KR20200056359A - The Generator of wheel(s) with Kickboard(etc) - Google Patents

Abstract

The present invention relates to a method for installing a generator to a wheel, in which the entire operation of the wheel is converted into electricity and at the same time a battery is charged by the electricity. According to the present invention, when a part of magnets and a coil are installed to an outer spoke ring of a rotor, a steel plate having the same size as that of a magnet is attached to the magnet, a coil is wound around the steel plate, and a coil is wound around a steel plate having the size corresponding to the size of two magnets between the two magnets, such that a ring of the rotor is formed. In a stator, a steel plate having the same size as that of a magnet is attached to the magnetic, a coil is wound around the steel plate, and a coil is wound around a steel plate having the size corresponding to the size of two magnets between the two magnets.

Description

A generator installed on a wheel cover (stator) installed on a vehicle wheel (rotor) such as a quick board {The Generator of wheel (s) with Kickboard (etc)}

It is a generator installed in a passenger vehicle or an electric passenger vehicle, and is for a wheel type generator.

The composition of the rotor and the stator is related to the installation of a magnet, a magnet-sized iron and a coil.

The basics of a wheel type generator installed on a wheel (rotor) such as a quick board are composed of a rotor and a stator. Magnets, magnet-sized irons and coils Posting techniques)

Composition of the rotor and stator A technology that allows magnets and magnet-sized iron to be stored in a battery and then driven with the generated power

Contents cited by the inventors of patent documents previously filed: Roller blade application number; 10-1998-0048116 Roller blade 10-1999-0048488 Roller blade 10-2004-0113407 Award Board 10-2005-0093462 Multipurpose health bike. 10-2005-0115428 In addition to the brake system of the car, the auxiliary legs and auxiliary wheels that turn the vehicle forward (backwards and deserts), the auxiliary legs and auxiliary wheels that have a device that goes over the water 10-2005-0117341 Magnet engine using repulsive force of the same polar surface 10-2005-0128802 Winding rod or winding stick 10-2005-0128803 Self-contained air pumping ejector (I), hand winding (V), rotary continuous air launcher (II), air compressor (III), air compressor (IV), magnetic engine (VI), battery (VII), System with throttle (VIII) and heating wire (IX) 10-2005-0131733 Multipurpose Health Bike 10-2006-0014027 Energy generating device 10-2007-0017308 Magnet engine using the same polar repulsion 10-2007-0037260 Magnet engine using repulsion of the same polar surface 10-2013-0046075 Generator using air turbine engine, magnetic engine (bearing) and compressed air launcher 10-2013-0049703 Scaffolding board 10-2015-0002034 Award Board 10-2015-0016203 Scaffolding board to be able to ride in snowy field 10-2017-0023691 Scaffolding board that can ride on water and on the ground at the same time 10-2018-0023789 Health boat {The health boat} 10-2018-0031520

The task of reducing the size and weight of the battery by installing a generator of a wheel type generator on a wheel of a passenger car, such as a quick board, or an electric passenger car.

Construction of the rotor and stator The task of finding an economical means of placing magnets, magnet-sized irons and coils

The basics of a wheel type generator installed on a wheel (rotor) of a passenger car, such as a quick board, are composed of a rotor and a stator.Magnetic, magnetic size iron and Challenge to find a technology that can avoid the intellectual property of others when deploying the coil

Constitution of the rotor and stator Magnet, magnet-sized iron (fe) After power generation, it is stored in the existing battery or the same form as the existing power mechanism that drives the passenger car with the generated power. Need to install and utilize driving force

The present invention should find a generator of a wheel structure generator (Wheels type Generator)

Consist of Rotor and Stator Based on economical means for arranging magnets, magnet-sized irons and coils,

The basics of a wheel type generator installed on a wheel (rotor) of a passenger car, such as a quick board, are composed of a rotor and a stator.Magnetic, magnetic size iron and We have written a technique for arranging coils.

Composition of the rotor and stator When installing a magnet and a magnet-sized iron (fe), it is developed in a power generation device and then stored in a battery or driven by the generated power to drive the wheel structure generator (Wheels) Type Generator) to install less magnet and connect iron and coil to form an enlarged rotor and stator to install less magnet and provide the same power. It is a means to solve the problems that need to be produced.

