JP2014051963A - Self power generating ship with flywheel gear pulley and magnet amplification motor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a small-sized self power generating device generating 500 W or more or 1000 W or more of electricity that is deemed typical for a dispersion type, and repeating stable power generation for a long period of time, rather than unstable power generation such as wind power generation and hydraulic power generation.SOLUTION: A power generator is rotated with a force of 1.1 times or more to generate power under utilization of amplification force by using a flywheel 1 having two to eight small gears of inexpensive small electric motors 5 of 1600 RPM that are alternatively used, around a central gear 7 rotated in 400 RPM and by using repulsion force of many magnets. The flywheel adds an amplification force for fixing small gear 2 having a pulley to the central gear as well as a total force of flywheel force and magnetic force so as to increase the force. One of the plurality of motor gears 2 always rotates the central gear and all the remaining motor gears transmit the force to increase a rotating force of the flywheel 1. Repulsion forces of strong magnets installed at the two inner and outer wheels transmit the rotational force of the outer ring magnet directly the power generator under 400 RPM with a force of 1.1 times or more.

Description

  The present invention rotates a small number of small electric motors, a self-power generating device and a ship with a number of flywheels, magnets, and amplification motors. About.

Technical background

  With a 12-volt battery power supply, rotate 2-8 small electric motors one by one, (1600 RPM) rotate the center gear at 400 RPM, rotate the outer ring of the amplifying magnet, rotate the inner ring with repulsive force, and rotate the generator at 400 RPM. , 500W, 1000W, etc.

Problems to be solved by the invention

  The technical capabilities of the 1600 RPM flywheel provided on many small motors provided on the outer periphery of the central gear and the numerous strong magnet repulsive force amplification technical capabilities provided on the outer and inner rings are issues.

Means for solving the problem

This invention solves the above subject by using it for a rotation mechanism from the following requirements.
1) Provide gears with special flywheels in all electric motors, and always turn small gears with flywheel timing pulley belts other than sequential drive one by one.
2) The outer ring magnet is rotated with 400 RPM rotational force of the central gear, the inner ring magnet is rotated with repulsive force, and the generator is rotated with this rotational force.

Effect of the invention

Fig. 1 shows a small self-powered generator with 4 out of 2 to 8 electric motors, 12V small DC motor 1600 RPM attached, energized alternately for 1 hour, and power generation without break It is a part of a pulley amplifying device with a gear.
Four small electric DC motors (5) are placed around the central gear (7), and a shell-type roller clutch (3) is inserted into a shaft auxiliary tool (6) placed on each motor spindle, and a small gear (2 ) And the flywheel timing pulley (1) at about 1600 RPM, and the three non-energized parts are rotated with the timing belt (4), and the central gear is powerfully rotated at about 400 RPM.

FIG. 2 is a plan view of FIG.
A small DC motor with a brush generally has a durability of 5000 hours. The central gear (7) rotates the main shaft (8).

  FIG. 3 shows a plastic case such as polystyrene foam in which 12 magnets are fixed to a magnet outer ring (10). The magnet (9) is fixed in the N direction to repel the inner ring magnet and rotates at about 400 RPM.

  Fig. 4 shows the same plastic case as above with 12 magnets mounted on the magnet inner ring (11). The magnet (12) is fixed in the N direction so as to repel the outer ring magnet, and rotates at about 400 RPM as above.

  FIG. 5 shows a configuration in which the lower inner generator rotates directly while obtaining the magnet amplification force of the outer inner ring. The rotational force of the central gear (7) becomes the rotational force of the main shaft (8), and the outer ring with magnet is changed to the outer ring. Turn the plate (14), then turn the inner ring, turn the inner ring plate (15), and directly connect the rotational force to the generator (13).

  Fig. 6 shows an impeller for wind power generation on the ceiling of the above-mentioned self-powered generator with 2-6 electric motors, which is directly connected to the main shaft and can be switched by a sensor. It is possible to receive the full rotational energy of the impeller when the ship is running, install a battery and a charger, increase the main shaft rotational force as a self-propelled ship that does not use one piece of oil, and reduce power generation It becomes.

  FIG. 7 shows an offshore hydroelectric power boat (20). A caterpillar type turbine (21) provided on both trunks of the boat is turned through two amplifying rotating magnet wheels and two generators (13) are turned to produce a large output (3000W or more). ) What generates electricity. Hydroelectric power generation with 800 times the air can be used for slowly flowing water by installing a water collecting pipe at the front of a water turbine with 5 or more on one side.

