KR20200083393A - Drone with generators that change the rotation direction of the propeller motor using the Peltier element as a power generation element - Google Patents

Abstract

If the present invention is successfully carried out, a suction turbine wind power generator with a generator which is free in direction change by a propullor when installed on a drone and has a reinforcing ring installed on a propeller and an opposite bidirectional rotation motor for advancing and then retreating by a Peltier generation element, a generator of two combined air turbines of the same structure on both sides of a bidirectional rotation motor, and three of two combined air turbines with a short fan below a two-rotor or a three-rotor propeller can be obtained. According to the suction turbine wind power generator, the direction is freely changed by regulators of the propullor, the regulators of the propullor above and below the bidirectional rotation motor shaft can be regulated individually to provide a variety of regulation choices, and the rapid opposite rotation motor for advancing and then retreating by the Peltier generation element penetrates air resistance only by reverse rotation of the propeller to minimize resistance. There is obtained the suction turbine wind power generator comprising the generator, in which a rotor with the reinforcing ring installed on the propeller is formed on the propeller instead of the rotary shaft, the generator with two combined air turbines having two combined air turbines of the same structure installed on both sides of the bidirectional rotation motor, and three of two combined air turbines with a short fan below the two-rotor or the three-rotor propeller. Accordingly, the suction turbine wind power generator can float in the air at all times and, in addition, provides a variety of regulation choices and power generated at various places with an air conditioner and a water conditioner.

Description

Drone with generators that change the rotation with “air turbine structure generator” and “wheel generator combined with wheel structure” and “electric generator using heating element” and two-way motor (bi-directional propeller) combined with bi-directional air propeller (Propullor) direction of the propeller motor using the Peltier element as a power generation element}

Air and water thermostat

A phenomenon in which heat (發熱) or heat absorption (吸熱) occurs in addition to Joule's heat at the junction when electric current flows by bonding different types of conductors (metal or semiconductor). The amount of heat carried by electric current is a kind of thermoelectric effect on materials, and was discovered by JCA Peltier in France in 1834 . And a cooler using the Philtier effect.

A fan installed in the air and water temperature controller, a fan connecting ring (rotor) is installed, and a stator is installed in an empty space in the device, and a block type generator in the air and water temperature controller is connected. A structure that connects a two-position (turbine and duct) turbine generator (Air Turbine & Duct Turbine type Generator) and a wheel type generator with a fan and a fan connecting ring (rotor) installed in the air pipe. And the composition of the rotor and the stator. It is related to the technology of installing magnets, magnet-sized iron and windings.

Under the drone's three-way propeller, two sets (turbine and duct) of a fan and a fan connecting ring (rotor) are installed in the air pipe. Three rotors and a stator are composed of a magnet and a magnet ( About the technology of installing magnetic size iron and coil

It is related to a technique of installing a magnet, a magnet-sized iron, and a coil of a rotor and a stator on an external connection ring of a drone propeller.

It is related to a drone technology in which a "generator using a heating element" and an applied bidirectional motor (bidirectional propeller) are applied and combined with a bidirectional air propeller (Propulsor).

Fans installed in the air and water thermostat, fan connection ring (Rotor) and block structure generator (Block type Generator) Stator consists of a magnet (Magnetic), magnet (Magnetic) size of iron (Ion) Technology that drives the fan and the fan connection ring (rotor) with power generated or stored in the battery after power generation

The basics of a turbine (turbine type generator) structure with a fan and a fan connection ring (rotor) installed in the air and water temperature control system and a generator installed on a wheel (rotor) and wheel cover (stator) Composition of rotor and stator Technology for placing magnets, magnet-sized irons and coils

Composition of the rotor and the stator Magnet, magnet-sized iron (fe) After power generation, it is stored in the battery or driven by the generated power

A magnet that consists of a rotor and a stator with a structure of two turbines (turbine and duct) with a fan and fan connecting ring (rotor) installed in the air and water temperature control device. (Magnetic), magnet size (Ion) and winding (Coil) installation technology

A fan installed in the air and water temperature controller, a fan connecting ring (rotor) is installed, and a stator is installed in an empty space in the device, and a block type generator in the air and water temperature controller is connected. A structure that connects a two-position (turbine and duct) turbine generator (Air Turbine & Duct Turbine type Generator) and a wheel type generator with a fan and a fan connecting ring (rotor) installed in the air pipe. The composition of the rotor and the stator is on the technology of installing magnets, magnet-sized iron and windings.