If the present invention is successfully implemented, in the meantime, the generator is installed worldwide in passenger vehicles, and the consumption tends to increase in passenger vehicles and electric passenger vehicles that can ride without separate charging. It has the effect.

It is a wheel type generator of horizontal and floating means with magnetic bearings installed on both sides of the central shaft.

It is a wheel type generator with an existing motor installed. When a magnet or magnet size iron is installed on the rotor at the end of the wheel, it is generated in the power generation unit and then stored in the battery. A rotor that installs less magnets and connects iron and coil in a wheel-type generator by driving with the generated power, and a stator to be installed in a splash prevention device ( There are effects of the invention to solve the problem of generating the same power even with fewer magnets installed on the stator and less iron and coils.

1 is a plan view of a generator rotor on a wheel of a kickboard and a rotational view of X30 and Y30 degrees.
2A and 2B are views showing a plan view of a generator stator on a clapboard cover of a kickboard wheel and an outer side view of the wheel and clapboard.
Figures 3a and 3b are X30 degrees Y30 degrees rotation drawing the generator stator on the clapboard of the kickboard wheel and X30 degrees Y30 degrees rotation diagram depicting the wheel clapboard.
Figures 4a, 4b, and 4c are X30 degrees Y30 degrees rotational drawing of the generator stator on the clapboard of the wheel of the kickboard and 30 degrees 30 degrees rotational diagram depicting the wheel clapboard Figures 4a, 4b, and 4c are shown in [Example 3 ] This is a diagram in which the magnet is installed on the inner 2 wires of the generator rotor on the wheel of the kickboard and the winding that fits the magnet on the outer 2 wires of the generator rotor of the wheel on the water cover.
Fig. 5 is a plan view of a magnet installed on the outer connecting bar of the generator rotor on the kickboard wheel.
Fig. 6 is an X30 degree and Y30 degree rotation diagram of a generator stator mounted on a wheel clap cover, with magnets and windings installed on the outer connecting rod of the generator rotor on the wheel of the kickboard of Fig.
After installing the magnet on the outer connecting rod of the generator rotor in Fig. 7, the magnet on the outer connecting rod of the generator rotor on the wheel of the kickboard in Fig. 5 and the drawing 7a are two wires and the drawing 7b is [Example 4] winding on the third wire. It is installed X30 degrees and Y30 degrees rotation.
Fig. 8a is a rotational view of X30 degrees and Y30 degrees installed on the rear wheel, and Fig. 8b is a rotational degree of X30 degrees and Y30 degrees installed on the front wheel.
Figure 9 is a three-dimensional view of the rear wheel and the front wheel installed on the kickboard.
FIG. 10 is a plan view of a generator of 10-2013-0049703 wheel structure using an air turbine engine, a magnet engine (bearing) and a compressed air launcher.
Code Description c: coil m: magnetic, c1: 1line coil m1: 1line magnetic,
c2: 2line coil, m2: 2line magnetic, c3: 3line coil
R: Rotor S: Stator

(Patent Document 001) Roller blade application number; 10-1998-0048116

(Patent Document 002) Roller Blade 10-1999-0048488

(Patent Document 003) Citing a flexible shaft in the roller blade 10-2004-0113407 and citing that the direction of the central axis is switched back and forth with an electromagnet;

(Patent Document 07) Magnet engine using repulsive force of the same polar surface 10-2005-0128802

(Patent Document 08) Manual winding rod or Manual winding stick 10-2005-0128803

(Patent Document 09) In addition to the self-continuous air pumping ejection device (I), mainspring (V), rotary continuous air launcher (II), air compressor (III), air compressor (IV), and magnet engine (VI) Cited in the system 10-2005-0131733 having a battery (VII), a throttle (VIII) and a heating wire (IX), and cited in an existing electric vehicle having a battery and a regulator,

(Patent Document 10) Multi-purpose health motorcycle 10-2006-0014027

(Patent Document 11) Energy generating device 10-2007-0017308

(Patent Document 12) Magnet engine using repulsive force of the same polar surface 10-2007-0037260

