KR20200060308A - The Generator with Aqua board - Google Patents

Abstract

The present invention relates to a generator installed on wakeboard. A waterproofed generator is installed on a water pipe, an air pipe, wheels, or rotors of a wakeboard. According to the present invention, iron and coils are formed, and high electrical power can be produced even when few magnets are installed. In addition, environmentally-friendly properties can be secured.

Description

Generator installed on the water board {The Generator with Aqua board}

The turbine fan, fan connecting ring (rotor) in the air pipe of the water board and the generator fixator on the outer periphery of the turbine in the water pipe of the water board and the generator stationary in the water pipe outer fan of the turbine, fan connecting ring (rotor) and It is a generator installed on a wheel (rotor) and wheel cover (stator) with aberrations.

This is for a three-generator stator connected to a turbine type generator structure with a fan and a fan connection ring (rotor) installed in a water pipe and an air pipe, and a wheel type generator.

Construction of the rotor and stator It relates to a technique of installing a magnet, a magnet-sized iron and a coil.

The basics of a turbine (turbine type generator) structure with a fan and a fan connecting ring (rotor) installed in the water pipe and air pipe and a generator (Wheel type Generator) installed on the wheel (rotor) and wheel cover (stator). Constitution of the former and stator Magnet, magnet-sized iron and coil arrangement technology

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 Automatic switchgear for car doors, roofs and windows 10-2001-0073605 Roller blade 10-2004-0113407 Automatic opening and closing device for car roof, door, window and rear glass 10-2005-0026107 Award Board 10-2005-0093462 Backpack without holding the shoulder strap and holding the bag to the chest and then falling back 10-2005-0105375 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 with a device that goes over the water 10-2005-0117341 Apparatus for converting elastic air bags into rotating means and self-air pumping (air Compressure) means by interlocking movement 10-2005-0117342 Rotary Continuous Air Launcher 10-2005-0119308 Magnet engine using repulsive force of the same polar surface 10-2005-0128802 Winding rod or winding stick 10-2005-0128803 (Pressure air) Turbo engine 10-2005-0131732 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 (Pressure air) Turbine 10-2005-0133691 Multipurpose Health Bike 10-2006-0014027 Compressed Air Launcher 10-2007-0017307 Energy generating device 10-2007-0017308 Manual winding case 10-2007-0037257 Pressure Air Turbine Engine 10-2007-0037258 (Pressure air) Turbo engine 10-2007-0037259 Magnet engine using the same polar repulsion 10-2007-0037260 Backpack for separating back and shoulder bag 10-2008-0016259 Award Board 10-2008-0022573 Electric yaw or gas yaw for assembly and separation into electric yaw molds or gas yaw molds 10-2009-0093893 Automatic switchgear for car roofs, doors, windows and rear windows 10-2010-0081244 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 Compressed air turbine 10-2013-0073137 Compressed Air Launcher 10-2013-0135265 A complex device of pipe that connects the floor boards embedded in the air tanks to the interlocking repetitive movement by installing them on the machine shaft and connects the air ring tube and compressed air where it is needed 10-2014-0113976 "Compressed air pumping devices" and "Compressed air launchers" and "Magnetic engines using the same repulsive force", "Generator" and "spring generator" using "compressed air turbine" with built-in electric heating wire, are used as starters. The water condition, air condition, and steam engine combined device using "Steam tank and steam turbine with electric heating wire" are applied 10-2015-0002033 Scaffolding board 10-2015-0002034 A backpack that separates the back and shoulder bag from the shoulder strap. 10-2015-0016202 Award Board 10-2015-0016203 Compressed air pumper and air tank installed on the machine rotating shaft installed on the machine rotating shaft to compress the air inside the compressed air launcher cylinders. Compressed Air Launcher with Built-in Device 10-2015-0021433 Vessel steering mechanism, 'Air, Steam Turbine Engine', 'Water Tank & Boiler System', 'Air, Water, Steam Propulsor' System 10-2015-0031408 Backpack with kite, parachute and wings 10-2016-0071178 Turbine combined with air and duct turbines 10-2016-0071179 Aircraft with various arrangements and adjustments that make it possible to fly with air propellers formed by the combination of different types of air turbines. 10-2016-0090125 A A combination of a scaffolding and an air furnace combined with 3 different air turbines installed in a prefabricated furnace to reduce landslides, landslides, earthquake damage, recycle heavy water, and solve snow and ice (roads) 10-2016-0121920 Triple Air Shock Absorber 10-2017-0007916 Triple air cushion protection suit 10-2017-0012857 Air-buffered double protective gloves 10-2017-0014210 Multiple air cushion helmet 10-2017-0014211 Multi-air cushioning shoe protection (overshoes, shin covers, shin soles) 10-2017-0015524 Multiple air shock absorber boat 10-2017-0015985 Scaffolding board to be able to ride in snowy field 10-2017-0023691 Protective equipment using air layer 10-2017-0125853 A backpack with wings and an external body (door, roof) frame that deforms, and a body (door, roof) with wings. Body frame and winged backpack and external body (door, paper, floor) frame and devices that use the equipment of winged airplanes 10-2017-0137338 Protective equipment using air layer 10-2017-0149595 Various equipment including sale wings of air layers 10-2018-0010890 Scaffolding board that can ride on water and on the ground at the same time 10-2018-0023789 Individual sled with plate wings of air layers and several types of wings 10-2018-0024283 Equipment required for other uses of Drone 10-2018-0028169 Health boat {The health boat} 10-2018-0031520 The secure ships & equipments of the Aqua accident} 10-2018-0034283 Equipment required to reduce fine dust {Equipments needed to reduce of (ultra) fine dust} 10-2018-0039921 The secure equipments needed to fire combat 10-2018-0107032 A generator installed on a wheel (rotor) and a wheel cover (stator) such as a quick board {The Generator of wheel (s) with Kickboard (etc)} 10-2020-0052213 Generator installed on the bicycle wheel (rotor) and wheel cover (stator) {The Generator of wheel (s) with Bicycle} 10-2020-0052638 Generator installed on the scaffolding board {The Generator of wheel (s) with Footboard} 10-2020-0053218 Generator installed on bicycle and rear carrier {The Generator of wheel (s) with Bicycle and Rear Carrie} 10-2020-0053666

