankshaft, gear, etc., the main wheel (1) magnet is blown away without contact, and the central pin in the planetary gear group is connected with the connecting pin (58) near the outer periphery. Turn the generator (12) to generate electricity, take out the electricity generated from the stator electric box, and use it for hydrogen building power supply, electric tool power supply, and bubble building air pump power supply. Electricity is generated and sold.
The drive to turn the screw (28) extends the rotor shaft to the lower part and travels with a clutch, but the control bar (59) can be safely driven by attaching a five-type switch for travel control.

FIG. 19 shows a vertical axis wind power generator with a magnet amplification motor that rotates and revolves by an induction wheel. Two gears rotate in a small internal gear (57) while simultaneously rotating and revolving. Rotating the main wheel (1) with an amplification power of 30 times or more. The impeller on the ceiling (60) simplifies the anemometer, reduces the load on the input motor, and the thrust bearing contains a non-magnetic glass ball and Teflon ball (10) and is smoothed by the rubber retainer (21). A wind power generator with low noise and downsizing.

Industrial applicability

  As mentioned above, this amplifying motor is a low-cost bicycle that replaces electric bicycles and does not require charging, so it is in the bicycle industry. Nuclear power industry, solar power generation industry, wind power generation industry, diaz engine engine industry, hydroelectric power generation industry. Hydrogen gas industry. Fish farming industry, electric power transmission industry. Available to many.

Plane half sectional view of induction motor scissor method for magnet amplification motor Front view of FIG. Multi-layer type plan view of the outer periphery pinching method. FIG. 4 is a front view of FIG. 3. Front half sectional view of wind power generation using magnet amplification concentric type. The magnet part top view of FIG. The front view of a ball thrust bearing. The top view of FIG. Front view of the optimum type for a bicycle with a magnet amplification motor. The top view of FIG. Side view of a bicycle with an amplification motor. Front half sectional view of wind power generation using pneumatic fulcrum moving piston amplification motor. FIG. 13 is a half plan view of the propeller portion in FIG. 12 and a half plan view showing the cam side. The side content figure of the hydroelectric power generation with the magnet motor of the slowly flowing water. Side view of a non-sinkable electric ship with wind power generation that also produces hydrogen. A non-sink side view of a wind-powered electric ship that also produces hydrogen. The front view of FIG. BRIEF DESCRIPTION OF THE DRAWINGS The front view of an outboard motor with a magnet amplification motor of this invention, with a generator. The front view of the wind power generation with a magnet amplification motor which rotates and revolves.

A Main magnet B B Guide magnet 1 Main wheel 2 Guide wheel 3 Main shaft 4 Belt car 5 Guide shaft 6 One-way clutch 7 Small electric motor 8 Case plate 9 Belt 10 Glass ball 11 Planetary gear group 12 Generator rotor 13 Internal Gear 14 Four blades 15 Feathers 16 One-way gear 17 Battery 12V 18 Charger 12V
19 Leg 20 Rain Rain Cabin 21 Rubber Retainer 22 Internal Gear Wing 23 Rear Brake 24 Amplification Motor Switch 25 Dynamo 26 Lamp 27 Electric Motor 28 Screw 29 Air Motor 30 Hydrogen Tank 31 Screw Shaft 32 Pneumatic Feed Pipe 33 Double-Body Hydrogen Tank 34 Intake Pipe 35. Electric power generation wire 36. Rack, pinion 37.5 sq. Propeller 38.16 kepeller receiving rod 39. Cam arm 40. Cam 41. Comb tube 42. Piston top cup 43. Piston arm 44. Alternate arm receiver 45. Piston rod 46. Piston shaft 47. Gear 48. Peller turning arm 49. Caterpillar wheel 50 Gas tank 51. Wave making resistance hump 52. Ship bottom 53. Tube 54. Central shaft 55, outboard motor electrical control 56, small internal gear 57, rotation and revolution simultaneous rotation induction wheel 58, connecting pin 59, control bar 60, simple impeller 61, stator 62, stator disc 63, shaft with clutch

The present invention relates to a magnet and an air amplifying motor mounted on feng shui power generation and the like.