Under the drone's three-way propeller, two sets (turbine and duct) of a fan and a fan connecting ring (rotor) are installed in the air pipe. Three rotors and a stator are composed of a magnet and a magnet ( About the technology of installing magnetic size iron and coil

It is related to a technique of installing a magnet, a magnet-sized iron, and a coil of a rotor and a stator on an external connection ring of a drone propeller.

It is related to a drone technology in which a "generator using a heating element" and an applied bidirectional motor (bidirectional propeller) are applied and combined with a bidirectional air propeller.

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 off 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 (reverse and desert), the auxiliary legs and auxiliary wheels that have 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 the same polar repulsion 10-2005-0128802 Winding rod or winding stick 10-2005-0128803 (Pressure air) Turbo engine 10-2005-0131732 Self-contained air pumping ejection device (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 frames or gas yaw frames 10-2009-0093893 Automatic switchgear for car roofs, doors, windows and rear windows 10-2010-0081244 Magnet engine using the same polar repulsion 10-2013-0046075 Generator with 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 the compressed air where it is needed 10-2014-0113976 "Compressed air pumping devices" and "Compressed air launchers" and "Magnetic engines using the same extreme repulsive force", "Generator" and "Spring spring case" using "Compressed air turbine" with built-in electric heating wire as starter Water condition, air condition, and steam engine combined device using "Steam tank and steam turbine with built-in electric heating wire" 10-2015-0002033 Scaffolding board 10-2015-0002034 Backpack for separating back and shoulder bag 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 ejector 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 controls for flying with propulsors 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, and recycle heavy water, snow, and ice (roads) 10-2016-0121920 Triple Air Shock Absorber 10-2017-0007916 Triple air cushion protection suit 10-2017-0012857 Air cushion double protective gloves 10-2017-0014210 Multiple air cushion helmet 10-2017-0014211 Multiple air-buffered 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, roof, 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 needed 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 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 Generator installed on the water board {The Generator with Aqua board} 10-2020-0054507 The generator with health vehicle 10-2020-0055267 The generator with boat {20-2020-0055932 Generator combining air turbine structure generator and wheel structure generator using water turbine and air compressor {Air Turbine type Generator connected Wheels type Generator used by Falling water & Air Compressor} 10-2020-0056031 The generator installed in air and water conditioner control device using Peltier modules 10-2020-0062927

PROTECTOR WITH DOUBLE AIR CUSHIONS IPC: A63B 71/00 deposit No. 2019980022043 deposit day: Nov. 13, 1998 Registration No. 2002118630000 Registration day: 2000.11.16 public No. 2020000009930 public day: 2000.06.05. Citations of the inventor Backpack Back pack JP2006141567 A*, KR1020040106204 Record of other inventors in prior art investigation

Finding the right technology to install a two-way propeller for a drone's propeller

Finding the technology to increase the safety of the drone's SAMICK propeller and install it

Finding drone technology using air generated by propellers

Two sets (turbine and duct) of fan and fan connecting ring (rotor) in the air pipe under the drone wing propeller are composed of two rotors and stators. Finding the appropriate technology to install magnetic size iron and coil

Finding the right technology to install the rotor, stator, magnet, magnet-sized iron and coil on the drone's outer ring of the propeller

Finding a suitable technology for drones equipped with a "generator using a heating element" and an applied bidirectional motor (bidirectional propeller) and combined with a bidirectional air propeller (Propulsor)

The basics of the generator type installed on the drone are composed of a rotor and a stator. When placing magnets, magnet-sized irons and coils, others The challenge of finding a technology that can circumvent the intellectual property rights of (advance technology; hard to find due to the large number of patent documents, etc.)

Nano carbon heating fiber, Peltier element, etc.