When installing the stator on the water pipe of the water board and the fan of the turbine in the air pipe, the fan connecting ring (rotor), and the water pipe and air pipe outer periphery

When installing on a water wheel on a wheel and a water wheel (rotor) and on a wheel and a water wheel cover (stator), the problem that needs to be waterproofed when installing a generator of The Generator with Footboard (connecting the turbine type generator and wheels type generator) Wow

Composition of the rotor and stator The task of finding economic means while arranging magnets, magnet-sized irons and coils and waterproofing the battery installation.

The basic of the generator (Wheel type Generator) installed on the wheel (rotor) and the wheel cover (stator) consists of a rotor and a stator Magnet, Magnet The challenge of finding a technology that can avoid the intellectual property of others when placing the size of iron and coil

The composition of the rotor and the stator Magnet and magnet sized iron (fe) After power generation, it is stored in the existing battery or generated power. The task of installing in the same form as a passenger car and using driving force

The present invention is to find a system of a high-power production and storage device combining a wheel structure generator (Wheels type Generator) and a turbine structure generator (Turbine type Generator);

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

Connection of turbine (Turbine type Generator) with fan, fan connecting ring (rotor) installed in the air pipe and generator (Wheels type Generator) installed on wheel (rotor) and wheel cover (stator) {The Generator with Footboard} To increase production power

The magnet of the rotor and the stator is based on the basic of the generator (Wheel type Generator) installed on the fan, fan connecting ring (rotor), generator wheel (rotor) and wheel cover (stator) in the water pipe. It was written with the technique of arranging (Magnetic), magnet (Ion) and winding (Coil).

That is, when compressed air is ejected to the water tank that sucks water, water and windmills are used at the same time. Air pipes are installed on the top of the water board, water pipes are installed on the bottom of the water board, and water and air propellers are installed. The air pipe is formed from top to bottom from the front to the back, and the turbine with the fan and the fan connecting ring (rotor) installed in the air pipe is used as the turbo function of the propulsion means.

The composition of the rotor and stator When installing magnets and magnet-sized irons, the turbine structure generator (Turbine) is generated by the power generation device and then stored in a battery or driven by the generated power. Type Generator) and wheel type generator (Magnetic) by installing less magnets and connecting iron and coil to form an enlarged rotor and stator. It is a solution for solving the problem of generating the same power with less installation.