(Patent Document 13) A magnetic bearing was installed by quoting a magnetic bearing from the magnet engine 10-2013-0046075 using the same polar repulsion force;

(Patent Document 14) A generator with a wheel structure was installed by citing in the generator 10-2013-0049703 using an air turbine engine, a magnetic engine (bearing) and a compressed air launcher;

In order to explain in detail through the drawings, the eco-friendly power mechanism requires a long battery charge time, and as a solution to the inconvenience such as the end of the life of the power mechanism when the battery is discharged, it is installed on the wheel and the wheel cover (prevention of splashing water). When installing magnets and windings with rotors and stators, magnet-sized iron is attached to the magnets, and windings are wound around the iron to reduce expensive magnets, and by winding a lot of windings, high-efficiency electric power is generated to generate power from both the rotor and stator. Even if the drive is high, all of the wheels are powered and the power generator is installed with a generator that simultaneously charges the battery.

1 and 10 are a plan view of a generator rotor on a wheel of a kickboard and a rotational view of X30 and Y30 degrees.

(Patent Document 14) A generator with a wheel structure was installed by citing in the generator 10-2013-0049703 (application number) using an air turbine engine, a magnetic engine (bearing) and a compressed air launcher;

This is a configuration in which a rotor is installed on wheels and a stator is installed on wheel covers, and a magnet and a magnet are formed on the outer ring of a wheel that is a rotor on wheels. ) Ion size and coil are installed, and wheel covers are installed at both ends of the central shaft, and magnet and magnet sizes are applied to the stator on the cover. The iron (Ion) and winding (Coil) is installed

Figure 2a and Figure 2b [Example 2] is a plan view of the generator stator on the clapboard of the kickboard wheel and the outside view of the wheel and clapboard, Figures 3a and 3b are X30 degrees of the generator stator on the clapboard of the kickboard wheel. Y30 degree rotation degree and X30 degree of wheel clap cover Y30 degree rotation degree diagrams 4a, 4b, and 4c shows the generator stator on the clamshell of the wheel of the kickboard X30 degree Y30 degree 30 degree degree of rotation and wheel clap cover Figures 4a, 4b, and 4c are shown in [Example 3], where a magnet is installed on the outer 2 wires of the generator rotor on the wheel of the kickboard and a magnet on the outer 2 wires of the generator rotor of the wheel on a clapboard. Fig. 5 is a plan view showing the installation of a suitable winding, and Fig. 5 is a plan view in which a magnet is installed on an outer connecting rod of a generator rotor on a wheel of a kickboard.

Fig. 6 is an X30 degree and Y30 degree rotation diagram of a generator stator mounted on a wheel clap cover, with magnets and windings installed on the outer linkage of the generator rotor on the wheels of the kickboard of Fig. 5;

On the outer ring of the wheel, which is a rotor, on wheels, a magnet-sized iron and coil are installed between the magnets, and the central shaft Wheel covers are installed on both ends at both ends, and a stator on the cover includes a magnet sized iron that fits the magnets that fit on the first line of the outer ring of the wheel, and When installing a coil, a magnet was installed between them to increase the magnetic force, and the windings installed on the iron attached with the magnetic force were installed to increase the output electric power from the rotor and the stator.

After installing the magnet on the outer connecting rod of the generator rotor in Fig. 7, the magnet on the outer connecting rod of the generator rotor on the wheel of the kickboard in Fig. 5 and the drawing 7a have 2 wires.

On the wheels, the outer ring of the wheel, which is a rotor, is provided with magnet-sized iron and coil between the magnets on the 1, 2, and 3 wires. Wheel covers are installed at both ends of the central shaft, and the magnets that fit the 1, 2, and 3 outer ring of the wheel, which is a rotor, are installed on the stator. When installing a magnet-sized iron (Ion) and a winding (Coil), the magnets are installed between the magnets to increase the magnetic force, and the windings installed on the iron attached with the magnetic force are installed on the rotor and stator. By installing iron and coil on the entire wheel on a magnet of the same volume than [Claim 2], and iron and coil on the entire wheel cover on the stator on the wheel cover, The output electric power was increased.

7B is a rotational diagram of X30 degrees and Y30 degrees with windings installed on the third wire.