The task of finding the proper circulation system that uses the air flow inside the compressor that facilitates water circulation and air circulation with compressed air inside and discharges it to the outside.

Composition of rotor and stator After installation of magnet and magnet sized iron, it is stored in the existing battery or can be supplied to other products with the generated power.

The present invention is a problem solving means for operating a normal drone direction change without a transmission gear with a drone's "generator using a heating element" to a propeller by applying a bidirectional motor (bidirectional propeller) to a drone's "generator using a heating element" What did

Applying a drone's "generator using a heating element" By applying a bidirectional motor (bidirectional propeller), a drone's "generator using a heating element" and a two-way air propeller (Propulsor) are used to operate the normal drone's direction change without a gear. What you did as a means to solve the problem

In order to discharge the opposite temperature to the outside of the required air temperature control device, two sets (turbine and duct) of fans and fan connecting rings (rotors) are installed in the air pipes of three rotors and stators. Constitutive magnet and magnet-sized iron and coil installed to solve the problems used for power generation and temperature control.

In the case of a drone outside the drone propeller or in the case of a large rotor, the rotor and the stator are composed of a connecting ring of a middle rotor and a magnet, magnet-sized iron and coil are installed. Task solving means

Under the drone's three-way propeller, two sets (turbine and duct) of a fan and a fan connecting ring (rotor) are installed in the air pipe. Three rotors and a stator are composed of a magnet and a magnet ( Magnetically sized iron and coil are installed to condensed compressed air and used to solve the problem.

The task of finding the proper configuration of a fan, a fan connection ring (Rotor) and a block type generator stator installed in a confined space of the air and water thermostat is to install a compressor on the fan shaft. Compressed air from the compressor pressurizes the water inside the installed water tank and installs a fan and a fan connecting ring (rotor) into the air and water thermostats (two turbines and ducts). Turbine type generator The structure of the rotor and stator as a structure adopts the technology of installing magnets, magnet-sized iron and windings,

Composition of rotor and stator Magnet, magnet sized iron and coil are arranged and economical means of battery installation and

It is equipped with nano carbon heating fibers, Peltier elements, etc.

Using the air flow inside the compressor that facilitates water and air circulation with compressed air, and finding an appropriate circulation system that discharges to the outside.

Two turbines (turbine and duct) with a compressor installed on the fan shaft and compressed air from the compressor pressurized water inside the installed water tank, and a fan and a fan connecting ring (rotor) are installed in the air and water thermostat. High-power production and storage system that installs magnets, magnet-sized irons and coils with the structure of a rotor and a stator with a ducturbine type generator structure. and

The fan, the fan connection ring (Rotor) and the block type generator (Stator) are installed in a confined space of the air and water thermostats.The size of the magnet and the size of the magnet is as follows. Self-generation means to drive the motor (fan, fan connection ring (rotor)) with power generated or stored in the battery after being developed with iron installed.

Composition of rotor and stator Magnet, magnet sized iron and coil are arranged and economical means of battery installation and

Low-voltage, high-efficiency and high-power production using smoothly water circulation and air circulation with compressed air.

The composition of the rotor and the stator Magnet, magnet-sized iron (Ion) After power generation or stored in the existing battery or power generated by supplying power supply terminals (outlets) to other products It is a means to solve problems that require production.

When the present invention is successfully implemented, a drone that obtains cold and hot water immediately without the installation of a water tank is also installed in the cold and hot water of a water heater that realizes an air conditioner without an outdoor unit.

Compress the air in the compressor and pressurize the water in the 2 water tank with the compressed air of the compressor to install a water pump that increases and rotates the speed and rotation of the aberration (rotor) installed in the water pump.

2 water tanks and double piping with a hot water pipe with a hot plate (nanocarbon heating fiber) installed on the hot side of the Peltier element and a hot sick cold water pipe on the cold side. And temperature control of air discharge with hot and cold plates suitable for the season.

Applying a drone's "generator using a heating element" Applying a bidirectional motor (bidirectional propeller) to the propeller to operate a drone's "direction using a heating element" without changing gears

Applying the drone's "generator using heating element" is a bi-directional air propeller using compressed air using the wind generated by a bidirectional motor (bidirectional propeller).