Technical background

Turn a micro electric motor with a 3-12V battery power source, use it as an input, turn multiple induction wheels, turn the amplified and amplified main wheel, and obtain a rotational force that is more than 6 times the input. , Generate power, extract the power, and use it as a power source via an inverter.
In the case of a bicycle, an ultra-small motor is turned by electricity born in dynamo, an amplifying motor is turned, and a sprocket is turned by decelerating to make an automatic traveling bicycle.

Problems to be solved by the invention

  The challenge is to find a way to obtain a lot of rotational torque with a little electric motor input, taking advantage of the features of air and magnets.

Means for solving the problem

This invention uses the above subject for a bicycle, a power generator, a rotation mechanism, etc. from the following requirements.
1) Air is introduced into the tank, and fluids are alternately put in and out of a plurality of cylinders that are moved by valves, cylinders, cams, etc., so that the movement is similar to that of a human heart, lungs, and blood.
2) 16 or less permanent magnets are fixed to a disc to form a guide ring, and the main wheel having 16 or less permanent magnets is also rotated by the magnet's breaking force to obtain a strong amplification force.
3) An amplification motor having a magnet arrangement capable of reducing the gap between the main wheel and the guiding wheel and giving a large amount of rotating force to the main wheel is realized.

The invention's effect

FIG. 1 and FIG. 2 show a guide wheel (2) in which a central main wheel (1) is placed, 16 permanent magnets (A) are fixed to the outer periphery, and 16 permanent magnets (B) are joined to both sides of the main wheel. 4), 3-12V power supply ultra-compact motor (7) is rotated at 100-800 RPM and the main motor is rotated. The main wheel is rotated with a torque 10 to 30 times the rotational torque of the input small motor. This type increases the amplification power.
When the number of magnets is halved and the gap size between the magnets is changed, the skipping force is different and the amplification force is different.

  3 and 4 show that the main wheels (1) joined with 16 permanent magnets (A) are arranged in two rows, and eight guide wheels (2) are arranged in the outer circumferential direction, and one small motor (7) is provided. The input type. Since all the guiding wheels are rotated in the same direction by the belt, the amplification power is 1.5 times or more as compared with FIG.

  FIG. 5 shows a magnet (B) in order to increase the plane breaking force in the wind power generation of the present invention by making the cores of the induction wheel (2) and the main wheel (1) of the magnet (A) and the magnet (B) the same. ) Face down and magnet (A) face up. Sixteen fan-shaped magnets are fixed with the 16-window ring (1) facing upward, and the magnet is fixed downward with the 8-window ring (2). In order to improve the dimensional accuracy of magnets, magnet fluid is put into the rubber magnet retainer (21), and further 16 glass balls (10) are put, and the planetary gear group (13) is moved by the rotational force of the main wheel (1). Wind power generation that rotates, speeds up, turns the generator (12) to generate power, and turns even when there is no wind as a power source. When there is no wind, two 12V batteries (17) and (18) are automatically and alternately driven by 12V, 15W, 300RPM electric motor gears, the internal gear is rotated at 400RPM, and battery charging is alternately generated by electricity. When charged, the rotational force of the internal gear (22) turns the wing fitting (15), four wind wings (14), and turns the central guide shaft (5) at about 200 RPM. When the wind speed is 10 m or higher, the one-way clutch gear (16) with an electric motor is rotated and connected to the guide shaft to generate electricity. In an area where wind speed of 10 m / sec or more is 3 hours / day or more, the impeller type is the same as that shown in FIG. 5 hours) / In areas where the air blows less than a day, the three-blade impeller shown in FIG. 19 is mounted to reduce the electric motor power value used for rotating the wings.

  FIG. 6 shows the arrangement and shape of 16 magnets (A) for the main wheel (1) in the upper half and 8 magnets (B) for the guide ring (2) in the lower half.

  In FIG. 7, the upper and lower magnets rotate with high accuracy and the durability is improved, so that the bearing bow W (10) is made of glass, the dimensional accuracy of the spheres is ± 0.015K, and 8-16 can be arranged. A rubber magnet molded bearing ball retainer (21) is used and a magnetic fluid is applied and used. The ball slides well and there is no sound.

  FIG. 8 shows the retainer plane with the balls.

  9 is a compact type that is mounted on a bicycle and used as a magnetic bicycle, with a low amplification power and about 100 times the input. Two fan-shaped magnets (A) are placed in the main wheel (1), and two guide wheels rotate simultaneously in a scissors manner.

  FIG. 10 shows the above-mentioned plane, and a glass ball retainer is inserted with a small diameter.

