KR20200056360A - The Generator of wheel(s) with Bicycle - Google Patents

Abstract

The present invention relates to a method for installing a generator installed to wheels of a bicycle, to increase output electricity. According to the present invention, in the wheels, a magnet and a coil are installed to an outer ring of the wheel, which is a rotor, wheel covers are installed on both sides of both ends of a central shaft and six rows of magnets, steel plates having the same size as that of the magnets, and coils are installed to the wheel cover (stator). When the steel plates having the same size as that of the magnets and the coils are installed between first to sixth rows of the outer ring, the steel plates having the same size as that of the magnets and the coils are installed to the ring without the fourth magnet.

Description

A generator installed on a bicycle wheel (rotor) and a wheel cover (stator) {The Generator of wheel (s) with Bicycle}

It is a generator installed on a wheel cover (stator) installed on a bicycle wheel (rotor), and it is for a wheel type generator.

The composition of the rotor and the stator is related to the technology of installing magnets, magnet-sized iron and windings.

The basics of a wheel type generator installed on a wheel cover (stator) installed on a bicycle wheel (rotor) are composed of a rotor and a stator. Technology to arrange iron and coil

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 with 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 Generators installed on wheels (rotors) and wheel covers (stator) such as quick boards {The Generator of wheel (s) with Kickboard (etc)} 10-20202-0052213

The task of reducing the size and weight of the battery by installing the generator of the generator (the generator of wheel (s) with bicycle) (Wheels type Generator) installed on the bicycle wheel (rotor) and wheel cover (stator)

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 bicycle wheel (rotor) and a wheel cover (stator) are composed of a rotor and a stator. Magnet, Magnet ) The task of finding a technology that can avoid the intellectual property rights of others when placing the size of iron and coil

Composition of rotor and stator In the same form as the existing electric bike that allows the bicycle to be driven with the power generated or stored in the existing battery after the development of magnet and magnet-sized iron (fe). The task of installing and utilizing 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 generator (Wheel type Generator) installed on a bicycle wheel (rotor) and a wheel cover (stator) are composed of a rotor and a stator. Magnet, Magnet ) The technique of arranging iron (Ion) and winding (Coil) of size was written.

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, the generator can be installed on a bicycle or electric bicycle to the world, which can increase the consumption of a bicycle or electric bicycle that can be ride without charging separately. It works.

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 installed with an existing motor, and is installed in a power generation device by installing a magnet and a magnet-sized iron (fe) on a rotor at the outer edge of the wheel. 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 electric power even with fewer magnets installed in the stator and less iron and coils.

Fig. 1 is a plan view of a generator rotor on a bicycle wheel and a rotation diagram of X30 degrees and Y30 degrees.
Figure 2 is an X30 and Y30 degrees rotation diagram of the bicycle wheel cover.
Figure 3 is a plan view of the generator stator on the bicycle wheel cover.
Fig. 4 is an X230 degree rotation diagram of a generator stator on a wheel cover of a bicycle.
Fig. 5 is an X130 degree rotation diagram of a magnet installed on the outer connecting rib of a generator rotor on a wheel of a bicycle and drawing a generator stator on a wheel clap cover.
Fig. 6 is a rotational diagram of X130 degrees where a magnet is installed on the outer linkage of the generator rotor on the wheel of the bicycle of Fig. 5 and the generator stator is transparent on the wheel cover.
Fig. 7 is a rotation diagram of X130 which is transparently drawn with magnets installed on the outer connecting spokes of the generator rotor with 2 wheels in front of the bicycle of Fig. 6 installed, and both outer and middle upper generator stators installed on the wheel cover.
In Figure 8, two wheels are installed on the front wheel of the bicycle of Figure 6, magnets are installed on the outer linkage of the generator rotor, and both outer and intermediate generator stators are installed on the wheel cover, and the outer linkage of the generator rotor on the rear wheels of the bicycle. It is a rotation degree of X130 degrees, where a magnet is installed and the generator stator is drawn on the wheel cover.
Code description c; coil, m; magnetic, c1; coil 1line, m1; magnetic 1line, c2; coil 2line, m2; magnetic 2line, c3; coil 3line, m3; magnetic 3line, c4; coil 4line, m4; magnetic 4line, c5; coil 5line, m5; magnetic 5line, c6; coil 6line, m6; magnetic 6line, R; Rotor, S; Stator, 2 Wh (Wheels), 2R; 2Rotor, 3S; 3Stator, B; Battery

(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;

(Patent Document 20) Generators installed on wheels (rotors) and wheel covers (stator) such as quick boards {The Generator of wheel (s) with Kickboard (etc)} quoted in 10-20202-0052213 To the 6th wire, install a winding wound on iron of the magnet size. We are going to explain in detail through the drawings, and as a solution for the inconvenience that an eco-friendly electric bicycle requires a long time to charge the battery and when the battery is discharged, the life of the electric device is exhausted. When installing a magnet and a winding with a rotor and stator, a magnet of a magnet size (volume) is attached to the magnet, and the winding is wound around the iron to reduce the expensive magnet. It is for an electric bicycle in which a generator is installed to simultaneously charge the battery and to charge the battery even when the electric power of the electric motor is high.

Fig. 1 is a plan view of a generator rotor on a bicycle wheel and a rotation diagram of X30 degrees and Y30 degrees.

As an example of a generator rotor on a bicycle wheel, a winding is installed on the magnet arrangement and the magnet-sized iron, which are connected by 5 outer rings and 6 outer rings.