If the present invention is successfully implemented, the generator is installed on the scaffolding board, there is an air intake on the water board that can be burned without charging separately, and a windmill that rotates according to the wind is installed, an air pipe is installed behind the windmill, and a fan is installed in the air pipe. Turn and install the magnet, magnet sized iron and coil installed on the fan and ring on the periphery of the air pipe.Magnetic, magnet sized iron and winding. Turbine type generator installed stator is installed from the top (windmill) to the propeller (bottom) and the water board transfers weight by foot to compress the air, and the foot pump (front) forms aberration. Air is sent to the rear wheels to turn the fan with compressed air in the air pipe, and magnets, magnets, and irons and coils installed on the fan and ring are placed on the periphery of the air pipe. Magnet type iron (Ion) and winding (Coil) installed a stator with a turbine structure generator (Turbine type Generator) and a wheel structure generator (Wheels type Generator) with a magnet on the rotor (Rotor) at the outer edge of the wheel ( When installing magnetic, magnetic size iron (fe) to generate power in the power generation device and store it in a battery or drive it with the generated power, form a water wheel on the wheels below, install a windmill on the top, and install a wheel structure generator ( In the Wheels Type Generator, install less magnet and install less magnet in the rotor that connects the iron and coil and the stator to be installed in the wheel cover. (Ion) and winding (Coil) to form a magnet (Magnetic) to install a high power even with less magnets as an environmentally friendly land and water sports, leisure, transportation has the effect of the invention.

Figure 1 is an explanatory diagram of a foot pump embedded in the scaffolding board or water board.
Fig. 2 is a rotational diagram of X130 and Y20 degrees of a device installed as a propulsor in a windmill and a windmill on the top of the waterboard with two rotors and two wheel cover stators and front wheels installed on the water board.
Figure 3 shows a pipe installed on the water board, a pipe installed on the water pump, and a built-in water wheel with a larger wheel and fewer wheels. It is X140 degrees and Y20 degrees rotational diagram of a generator stator with a magnet and a magnet-sized wire wound outside the outer connecting bar.
Figure 4 shows the windmills installed on the rear and front wheels of the water board in Figure 2, and the air pipes and the built-in wheels and water wheels for the foot pump built into the water board in Figure 3. X140 degree and Y20 degree rotation degree drawn by adding the generator stator to the outside of the generator rotor with windings installed.
Fig. 5 is a rotational diagram of X140 degrees and Y20 degrees with the propulsor, aberration, and windmill of Fig. 4 installed.
Figure 6 expands the board of the water board back to the flat plate, raises the battery box, space for charging the battery and other batteries while riding the water board, and separates the propulsor and aberration from the ground less than the wheels on the ground. It is the X140 degree Y20 degree, the X30 degree Y30 degree rotation degree which installed the motor and the regulator of the dual structure water wheel and wheel, windmill to reduce.
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, AT; Air Turbine, 2 Wh (Wheels) inner Rotors, AT; Air Turbine inner fans {c; coil + Ion (fe), m; magnetic} outer ring one part magnetic, 2Wh (Wheels) outer Stators, P1; Pumpl, P2; Pump2, P3; Pump3, P4; Pump4, P5; Pump5, P6; Pump6, P7; Pump7

(Patent Document 01) Roller blade application number; 10-1998-0048116

(Patent Document 02) Roller Blade 10-1999-0048488

(Patent Document 04) Citing a flexible shaft in a roller blade 10-2004-0113407 and citing that the direction of the central axis is switched back and forth with an electromagnet;

(Patent Document 15) 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 magnetic 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 17) Multi-purpose health motorcycle 10-2006-0014027

(Patent Document 19) Energy generating device 10-2007-0017308

(Patent Document 23) Magnet engine using repulsive force of the same polar surface 10-2007-0037260

(Patent Document 28) The magnetic bearing was installed by quoting the magnetic bearing from the magnet engine 10-2013-0046075 using the same polar repulsion force;

(Patent Document 29) A generator with a wheel structure was installed as cited in Generator 10-2013-0049703 using an air turbine engine, a magnetic engine (bearing) and a compressed air launcher;

(Patent Document 62) Generators installed on wheels (rotors) and wheel covers (stator) such as quick boards {The Generator of wheel (s) with Kickboard (etc)} 10-20202-0052213

(Patent Document 63) A generator installed on a bicycle wheel (rotor) and a wheel cover (stator) {The Generator of wheel (s) with Bicycle} 10-2020-0052638

(Patent Document 64) Generator installed on the scaffolding board {The Generator of wheel (s) with Footboard} 10-2020-0053218

(Patent Document 65) A generator installed on a bicycle and a rear carrier {The Generator of wheel (s) with Bicycle and Rear Carrie} quoted in 10-2020-0053666. Install things.