  FIG. 11 shows a two-wheeled and three-wheeled bicycle that does not require a battery, and a magnet input 6V3W 300 to 500 RPM DC motor under the pedal shaft. Amplification motor. And a one-way procket from a BOX containing a power generator, etc., and directly connected to the chain. The initial operation is to input a 6V dynamo power source with an input motor by stroking the pedal.

When the vehicle starts running, the generator power supply of the BOX generator is supplied to the input motor, and 6V8W power is generated by compensating for insufficient electricity such as when the lighting is on.
A bicycle without a battery that runs on its own and is tired of long-distance driving. Travel control is turned on for the rear brake attached to the steering wheel. Turn off switch and control with brake.
Bicycles for the physically handicapped, in addition to the general two-wheeled vehicles, the front and rear three-wheeled vehicles and the two-wheeled four-wheeled vehicles are equipped with a hand lever in addition to the initial movement of the pedals, so that even people with poor feet can safely A self-powered bicycle that does not require charging and does not have a battery that can run at an appropriate speed.

  Fig. 12 shows a strong drop in the reaction by putting 2 to 3 kg / cm2 of air into the rubber tube (41) of the scooter wheel on the ceiling, and alternately pushing the 4 piston top cups from the bottom against the tube. The rack and pinion gear (36) are rotated by inserting the arm (48) into the piston and moving up and down, and eight propellers with five propellers are alternately rotated (37), and 16 propeller support rods (38 ), Rotate the internal gear at approximately 100 RPM, rotate at the idle gear group at approximately 300-500 RPM, rotate the generator (12), generate power, and use the air pressure to extract power from the bottom with the electric wire (35) A fulcrum change type, like a seesaw. The impeller is rotated by the lower 12V15W input motor, the cam (40) provided at the lower part of the central shaft (54) is rotated, the alternating arm receiver (44) for changing the fulcrum is operated, and the piston top cup (42) is 4 Take two of them alternately.

  FIG. 13 shows the eight propellers and the internal gear outer diameter propeller receiving rod (38) on the left side, and the lower cam (40) and cam arm (39) on the right side.

  FIG. 14 shows the rotational force of two caterpillar-type water turbines (49) which are fixed to a boat-like ship buoy floating on the water of a small waterway such as a sewage channel or a stream that flows slowly. Is input, the two magnet amplification motors are rotated, the generator underneath is rotated to generate electric power, and the electric water is connected to an inverter on the ground to produce a large capacity 500 kW electricity. The amplification motor is rotated about 10 stages so that the main shaft rotational force of the magnet becomes a large torque, and an output of 300 RPM 250 kw is obtained. Hydroelectric power generation that generates electricity on the water by guiding a waterway nearby in places that require large-capacity electricity, such as industrial parks. Suitable for river width of 1.5m or more and water depth of 1m.

Fig. 15 shows a wind power generator with a magnetic amplifying motor that removes a diesel engine such as a 100-horsepower large fishing boat, mounts two electric motors capable of controlling the rotational speed of about 60 KW, is fixed to the screw and the rotating shaft, and rotates the motor. (Approximately 75KW output) is installed, and it is modified so that it can run while controlling the speed. In addition, two rows of hydrogen tanks are fixed on both trunks so that there is no gap with the bottom of the ship so that it becomes unsinkable, and thrown away during operation. Established while building hydrogen with electric power and storing it in the two trunk tanks, it will be a ship that will never sink in natural disasters.
A small air pump (29) is installed under the wind power generator, and low-pressure air (less than 1kg / cm ² ) is created and guided to the bow with a pipe (32). Air is sprinkled between the bottom of the ship (33) and the tank to create small bubbles, reducing the water resistance to 1/8 and improving the running speed. Since there is a difference of 800 times between the resistance value of air and water, air bubbles can always be held on the bottom of the ship. Although it is desirable to improve the air with the air remaining on the bottom of the shipboard with reference to the taro leaves, the structure is such that air bubbles are always sprayed with the discarded electricity.
It is also possible to sprinkle the remaining hydrogen during the hydrogen production, the hydrogen when the hydrogen tank is full, and the pressurized air during the production at all times.
Leaves the port with no oil bill payment as before, sells many seafood when returning to mass ports, sells hydrogen, and sells electricity generated while anchored in the port.