In order to discharge the opposite temperature to the outside of the required air temperature control device, two sets (turbine and duct) of fans and fan connecting rings (rotors) are installed in the air pipes of three rotors and stators. Consisting of using magnets, magnet-sized iron and windings for power generation and temperature control.

In the case of a drone outside the drone propeller or in the case of a large rotor, the rotor and the stator are composed of a connecting ring of a middle rotor and a magnet, magnet-sized iron and coil are installed. That

Under the drone's three-way propeller, two sets (turbine and duct) of a fan and a fan connecting ring (rotor) are installed in the air pipe. Three rotors and a stator are composed of a magnet and a magnet ( By installing iron (Ion) and winding (Coil) of magnetic size and condensing compressed air

In addition, the compressed air of the compressor is used to turn the duct fan of the 2-way turbine in the narrow box space of the air and water thermostat, and the magnet and magnet-sized iron and winding are installed in the fan and ring. Turbine type generator and block structure generator to install a stator with magnet, magnet size iron and coil installed on the periphery of the air pipe. As a generator, a magnet is a fan, and a magnet is placed on a square surface outside the rotor where a coil is installed on a magnet-sized iron, and a magnet-sized iron is provided. ) A stator with coil is installed in a block structure to form a power generation device, and after power generation, it is stored in a battery or driven by the generated power to install less magnets and iron and winding. (Rotor) and stator (Stator) connecting the (Coil), there is an effect that can be operated at all times by producing high power even with less magnets installed.

1 is an explanatory diagram of a generator using a Peltier element.
Figure 2 is a two-sided turbine layout of the two-way motor in the power generation control device using the Peltier element.
Fig. 3 is an explanatory diagram showing the arrangement of both sides of a generator and a bidirectional motor installed in a water and air temperature control device using a Peltier element.
Fig. 4 is an explanatory diagram showing the sum of a generator stator having a magnet and a magnet-sized iron winding on the side of a rotor of 2 connected wheels type generator.
Figure 5 is an explanatory diagram drawn by combining the block structure generator stator outside the slope of the fan in Figure 2;
Fig. 6 is an explanatory diagram in which a ring is installed at both ends of a turbine on both sides of a bidirectional motor, and a stator is arranged around the ring.
Fig. 7 is an explanatory diagram drawn by adding a magnet and a magnet-sized iron generator stator to the side of the auxiliary suction 2 sum turbine structure generator (2 connected Wheels type Generator) with a short fan added to Fig. 6;
8A and 8B are explanatory diagrams in which three drawings 7 are installed.
Fig. 9 is an explanatory diagram in which Fig. 7 is arranged in Fig. 6;
FIG. 10 is an explanatory view of FIG. 6 in which the direction adjusting prop is arranged in both directions.
Fig. 11 is an explanatory diagram of four installations of Fig. 10.
Fig. 12 is an explanatory view of the drone in which Fig. 10 is installed on four legs.
13 is an explanatory diagram in which four drawings 12 are installed together.
Fig. 14 a) is an explanatory diagram drawn by adding an intermediate stiffener to the propeller of Fig. 6 and adding a generator stator with a magnet and iron-sized windings on the side of the intermediate stiffener (rotor).
Figure 14 b) shows the explanatory diagram and Figure 14 c drawn by combining the generator stator with the magnet and the magnet-sized winding on the side of the intermediate stiffener (rotor) with only one (lower) side of the intermediate stiffener on the propeller of Figure 6 It is an explanatory diagram drawn by adding the intermediate stator to the propeller of Fig. 6, and the generator stator installed with the magnet and the iron-sized winding on the side of the intermediate stiffener (rotor).
Code description c; coil, m; magnetic, R; Rotor, S; Stator, AT; Air Turbine, Blc(Coil block), outer ring magnetic,, 4Blc(Coil block) outer Stators, P1; Pump1, P2; Pump2, Wp(Water Pipe), Peltier module, Nano C(Carbon) heat fiber, cooling plate, hot plate, cold water tank, hot water tank, 2 duct turbine+air turbine, Motor