Through the drawings, detailed explanations are made, and the eco-friendly power mechanism requires a long battery charge time, and as a solution to the inconvenience that the life of the power tool runs out when the battery is discharged, it is used as a rotor and a stator on the wheels and wheel covers. When installing magnets and windings, magnet-sized iron is attached to the magnets, and the windings are wound around the iron to reduce the expensive magnets. All of these are for electric equipment that is supplied with power and has a generator that simultaneously charges the battery.It is installed on the kickboard first, and the magnet and the ring on the ring where the fan and fan are connected to the air turbine with the fan installed in the compressed air and air pipe of the water board. The rotor that formed the fan with iron and winding and the stator with magnet and magnet-sized iron and winding on the periphery of the air pipe, and the stator installed on the water board, wheel, water wheel, and wheel cover (install the magnet and winding) When the magnet size iron is attached to the magnet and the winding is wound on the iron), the expensive magnet is reduced and the winding is wound on many irons, so that the wheels of the scaffolding board and the wheels of the rotor and scaffolding board installed in the air turbine It realizes a high-power electric scaffolding board that produces power on both the cover and the stator installed outside the air turbine.

Figure 1 is an explanatory diagram of a foot pump embedded in the scaffolding board or water board.

(Patent Document 01) Roller blade application number; 10-1998-0048116,

(Patent Document 02) Roller Blade 10-1999-0048488,

(Patent Document 04) Roller Blade 10-2004-0113407,

(Patent Document 06) Award Board 10-2005-0093462,

(Patent Document 08) Multi-purpose health motorcycle. 10-2005-0115428,

(Patent Document 17) Multi-use health motorcycle 10-2006-0014027,

(Patent Document 25) Award Board 10-2008-0022573

(Patent Document 34) Scaffolding Board 10-2015-0002034

(Patent Document 36) Award Board 10-2015-0016203

(Patent Document 49) Scaffolding Board 10-2017-0023691

(Patent Document 55) Scaffolding board that can ride on the water and on the ground simultaneously 10-2018-0023789

(Patent Document 58) Health boat {The health boat} 10-2018-0031520

(Patent Document 64) A generator installed on a scaffolding board {The Generator of wheel (s) with Footboard} quotes a foot pump from 10-2020-0053218

Fig. 2 is a rotational diagram of X140 and Y20 degrees of a device installed as a propulsor in a windmill and a windmill on the top of the water board with 4 rotors on the water board, 2 rotors on the rear wheel, and 2 wheel cover stators and front wheels.

As an example of implementation, there is an air intake on the top of the water board 4 wheels (on both front wheels under the handles and on both front wheels above the chair frame), install a windmill that rotates according to the wind, install an air pipe behind the windmill, turn the fan in the air pipe, turn the fan and ring A stator with magnet, magnet size iron and coil installed on the periphery of the air pipe, magnet, magnet size iron and coil installed Turbine type generator (Turbine type Generator) to install the compressed air from the top (windmill) to the narrowed water pressure and propeller (bottom) of the water pipe.

Figure 3 shows a pipe installed on the water board, a pipe installed on the water pump, and a built-in water wheel with a larger wheel and fewer wheels. It is X140 degrees and Y20 degrees rotational diagram of a generator stator with a magnet and a magnet-sized wire wound outside the outer connecting bar.

As an example of the third embodiment, the water board transfers body weight to the feet to compress the air, and the foot pump (front) sends compressed air to the rear wheels that form aberrations to turn the fan into compressed air in the air pipe and installs a magnet installed on the fan and ring. , Turbine-structured generator that installs a magnet-sized iron and coil on the periphery of the air pipe, and a stator with a magnet-sized iron and coil installed. (Turbine type generator) and (wheel and wheel) wheel structure generator (Wheels type Generator) are installed at the power generation unit by installing a magnet and a magnet-sized iron at the end of the wheel. When the power is stored in the battery or driven by the generated power, the aberration is formed on the wheels, and a turbine type generator and a wheel type generator are installed below.

Figure 4 shows the windmills installed on the rear and front wheels of the water board in Figure 2, and the air pipes and the built-in wheels and water wheels for the foot pump built into the water board in Figure 3. X140 degree and Y20 degree rotation degree drawn by adding the generator stator to the outside of the generator rotor with windings installed.