  FIG. 16 shows an aeroelectric motor for producing a small power type hydrogen that provides a screw (28) of a boat such as a fishing boat at the bow like a jet, an air motor such as an air torque wrench, and supplies an air pressure source from a self-winding wind air pump. ship.

FIG. 17 is a front view showing air bubble securing of a ship. Ideally, air bubbles should spread throughout the length of the ship from the bow to the stern. For this reason, tanks will be installed to prevent air bubbles from escaping to the left and right sides, but it will be necessary to devise the hull structure and flow line.
A spray nozzle having a bubble diameter of 0.05 mm is provided at the air outlet to produce a large number of bubbles.

  FIG. 18 shows the structure of an outboard motor modified from a conventional gasoline outboard motor to an aeroelectric ship equipped with an amplifying motor with a magnet rotation revolution wheel and a generator. Impeller (60) 3-4 blades suitable for oblique installation are installed on the ceiling, making it strong enough to avoid damage even if the wind hits the ship strongly, downsizing, generating power without damage even in a typhoon, no wind when stopping However, like an independent wind power generator, an outboard motor equipped with an external wind power generator capable of generating electricity by turning the input electric motor inside. The motors 12V5 to 20W (7) are not being charged by alternately charging two mounted 12V batteries (17), but are rotated by a battery power source, and one charger with timer (18) is automatically operated alternately to the battery. The input motor rotates the induction wheel with magnet via the gear (2), and the generator rotor (12) rotates at about 800 RPM under the rotational force of the non-contact main ring with magnet (1) to generate electric power. 100% directly connected to the rotor shaft (63) that passes through

  FIG. 19 shows a vertical axis wind power generator with a magnet amplification motor that rotates and revolves by an induction wheel. Two gears rotate in a small internal gear (57) while simultaneously rotating and revolving. Rotating the main wheel (1) with an amplification power of 30 times or more. The impeller on the ceiling (60) simplifies the anemometer, reduces the load on the input motor, the thrust bearing contains non-magnetic glass balls and Teflon balls (10), and the rubber retainer (21) 4 A wind power generator with a smooth bass and a small size.

FIG. 20 shows a bicycle in which a new generator is installed in a self-propelled bicycle amplification motor box so that it can run even in the event of a front wheel 6V2.4W dynamo power failure.
The rotation of the small DC motor of 6V2W300 ~ 500RPM is transmitted to the belt wheel (4) with the belt (9), the guide wheel (2) is turned, the main wheel (1) with strong force is turned, and eight additional magnets (67) are turned on. It was configured so as to maintain the rotation by directly connecting the generated electricity taken out of the copper wire to the input motor by turning it, contacting the stator electrode of the eight copper wire windings below it. The rotational force of the main wheel is reduced to about 30 RPM by the reduction gear group, and the sprocket (66) for turning the chain is directly connected to the lower chain of the petal crankshaft.
For speed control of 25 km / h or less, a power switch added to the left handle is provided on the handle lever, and when the rear brake is applied, the current of the input motor is turned off immediately, the rotation of the main wheel is stopped, and it stops automatically with the brake. Two-wheeled and three-wheeled bicycles with self-amplifying motors.

FIG. 21 shows a simple structure by combining the magnetic force generated by the permanent magnet of the vertical axis self-powered wind-hydraulic power generator of the present invention and the permanent magnet of the rotor with the magnet amplification motor of the present invention, and both outputs (amplification power and power generation output). Both outputs were tripled.
1. Amplified motors are provided on the top and bottom of the stator (61) with copper wire electrodes that rotate on the top and bottom surfaces of the stator by rotating the N and S alternating magnets (A) and (B) that can act as a plane magnetic force toward the stator. the back side of the main wheel force to allow addition to the generator over output, rotor circumference, the iron plate of the diaphragm parts, the provided Kazeana, fever reduction, thickened spindle over 20 ^phi, generator over the slope of the amplification motor Preventing and improving the stable rotation accuracy, the battery balance arrangement and the charger parallel arrangement. Vertical axis self-powered wind power generator.
The amplification power of the conventional self-powered wind power generation is shown. ((1) In the case of 50W output plan, the generator output is 100V50W or more using the input 12V6W motor. (2) In the 100W output plan, the generator output is 100V100W or more using the 12V8W input motor. (3) In the 500W output plan, 12V10W input A motor is provided and the output is 100V500W or more. (4) 12K15W input motor is used for 2KW output plan, 100V2KW or more.5) 5KW output plan is used for 12V20W input motor, and short-term result to obtain amplification power of 100V5KW or more )
In addition, the new invention generator can be expected to produce a large output.