(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 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 03) Automatic opening and closing device for automobile doors, roofs and windows 10-2001-0073605,

(Patent Document 05) Automatic opening and closing device for car roof and door, window and rear glass 10-2005-0026107, (Patent Document 27) Automatic opening and closing device for car roof and door, window and rear glass 10-2010-0081244 The solar panel is installed on the roof by quoting the automatic switchgear with the door, roof and window of the;

(Patent Document 15) Self-continuous air pumping ejection device (I), mainspring (V), rotary continuous air launcher (II), air compressor (III), air compressor (IV), magnet engine (VI), and battery ( VII), cited in system 10-2005-0131733 with control plate (VIII) and heating wire (IX), and cited in the existing system with battery and regulator,

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

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

(Patent Document 12) Magnet engine using repulsive force of the same polar surface 10-2005-0128802, (Patent Document 23) Magnet engine using repulsive force of the same polar surface 10-2007-0037260, (Patent document 28) Magnet using repulsive force of the same polar surface Magnetic bearings were installed and quoted from engine 10-2013-0046075;

(Patent Document 07) Backpack 10-2005-0105375, carrying the bag back to the chest without taking off the shoulder strap, and back (Patent Document 24) Backpack 10-2008-0016259, which separates the back plate with the shoulder strap and the bag Document 35) Backpack from 10-2015-0016202, (Patent Document 39) Kite, Parachute, and Wings with Wings, 10-2016-0071178, which separates the bag from the back with shoulder straps. Separating them;

(Patent Document 29) A wheel structure generator 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 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) 10-2020-0052638.

(Patent Document 64) Generator installed on a 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} 10-2020-0053666,

(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 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 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 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 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 magnet bearing 10-2013-0046075 using the same repulsive force of the same polar surface was installed by quoting a magnetic bearing;

(Patent Document 29) A wheel structure generator 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 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 66) Generator installed on the water board {The Generator with Aqua board} 10-2020-0054507

(Patent Document 67) A generator installed on a health vehicle {The Generator with Health Vehicle} 10-2020-0055267

(Patent Document 68) A generator installed on a boat {The Generator with Boat} 10-2020-0055932

(Patent Document 69) Alternator combining air turbine structure generator and wheel structure generator using water turbine and air compressor {Air Turbine type Generator connected Wheels type Generator used by Falling water & Air Compressor} Wheels and wheels quoted in 10-2020-0056031 It is about a manufacturing method of winding a winding on a magnet and magnet size iron on the cover.

(Patent Document 70) The generator installed in the air and water conditioner control device using the Peltier element {The Generator installed in air and water conditioner control device using Peltier modules} quotes 10-2020-0062927, and the Peltier element sends the generator to the fan. When installing and developing using the whitening effect, the motor rotation direction is reversed when attached to one side and the other side of the Peltier element, and the propellers are installed at the same time up and down.

In the present invention, through the drawings to describe in detail the air, water conditioner control device using the Peltier element and the generator installed in the air, water conditioner, only drawings for power generation and cold and hot water pipes and seasonal air, water The drawings for conditioner installation will be described.

In addition, it is equipped with a thermal power generating element for the whitening effect and hot water is provided with nano-carbon heating fibers in a hot water pipe.

In the present invention, through the drawings to describe in detail the air, water conditioner control device using the Peltier element and the generator installed in the air, water conditioner, only drawings for power generation and cold and hot water pipes and seasonal air, water The drawings for conditioner installation will be described.

In addition, it is equipped with a thermal power generating element for the whitening effect and hot water is provided with nano-carbon heating fibers in a hot water pipe.

Figure 1 is an explanatory diagram of a generator using a Peltier element, and Figure 2 is a layout diagram of both sides of a bidirectional motor in a power generation control device using a Peltier element.