There is an air intake on the top of the 4 wheels (on both front wheels under the steering wheel and on the front wheels on the top of the chair frame), a windmill that winds up, installs an air pipe behind the windmill, turns a fan in the air pipe, and installs a magnet on the fan and ring ), A turbine structure that installs a magnet-sized iron and a coil on the periphery of the air pipe with a magnet, a magnet-sized iron and a coil stator installed. Turn the fan from the top (windmill) of the generator (windmill) to the propeller (bottom), and turn the fan with compressed air in the air pipe, and the magnet and magnet-sized iron and winding installed in the fan and ring Turbine type generator and wheel type generator to install (Coil) stator with magnet, magnet size iron and coil installed on the periphery of the air pipe. ) When a magnet and a magnet-sized iron (fe) are installed on the rotor at the outer edge of the wheel to generate power in the power generation device and store it in a battery or drive it with the generated power, the lower wheels This structure combines the formation of aberrations and the installation of a turbine-type generator and a wheel-type generator.

Fig. 5 is a rotational diagram of X140 degrees and Y20 degrees with the propulsor, aberration, and windmill of Fig. 4 installed.

It is an explanatory diagram of air pipes, a propulsor, a water turbine, and a windmill in FIG. 4 connected to an electric motor for propulsion.

Fig. 6 shows a space where the board of the water board can be flattened back, the battery box is raised, and a space for charging the battery and other batteries while riding on the water board. In the land, the wheels and wheels of the dual structure that reduce the number of wheels are smaller than the wheels.

Claims (5)