FIG. 22 shows a configuration of a new battery and a charger with a new timer of the self-powered wind turbine generator with a magnet amplification motor. Although the existing battery and charger are simple and short type, the power generator of the present invention is round, so two R-type batteries are placed in relative positions next to the input motor, and every timer set time. Charge alternately. An outer peripheral R-type charger is provided, and three points are provided as an integrated product, enabling easy wiring to the amplification motor.
The vertical axis distributed type and self-powered wind power generation are built for the purpose of self-power generation. All the batteries, chargers, etc. are made compact and effective use of the installation space is an important issue. .

Industrial applicability

  The self-running bicycle of the present invention provides two types of two-wheeled bicycles, a general-purpose two-wheeled bicycle and a special use (a disabled person, an elderly person, a mother carrying two children, a large luggage carrier, a passenger carrier, etc.) and a small-sized bicycle. Widely used as an alternative to automobiles, motorcycles, scooters, etc. If a bicycle parking lot for a high-rise building is prepared in front of the station, it can be used for many industries including the construction industry. The bicycle of the invention can also be used for the movement of the foot without applying force because it is possible to place the foot on the pedal while running. In addition, charging and oil replenishment are not required, so you can live on the mountain and seaside for a long time. Expenses can be reduced because it can be used for transportation of mail, newspapers, and dishes.

And self-powered wind power generation can be said to be typical of distributed power generation that does not require long-distance wires because it is self-powered and autonomous power generation, and the world's electric industry is demanding, power generation costs can be reduced, carried by bicycle, If you install it by yourself, it costs less than 2 yen / KW and you can increase the economic effect of the area. Also, when mounted on a ship and remodeled to an airship or an electric ship, the dirt of the sea disappears and it returns to the old sea 50 years ago,
1) Gasoline, oil, and uranium (nuclear ships) until now will be zero, and changes in related industries will occur.
2) In the case of fishing boats (1) The amount of fishery products has returned to the past and sales have improved.
▲ 2 ▼ Make hydrogen with the electricity thrown away while driving and sell hydrogen when returning to the port.
(3) When hydrogen is produced, it is scattered on the bottom of the ship as air bubbles including oxygen that is generated at the same time, so the travel energy is reduced and the speed is increased.
(4) Since a hydrogen tank is installed on both cylinders to prevent the escape of bubbles, it will change to an unsinkable ship as a major effect, and will be a typhoon welcome type ship that will never sink.
(5) A structure that can be used for a ship that is lifted by the power of hydrogen.
(6) Since the seawater used to make hydrogen becomes highly concentrated salt water, it is sold to take-out salt companies.
(7) When moored at the port, the electricity generated is sold for about 70% of the time (per month) to sell the electricity generated.
3) In the case of a general ship (1) There is no diesel engine vibration, including passenger ships, and it is quiet.
(2) Continue to appeal for the abolition of nuclear power as the only A-bombed country to stop nuclear ships, and have them change to electric ships.

In addition, self-powered hydropower generation is a high hydroelectric power generation up to 500KW over an existing stream, spillway with a river width of 1.5m or more and a depth of water of 1m or more, and up to 500KW. A water pump is installed in the Dobu River, where there are many mosquitoes with no water flow, and it can be converted into flowing water to serve as a power plant, which is used by related industries. In particular, the power generation of the present invention has high output and the power generation cost is 1/10 or less that of the nuclear power plant.
As above, it can be used for bicycles, generators, inverters, batteries, chargers, horizontal axis wind power generation, solar power generation, gasoline diesel engines, hydroelectric power generation, hydrogen gas, fishery, electric power, and many machine industries.