Fig. 2 is a X30 degree Y30 degree rotational view of the clapboard cover of a bicycle wheel.

Figure 3 is a plan view of the generator stator on the clapboard cover of a bicycle wheel.

The generator rotor is installed on the bicycle wheel by a magnet arrangement with 5 outer rings and 6 outer rings as an example, and a winding on a magnet-sized iron. 2 As an example, a bicycle wheel cover is connected with a 5 outer ring and 6 outer rings. Install a winding on the magnet size iron at the location of the magnet where the winding is installed on one magnet arrangement and magnet size iron, and install a winding on the magnet arrangement and magnet size iron on the wheel cover with a 5,6 outer ring. On the 4 wires inside the ring, only the windings are installed on the magnet-sized iron, and on the 6 wires inside the outer ring, only the windings are installed on the magnet-sized iron.

Fig. 4 is an X230 degree rotation diagram of a generator stator on a clapboard of a bicycle wheel.

Fig. 5 is a X130 degree rotation diagram of a magnet installed on the outer linkage of the generator rotor on the wheel of a bicycle and the generator stator on the wheel cover, and Fig. 6 is shown on the outer connection base of the generator rotor on the wheel of the bicycle of Fig. 5 It is a rotational degree of X130 where a magnet is installed and the generator stator is transparently painted on the cover of the wheel.

As an example of the third embodiment, when installing a cross (+) connecting rib of the generator rotor, placing each magnet in a cross (+) connecting bar from the 1st to 4th outer rings and installing a winding on the magnet-sized iron between each magnet The size of the iron of the outer ring 5 and 6 is larger in size than that of the iron of the outer ring 1, so that the winding of the iron of the outer ring 2 can be installed in the iron of the size of 2 magnets in the cross (+) connecting ribs. The winding should be wound, and the outer ring 5 and 6 wires only form iron, and even when winding the wires, a smaller volume is formed than 4 magnets connected from 1 to 4 wires.

Fig. 7 is a rotation diagram of X130 which is transparently painted with magnets installed on the outer connecting spokes of the generator rotor with 2 wheels of the bicycle of Fig. 6 installed, and the outer and middle upper generator stators installed on both sides of the wheel clap.

In the fourth embodiment, and in Figure 7, the magnet is installed on the outer connecting rib of the generator rotor on the two wheels of the bicycle in the third embodiment, and the wheel covers (both sides and the middle upper generator stator) are installed.

In Figure 8, 2 wheels are installed on the front wheel of the bicycle of FIG. 6, magnets are installed on the outer connection of the generator rotor, and both outer and middle generator stators are installed on the wheel cover, and the outer rotor of the generator is connected to the rear wheel of the bicycle. It is a rotational degree of X130 degrees, where a magnet is installed on the rib and the generator stator is drawn on the wheel cover.

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;
Generator installed on wheels (Rotor) and stators on wheel covers (Patent Document 20) and generators installed on wheels (rotors) and wheel covers (stator) such as quick boards { The Generator of wheel (s) with Kickboard (etc)} quoted in 10-20202-0052213, which consisted of installing windings of magnet-sized iron up to 6 wires on wheels and wheel covers.
In one embodiment, 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],
In the second embodiment, a magnet is installed on a wheel shaft and a ring, which are a rotor, and a magnet is installed on an outer ring;
The present invention is to install a magnet-sized iron (Ion) and a winding (Coil) between the magnets from 1 to 6 of the outer ring of the wheel that is a rotor on wheels (Wheels) 4 It is to install only a magnet-sized iron and coil without a wire magnet.
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. When installing the iron and coil, the magnet is installed between them to increase the magnetic force, and the bicycle wheel cover has 5 wheels, 6 outer rings, and a magnet arrangement and magnet. A magnet installed in the position of the magnet where the winding is installed on the iron of size, and the coil installed in the iron of the magnet size and connected to the wheel cover with a 5,6 outer ring ( Magnetic arrangement and magnet-sized iron are installed on the coil, and on the inside of the outer ring 4 wires are installed on the magnet-sized iron and the outer ring is installed. How to increase the output electric power from the rotor and stator by installing only the coils on the magnet-sized iron and installing the coils on the iron attached with the magnetic force on the 6 wires to be. In the above [claim 1],
In the third embodiment, a cross (+) connecting rib of a generator rotor is installed, but each magnet is placed in a cross (+) connecting bar from 1 to 4 of the outer ring, and the magnet between each magnet is inserted. When installing the coil on the iron of the size, the winding on the iron of each outer ring 2 wires the coil on the iron of the magnetic size of 2 magnets in the cross (+) connecting rib. In order to be installed, the size of the iron of the outer ring 5 and 6 inward is larger than the size of the iron of the outer ring 1 wire, and the winding must be wound and the outer ring 5 and 6 wire is iron (Ion). ) And winding the coil, so that a smaller volume is formed than the four magnets connected from 1 to 4 wires, so that the rotor and stator are attached to the same volume of magnets than [claim 2]. It is a method to increase the output electric power by installing iron and coil on the entire wheel and iron and coil on the entire wheel cover on the stator on the wheel cover. In the above [claim 1],
In Example 4 and Example 3, the generator rotor was installed on the two wheels (rotor) of the front wheel of the bicycle, and wheel covers (both the outer and middle stators (3 stators) and the middle upper generator stator) were installed. will be. Components of the rotor and the stator manufactured by the above manufacturing method are a method of manufacturing a generator that increases the output electric power by magnets, magnet-sized irons and coils. .

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