It is composed of a rotor and a stator manufactured by the above manufacturing method, and a magnet is installed on the cross bar, and magnet-sized iron and windings are installed on the rest. Installed. The size of the magnet is the same as the size (volume) of the iron with the size of the iron (Ion) and the windings (Coil) of the one wire, and, of course, the magnet (Ion) of the size of the two wires (Magnetic) It should be installed so that it is installed equal to the size (volume) of the iron on which the windings and coils are installed. The outer ring of the wheel, which is a rotor on other wheels, and the magnets of the 1 and 2 wires The magnet and iron coils of the magnet size are ringed on the 3 wires in the central axis direction. And the wheel covers are installed at both ends of the central shaft, and the magnets that fit on the first and second wheels of the outer ring of the wheel are the rotors on the stator on the wheel covers. Three wires suitable for the field are equipped with a magnet-sized iron and coil to reduce the volume of the magnet in the rotor and stator, and iron and coil are installed on the entire wheel. One and a stator on the wheel cover were manufactured by installing iron and coil on the entire wheel cover to increase the output electric power.

Fig. 8a is a X30 degree Y30 degree rotational view installed on the rear wheel, and Fig. 8b is a X30 degree Y30 degree rotational view installed on the front wheel, and Fig. 9 is a three-dimensional view of the rear wheel and front wheel installed on the kickboard. In the drawing, the wheel cover is installed so that it is transparent and does not differ from the existing kickboard.

Claims (4)

(Patent Document 14) A generator with a wheel structure was installed by citing in the generator 10-2013-0049703 (application number) using an air turbine engine, a magnetic engine (bearing) and a compressed air launcher;
It consists of a rotor installed on wheels and a stator installed on wheel covers.
A magnet, a magnet-sized iron and a coil are installed on a wheel outer ring which is a rotor on wheels;
How to install wheel covers on both ends of the central shaft, and install magnets, magnet-sized iron and coils on the stator on the covers. It is about. In the above [claim 1],
(Patent Document 14) Installing a magnet on a wheel shaft and a ring, which is a rotor, in an air turbine engine, a generator using a magnetic engine (bearing) and a compressed air launcher 10-2013-0049703 (application number), From the installation of a magnet on the outer ring;
The present invention is to install the iron (Ion) and the winding (Coil) of the magnet (Magnetic) between the magnets (Magnetic) on the outer ring of the wheel that is a rotor (Rotor) on the wheels (Wheels),
Magnets are fitted on both ends of the central shaft, and the magnets fit on the magnets that fit on one line of the outer ring of the wheel, which is a rotor on the stator. It is a method to increase the output electric power in the rotor and stator by installing the magnets between the iron and the magnet when installing the iron (Ion) and the winding (Coil). In the above [claim 1],
On the wheels, the outer ring of the wheel, which is a rotor, is provided with magnet-sized iron and coil between the magnets on the 1, 2, and 3 wires.
Wheel covers are installed at both ends of the central shaft, and the magnets that fit the 1, 2, and 3 wires of the outer ring of the wheel are the rotors on the stator. When installing a magnet-sized iron (Ion) and a winding (Coil) that are suitable for the magnet, it is installed between the magnets to increase the magnetic force, and the windings installed on the iron attached with the magnetic force are installed on the rotor and stator. By installing iron and coil on the entire wheel on a magnet of the same volume than [Claim 2], and iron and coil on the entire wheel cover on the stator on the wheel cover, It is a way to increase the output electric power. In the above [claim 1],
The rotor and stator manufactured by the above manufacturing method include magnets, magnet-sized irons and coils, as well as other wheels. 1, 2 wires of the outer ring of the wheel, which is the rotor, are installed in the 3 wires in the central axis direction with magnet-sized iron and coil as rings.
Wheel covers are installed at both ends of the central shaft, and the rotors are equipped with stators on the wheel covers. On the line, a magnet-sized iron and coil are installed as a ring to reduce the volume of the magnet than [Claim 2] in the rotor and stator, and reduce iron and coil to the entire wheel. This is a method of manufacturing a generator that increases the output electric power by installing iron and coils on the entire wheel cover on the stator on the wheel cover.

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