FIG. 3 is a half plan view of a magnet amplification motor with a guide ring sandwiching method. The front view of FIG. Multi-layer type plan view of the outer periphery pinching method. FIG. 4 is a plan view of FIG. 3. Front half sectional view of wind power generation using magnet amplification concentric type. The magnet part top view of FIG. The front view of a ball thrust bearing. The top view of FIG. Front view of the optimum type for a bicycle with a magnet amplification motor. The top view of FIG. Side view of a bicycle with an amplification motor. Front half sectional view of wind power generation using pneumatic fulcrum moving piston amplification motor. The propeller part half top view of FIG. 12, and the half cross section which shows the cam side. Side content diagram of water-based hydroelectric power generation with slowly flowing water magnet motor. Side view of a non-sinkable electric ship with wind power generation that also produces hydrogen. A non-sink side view of a wind-powered electric ship that also produces hydrogen. The front view of FIG. BRIEF DESCRIPTION OF THE DRAWINGS The front view of an outboard motor with a magnet amplification motor of this invention, with a generator. Front view of a wind power generator with a magnet amplification motor that rotates and revolves. Front view of the output with a generator on the back of the main wheel of the bicycle amplification motor. The front half sectional view of the amplification motor with a permanent magnet double plane utilization generator of the present invention. The top view of the round battery for vertical axis self-powered wind power generation of this invention, and the charger set with a timer.

A Main magnet B B Guide magnet 1 Main wheel 2 Guide wheel 3 Main shaft 4 Belt vehicle 5 Guide shaft 6 One-way clutch 7 Small electric motor 8 Case plate 9 Belt 10 Glass ball 11 Planetary gear group 12 Generator rotor 13 Internal gear 14 Four feathers 15 Feathers 16 One-way gear 17 Battery 12V 18 Charger 12V
19 leg 20 rain cover 21 rubber retainer 22 internal gear wing 23 rear brake 24 amplifying motor switch 25 dynamo 26 lamp 27 electric motor 28 screw 29 air motor 30 hydrogen tank 31 screw shaft 32 air feed pipe 33 both-body hydrogen tank 34 intake pipe 35. Electric power generation wire 36. Rack, pinion 37.5 sq. Propeller 38.16 kepeller receiving rod 39. Cam arm 40. Cam 41. Rubber tube 42. Piston top cup 43. Piston arm 44. Alternate arm receiver 45. Piston rod 46. Piston shaft 47. Gear 48. Peller turning arm 49. Caterpillar wheel 50 Gas tank 51. Wave making resistance hump 52. Ship bottom 53. Tube 54. Central shaft 55, outboard motor electrical control 56, small internal gear 57, rotation and revolution simultaneous rotation induction wheel 58, connecting pin 59, control bar 60, simple impeller 61, stator 62, stator disc 63, shaft with clutch 64 . Stator copper wire 65. Reduction gear 66. Sprocket 67. Generator magnet 68 Circular 12V battery A.
69 Circular 12V battery B. 70 12V charger with circular timer.
71 Press squeezing rotor. 72 Stator planar electrode.
73 Rotor outer peripheral magnet. 74 60 ° shaft 75 shaft vertical adjustment screw 76 stator fixing ring 77 silencer cover 78 leg 79 upper stator 80 lower stator 81 rotor outer magnet 82 rotor flyboil 83 guide wheel flywheel 84 inverter 85 containing rectifier, microcomputer, etc. 85 power generation via inverter Electric wire 86 Inverter cover 87 Battery charger integrated cover 88 Height adjustment bearing

Claims (1)

The main wheel with 16 permanent magnets installed so that the small input electric motor that rotates with a 3-12 volt power supply is rotated at 60-120 RPM, the induction wheel with 16 directly connected permanent magnets is rotated simultaneously, and is sandwiched, An amplifying motor in which the permanent magnets repel each other due to the opposing force of the opposite polar surfaces, producing an amplifying force more than 10 times that of the input motor, and the main wheel rotates with a strong force.
When the amplification motor of the present invention is mounted on a bicycle, the front wheel 3V dynamo power supply is used, and the 3V electric motor is directly connected to the induction wheel, the bicycle with a magnet amplification motor is less expensive than an electric bicycle and is convenient for an automatic traveling bicycle. It becomes.
Moreover, if it mounts on the generator of the hydroelectric power generation with a waterwheel put in the private waterway with a slight water flow, it will become a hydroelectric power generation apparatus which has an output 10 times or more without an input motor.
Furthermore, when this magnet amplification motor is mounted as an auxiliary drive source of a wind power generator, power is generated even when the wind is weak, and the output becomes 10 times or more.
Finally, if a battery 12V power supply is mounted on a ship, a generator, and a magnet amplification motor are mounted, the ship will be replaced with an oil-powered or nuclear ship by an electric ship.

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