(Patent Document 70) The generator installed in the air and water conditioner control device using a Peltier element {The Generator installed in air and water conditioner control device using Peltier modules} citing 10-2020-0062927

In the present invention, when a peltier module is used as a cooling (hot) element, (cool, hot) heat sinks are generated in the (cool, hot) cooling and heat water pipes in which a small pump is installed in each water tank connected to the cooling and heat water pipes. (cool) having a cooling plate and a heating plate through which a hot water pipe passes is provided with nanocarbon heating fibers,

When using two or more Peltier modules (heating elements) that use air and water conditioners as some of the Peltier modules without electricity (cool, hot) devices (Peltier module) power generation (cool, hot) devices When the cooling (hot) device plate surface of the (cool, hot) water pipe is attached to one side of the cold and hot water plate flowing, and the direction of the motor is reversed, the (Peltier module) power generation element plate surface is cooled by the (cool, hot) water pipe. ㆍConsists of a touch of a lever or a button attached to the back of the heat plate, and when using the peltier module as a cooling (hot) element (cool, hot) A small pump is installed in a water tank equipped with a water pipe to go out, and the direction of motor rotation of a drone using cold and hot water connected to the water pipe is controlled in both directions.

In the first embodiment, two hot water pipes are installed on the hot side of the Peltier element, and hot cold pipes are installed on the cold side. The Peltier element is a Peltier element that is a drone installed as a generator that changes the rotational direction of the (propeller) motor by generating air through a hot and cold hot plate that is season-oriented with a water tank and double piping and generating power by a temperature difference. When used as a power (cool, hot) element without electricity in the module (Peltier module), the power (cool, hot) element of the power (cool, hot) element of the cooling and heat plate through which the (cool, hot) water pipe flows When attaching to one side and reversing the direction of the motor, the (Peltier module) is a method of manufacturing by using the touch of a lever or button attached to the back side of the cooling and heat plate of the (cool, hot) water pipe.

Figure 3 is an explanatory diagram of a generator installed in a water and air temperature controller using a Peltier element and turbines on both sides of a two-way motor, and Figure 4 is a magnet and magnet on the side of the rotor of a 2 connected wheels type generator. It is an explanatory diagram drawn by combining the generator stator with windings installed on iron of size.

(Patent Document 70) The Generator installed in air and water conditioner control device using Peltier modules 10-2020-0062927 was cited.

2(2connected Turbine; Turbine combined with Duct Turbine and Air Turbine) Air cooling regulator using a magnet or magnet size iron on the ring connecting the fans or fans of the rotor shaft (Ion) and winding (Coil) is installed on the back of the fan or the ring is composed of a rotor and

(Peltier module) It is formed between the cold air layer and the warm air on both sides of the power (cool, hot) device, and the opposite of the cold air and the warm air that uses warm air and cold air is discharged. (cool) When installing a small PC fan on a heat sink heating plate in a cold water pipe, a magnet, a magnet-sized iron and a coil are installed in the ring connecting the PC fan and the fans. To form a rotor and to form a stator with magnet, magnet size iron and coil outside the PC fan frame.

(heat sink) 2(2connected Turbine; Duct Turbine(2) connected to the cooling pipe by forming the bend pipe connecting the cooler generated by the small PC fan to the (cool) cold water pipe side to the heat sink and connecting the translator (a) and nieunza (b). Duct Turbine) and the air turbine (Air Turbine combined turbine).

Example 2 (Peltier module) It is formed between the cold air layer and the warm air on both sides of the power (cool, hot) device and uses the output of warm air and cold air. It forms and discharges the air at the required temperature, and when installing a small PC fan on the heat sink of the (cool) cold water pipe, a magnet and a magnet-sized iron are attached to the ring connecting the PC fan and the fans ( A rotor with Ion and coil installed, and a stator with magnet and magnet-sized iron and coil installed outside the PC fan frame. And the development that formed

(heat sink) 2(2connected Turbine; Duct Turbine(2) connected to the cooling pipe by forming the bend pipe connecting the cooler generated by the small PC fan to the (cool) cold water pipe side to the heat sink and connecting the translator (a) and nieunza (b). Duct Turbine) and the air turbine (Air Turbine combined turbine) return to the counter-cooled tube and counter-warmed tube to form the required temperature.

A 2(2connected Turbine) Duct Turbine that forms a bend pipe connecting a translator (a) and a nieunza (b) to the (cool) cold water pipe installed in an air temperature control device using a Peltier element and erected on each bend pipe. ) And air turbine (turbine combined) Rotor on the rotating shaft, magnet on the stator, and magnet-sized iron and coil (Peltier module) ) This is a method of manufacturing an air temperature control device using a heating element.