(Patent Document 64) Citing the Foot Pump on the scaffolding board 10-2020-0053218, citing the turbine structure generator, and installing the turbine structure generator on the windmill and air pipe.
The present invention has an air intake on the top of the water wheel 4 wheels (on both front wheels under the steering wheel and on both front wheels above the chair frame), and in a windmill that rotates according to the wind, the fan is rotated in the air pipe behind the windmill and installed on the fan and the ring magnet (Magnetic), A rotor is formed by forming a magnet-sized iron and a coil, and a magnet, magnet-sized iron, and coil are formed on the periphery of the air pipe. In the configuration to form a stator;
As an example of implementation, there is an air intake on the top of the water board 4 wheels (on both front wheels under the handle and on the front wheels on the top of the chair frame) .A windmill that rotates according to the wind is installed, and a fan is installed in the fan and ring by turning the fan in the air pipe behind the windmill and the windmill. Install a rotor wound around the iron and coil of the size of (Magnetic) and a magnet, and install the magnet on the outer circumference of the air pipe, and the magnet and the wire of the size of the magnet (Ion) It is a manufacturing method to install a stator with (Coil) installed. In the above [claim 1],
(Patent Document 64) The turbine structure generator is cited from the scaffold board 10-2020-, and the turbine structure generator is installed in the windmill and air pipe.
In the present invention, the compressed air that has passed through the rotor formed in the air pipe behind the windmill in the upper wheel of the four wheels on the water board rotates the fan by water pressure in the water pipe where the water intake port is large and gradually narrows and magnets on the rotor of the fan and ring. (Magnetic), a magnet (Ion) and winding (Coil) of the size of the magnet, and a magnet on the stator installed on the outer circumference of the water pipe (Magnetic), magnet (Magnetic), iron (Ion) and winding (Coil) And the water inlet flows into the propeller around the middle propeller where the water inlet is large and gradually narrows, and the fan is rotated by water pressure on the water pipe that flows into the narrowed water pipe around the propeller, and on the rotor of the fan and ring. Magnet, magnet-sized iron and coil, and the stator installed on the periphery of the water pipe, magnet, magnet-sized iron and coil ) With a wound configuration;
In the present invention, the compressed air generated at the top (windmill) is blown into the water tank to eject water from the water tank into a narrowed water pipe with compressed air, and the direction when blowing water from the propeller under the water tank into the compressed air In a device that controls the water, the compressed air that has passed through the rotor formed in the air pipe behind the windmill in the top wheel of the 4 wheels on the water board turns the fan by water pressure in the water pipe where the water inlet is large and gradually narrows, and the fan and the magnet on the ring. , Magnet (Ion) and winding (Coil) of the size of the magnet (Rotor) and windings (Magnetic) installed on the outer circumference of the water pipe (Magnetic), magnet (Ion) and winding (Coil) of the size of the magnet A water stator and a water inlet with a large and gradually narrowed water pipe flow into the propeller around the middle propeller, and a water pressure flows into the water pipe flowing into the narrowed water pipe around the propeller. Rotor winding the magnetic size of iron and coil, and the magnet installed on the outer circumference of the water pipe, and the stator winding the magnetic size of iron and winding. Turbine type generators to be installed are connected and installed.
In the second embodiment, the compressed air that passed through the rotor formed in the air pipe after the windmill in the windmill rotates the fan by water pressure in the water pipe where the water intake port becomes large and narrows and the magnet and magnet size iron on the fan and ring. The rotor and the rotor wound around the (Ion) and the winding (Coil), and the magnets installed on the outer circumference of the water pipe, the magnet-sized iron and the winding wound around the coil, and the water intake is large and gradually Water flows into the propeller around the narrowing water pipe and the water pipe flows into the narrowed water pipe around the propeller, and the fan is rotated by water pressure, and the magnet and magnet-sized iron in the fan and ring are rotated. Turbine-type generator that installs a rotor wound around a coil and a coil installed on the outer circumference of a water pipe, and a magnet sized iron and a stator wound around a coil. It is a manufacturing method to increase the high output electric power by connecting generators. The present invention rotates the fan with compressed air in the air pipe, and the magnet, magnet, and iron of the size installed on the fan and the ring are magnets and magnets on the periphery of the air pipe. Turbine type generator and (water wheel and wheel) wheel type generator that install stator with iron size and coil installed on the rotor at the end of the wheel. Installing a magnet, magnet size iron, and a stator formed with magnets, magnet size magnets, and coils on wheels and aberration covers As
Magnets and magnet-sized irons on the periphery of the air pipes of the rotor, in which magnets are placed on the ring connecting the fans and fans of the air turbine in the air pipe, and windings are installed on the magnet-sized iron. ) And the structure of the stator formed of coils (water wheels and wheels) Wheel type generator Magnets on the rotor, and magnet-sized iron In the configuration and the wheel and the aberration cover of the stator (Stator) of the magnet (Magnetic), magnet (Magnetic) size of the iron (Ion) and winding (Coil) winding configuration;
In the air pipe that sends the compressed air output from the foot pumps of the water board to the rear wheel, a magnet is placed on the ring connecting the fans and fans of the air turbine and a magnet-sized iron A rotor with a coil installed on it, and a stator on a ring on which the coil is installed on a magnet and a magnet-sized iron on the periphery of the air pipe. When forming a coil in a magnet of a wider width than the ring connecting the fan and the fan in the air pipe to form a coil, the coil is wound in one magnet and two irons. Coil) If you place it in 4 products, when you form a ring with coils on 4 magnets and 8 irons, install 1 ring and place the same 2 rings, one ring back and forth, 1 ~ 44 It is placed on the front and back of the 3rd ring by attaching it to the front and back of the 3rd ring as the 3rd magnets are bulky because the 2nd magnets are connected to the 1st magnet by placing them on the road. By installing 3 rings with only one coil installed, it reduces the number of magnets and increases the high output electric power.
As an example of the third embodiment, the water board transfers body weight to the feet to compress the air and sends compressed air from the foot pump (front) to the rear wheels that form aberrations (longer than the wheels) to compress the fan into the compressed air in the air pipe. Turn and install the magnet, magnet sized iron and coil installed on the fan and ring on the periphery of the air pipe.Magnetic, magnet sized iron and winding. Turbine type generator that installs the stator installed with a rotor, and rotor and aberration and wheel cover with iron and magnet sized iron and coil installed. When a magnet and a magnet-sized iron are installed on the stator) to generate power in the power generation device and then store it in a battery or drive it with the generated power, aberrations are formed on the wheels and the turbine structure generator ( Turbine type generator) and wheel type generator are a method of manufacturing a generator to help drive wheels and increase high output electric power. In the above [claim 2],
The present invention separates and keeps the water tank, water pipe, and propulsor that are jammed when riding on the land of the water board, and uses a windmill and a foot pump of the water board as a driving means.
As an example of the fourth embodiment, a generator installed on a water board, characterized by having a water tank, a water pipe, and a propulsor separately stored when driving on land. In the above [claim 3],
The present invention is to reduce the air tube in which the aberration connected to the wheel that is jammed when riding on the land of the water board is larger than the wheel, and inflate the air tube of the wheel to drive the water board wheel on the land.
The air tube of the water board wheel and the water tube connected to the water board wheel are connected to each other, and the air tube of the water board wheel is connected to the air tube of the water board wheel with 1 pipe. It is configured to install a lever to selectively adjust the air.
As an example of embodiment 5, when driving on land, the generator installed on the water board is characterized in that the air tube of the water board wheel and the air tube of the water wheel connected to the water board wheel are connected to each other and have levers to selectively block.

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