Fig. 8 shows the front of a pelagic fishing boat, etc., with hydrogen tanks on both bodies, making it unsinkable to prevent capsizing, eliminating gaps with the ship body, minimizing the scattering of air, oxygen, etc., and running water Aiming for a resistance of 400 times half, spread the inhaled gas and the bottom of the exhaust body. Gas (22) such as exhaust gas stays at the bottom of the ship for a long time, and hydrogen produced by electricity from water is stored in both tanks and taken home. Wind power generation used for ship operation is obtained by a rotating impeller, and all surplus electricity is used as a hydrogen-making power source, and the operation of the hydrogen production machine is carried out during operation and stored in a tank.
Within the return ports, they use electric motor energy to generate electricity and sell it.

  FIG. 9 shows a side view of the fish boat and the like. In order to leave a large amount of the ship's bottom gas (22) in motion, the gap between the two-body hydrogen tank (23) and the ship is eliminated, and a gas suction port (25) is provided. The wind power generation is distributed in two types: the type directly connected to the dredging screw (27) and the type that rotates the electric motor with electric power, and the type that rotates the screw with that force.

FIG. 10 shows an outboard motor for a small fish boat with the oil engine stopped.
The outboard motor in which the operation handle (29) is added to the FIG. 6 wind power generation, each switch (28) is added, the main shaft (8) is extended, and the screw (27) is added is 2-6 flywheels. Power, + magnetic force, and amplification power are applied, and the vehicle is operated by switch operation.

Industrial applicability

  The self-power generation of the present invention can be said to be a distributed standard, has a power output of 500 W or more, can be used without using energy such as sunlight, and is safe for vessels such as fishing boats. 2) The construction of a hydrogen society is facilitated, 3) the value of use on the ocean is improved, 4) salt can be made cheap, and 5 electricity can be made safe and cheap.

Front view of 2-8 flywheel force amplification configurations Flywheel amplification plan view with 4 electric motors Plan view of outer ring of magnetic amplification motor Plan view of the inner ring of the magnetic amplification motor Direct connection front view where the magnetic amplification motor reaches the generator Wind power front view for ships with 2-6 flywheels, magnetic motors Offshore hydropower generation side view Front view of a wind power tower mounted on a fishing boat Side view of a wind power tower mounted on a fishing boat Front view of outboard motor with 2-6 flywheels, wind power generator with magnetic motor

Explanation by note

1, flywheel pulley 2, small gear 3, shell roller clutch 4, belt 5, electric motor 6, electric motor auxiliary shaft 7, central gear 8, main shaft 9, outer ring magnet 10, outer ring 11, inner ring 12, inner ring magnet 13 , Generator 14, outer ring plate 15, inner ring plate 16, wind impeller 17 battery 18, charger 19, generator rotation guide pin 20, boat buoy 21, water turbine type turbine 22, gas particles 23, hydrogen tank 24, ship bottom 25, gas suction Pipe 26, gas pipe 27, screw 28, instrument panel 29, operation handle

Claims (3)

Powered by a small 12-volt battery with a charger, turn 2 to 8 small DC motors one by one at a speed of about 1600 RPM, rotate 2 to 8 small gears with flywheel pulleys with a belt, , Turn the main shaft, turn the outer ring with magnet, turn the inner ring with magnet by the repulsive force of the magnet, apply amplification force, turn it directly to the generator at 400 RPM, and add the amplification force of all flywheels and the amplification force of the magnet A self-powered generator that generates 1.1 times more power.
The charging source is supplied by one part of power generation, no external power supply is required, and 2 to 8 small gears with flywheel pulleys are all equipped with one-way clutches. Rotating the central gear, the durability of 2-8 DC motors can generate power for 5000 hours for 40000 hours, and self-powered energy generation with 400 RPM generator for stable power generation. The apparatus in which the vertical axis wind power generation impeller and the sensor are mounted on the top plate of the self-power generation apparatus according to claim 1 is mounted on a boat such as a fishing boat as wind power generation to form a wind power generation ship.
There are two types of wind power generators. 1) The power generation is small and the main shaft is rotated by a screw. 2) Enlarge the generator generator, and rotate the electric motor to rotate the electric motor. Select one of the two types, but no oil. 1) and 2) have different generator speeds, 1) 400 RPM, 2) 1000 RPM, and screw diameters are different.
Hydrogen production is an unsinkable ship aimed at safety, hydrogen is made by electrolyzing water with a lot of electricity that is thrown away, stored in a tank, and the oxygen produced at the same time is scattered on the bottom of the ship together with other air to improve the traveling speed .
In addition, when you return to the port, you also bring back the salt water, and in the port, you can change the switch to make electricity and sell it.   The self-propelled flywheel and the magnetic force amplifying mechanism of claim 1 are mounted on an offshore hydroelectric generator, and operate as an auxiliary when water is insufficient or when the water flow is unstable. Compared to creeks, etc., the tidal current power generation in the sea is more stable, and it has better countermeasures against earthquakes, tsunamis, typhoons, etc., and it will be the same power plant such as fish and seaweed farms.

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