Figure 5 is the explanatory diagram drawn by combining the block structure generator stator outside the slope of the fan in Figure 2; It is an explanatory diagram drawn by adding a generator stator in which a magnet and a magnet-sized winding are installed on the side of the rotor, in addition to the auxiliary suction 2 sum turbine structure generator with a short fan in FIG.

(Patent Document 57) Equipment required for other uses of Drone 10-2018-0028169 in the propeller collected from the propeller and connected to the control tube (propuller) and the propeller and the motor 2 (air turbine combined) Turbine) refers to a generator with a magnet installed with a magnet connected to the ends of the fans in the turbine, and a stator installed outside the ring.

The present invention is a rotor that installs a coil on a magnet and a magnet-sized iron that connects the ends of fans that connect each wing (fan) of the drone to the propeller of the drone. ) Send air through a generator and a propeller composed of a reinforcing rod with a stator with a coil installed on a magnet and a magnet-sized iron on the outer square surface. The contact surface (cool, hot) of the power generation element that does not put electricity in the peltier module that blows compressed air into the power generation turbine installed on the shaft of the bidirectional motor to collect wind and turns the turbine with the compressed air force of the wind (cool, A rotor that installs a coil on a fan that installs a turbine-type generator with a motor controlled by hot on both sides, and a magnet-sized iron. ), which consists of installing a stator with a coil installed on the side of the ribs of the outer reinforcing bar of the magnet and a magnet-sized iron.

As a third embodiment, a rotor is installed in a magnet and a magnet-sized iron connected to the end of the fans connecting the drone's propeller to each drone's propeller. On the side of the ribs of the outer reinforcement of the Rotor, the generator is installed with a stator with a coil installed on a magnet and a magnet-sized iron.

A turbine structure generator (Turbine) that sends air to the propeller under the drone's propeller and blows compressed air into the power generation turbine installed on the shaft of a two-way motor to collect wind and turn the turbine with the compressed air force of the wind type Generator) forms a rotor with a coil installed on a magnet and a magnet-sized iron in the ring connecting the fan and the fan, and the outer surface of the rotor A two-way air turbine that forms a normal (air) turbine between a two-duct turbine and a stator with a coil installed on a magnet and a magnet-sized iron To form

A magnet and a magnet are installed on both sides of a turbine type generator having a motor that is controlled by a contact surface (cool, hot) of a power (cool, hot) element that does not include electricity in the peltier module. ) A coil is installed on the iron of size and a magnet is installed on the side of the ribs of the outer reinforcement of the rotor, and a coil is installed on the iron of magnet size. Manufacturing two-way motors and generators that form a stator

In the present invention, the three embodiments are installed on both sides of the bi-directional motor, and the propeller and the regulator installed on both propellers can completely change the flight direction of the drone, and are separately requested for examination. Drone's propeller to the drone's propeller The magnet that connects each fan (fan) to the end of the magnet (Magnetic), the magnet (Magnetic) size of the iron (Ion) with a coil (Coil) installed on the outside of the rotor Both sides of the bi-directional motor, sending air through a generator and a propeller composed of a reinforcement with a stator installed with a coil installed on a magnet and a magnet-sized iron It is controlled by the contact surface (cool, hot) of the power generation (cool, hot) element that does not put electricity in the peltier module that blows compressed air into the power generation turbine installed in (Shaft) to collect wind and turn the turbine with the compressed air force of the wind. A rotor that installs a coil on a magnet and a magnet-sized iron in a fan that places the turbine-type generator with a motor to be placed on both the bottom and the top. ) On the side of the ribs of the outer reinforcing bar, a stator with a coil installed on a magnet and a magnet-sized iron

4 As an example , a rotor that installs a coil on a magnet and a magnet-sized iron (Ion) that connects the ends of the fans connecting the drone's propeller to each drone's propeller (fan). Forming a generator with a stator with a coil installed on a magnet and a magnet-sized iron on the side of the ribs of the outer reinforcement of the rotor.

Air is sent to the propeller under the drone's propeller, and the propeller connected to the regulator installed on the shaft of the bidirectional motor is blown by compressed air outside the power generation turbine to collect wind and compress the wind. The turbine type generator that turns the turbine with the generated air power is a rotor that installs a coil in a magnet and a magnet-sized iron in the ring connecting the fan and the fan. ) And a stator with a coil installed on the magnet and magnet-sized iron on the outer surface of the rotor and between the two duct turbines. Air) to form a 2 go air turbine that forms a turbine

A two-way motor having a motor that is controlled by the contact surface (cool, hot) of the power (cool, hot) element without electricity in the peltier module, and the ends of the fans that connect each wing (fan) of the drone's propeller to both sides of the motor shaft. Magnet, magnet-sized iron (Ion), and a winding (Coil) installed in the rotor (Rotor) of the outer reinforcement of the ribs on the side of the magnet (Magnetic), magnet (Magnetic) iron (Ion) ) A stator with a coil installed on it, a generator installed, sends air to a propeller under the drone's propeller, and a propeller connected to the regulator installed on the shaft of a bidirectional motor. Turbine type generator, which blows compressed air to the outside of the power generation turbine to collect wind and turns the turbine with the compressed air power of the wind, is a magnet and magnet size in the ring connecting the fan and the fan. To form a rotor with a coil installed on the iron, and a coil on the outer surface of the rotor, and a coil of magnet size iron. It is to manufacture a generator that forms a two-way air turbine that forms a general (air) turbine between the two duct turbines and the installed stator.

Figures 8a and 8b are explanatory diagrams with 3 figures 7 installed, and figure 9 is an explanatory diagram with Figures 7 placed in Figure 6, and figure 10 is an explanatory diagram and Figure 11 with orientation adjusting props placed in Figure 6 in both directions. Installing Figure 10 in four places Explanatory drawing and Figure 12 are explanatory diagrams of drones in which Figure 10 is installed on four legs and Figure 13 is an explanatory diagram in which four Figures 12 are installed together.

(Patent Document 63) The generator of wheel(s) with Bicycle}10-2020- 0052638 and (Patent Document 68) generator installed on the boat{The Generator with Boat} 10-2020-0055932 refers to a wind power generator that combines 2 air turbines (air, ducts) and sends them under a t-shirt (T), where the reuse of wind is where another propeller is formed. This is a combined air turbine (air, duct) that allows the propeller to collect wind and reuse it.

In the present invention, two two-air air turbines (air, duct) are combined to send air to a T-propuller, and compressed air is blown into a power generation turbine installed on a shaft of a two-way motor. Turbine type generator, which collects and turns the turbine with the compressed air force of the wind, is placed in the same fan on both the bottom and the top of the magnet, and the coil is wound on iron of magnet size. A stator with a coil installed on a magnet and a magnet-sized iron on the sides of the ribs of the outer reinforcement of the rotor

5 As an example , add 2 3 air turbines (air, duct) under the drone's propellers 2 to 3, and air with a propeller under the pipe connection of the T-structure. A turbine-type generator fan that collects wind by blowing compressed air into a power generation turbine installed in a two-way motor and turns the turbine with the compressed air force of the wind. A rotor installed with coil in (Ion) and a coil installed in magnet and magnet-sized iron on the sides of the outside of the rotor. The embodiment of manufacturing drone generators having a stator is gradually expanded.

Figure 14 a) shows the explanatory drawing and Figure 14 b) of the intermediate stabilizer installed on the propeller of Figure 6 and the generator stator installed with magnets and windings of magnet size iron on the side of the intermediate reinforcement (rotor). The explanatory diagram and FIG. 14 c) in which only the intermediate reinforcement is installed on the propeller of a) is an explanatory diagram in which the intermediate reinforcement is installed only on the upper surface of the propellers of FIGS. 6 and 14 a).

In the sixth embodiment, to reduce damage when landing the propeller of the drone and to increase the power generation, the reinforcement (ring) in the middle of the long propeller and the winding in the magnet (Ion) of the magnet (Magnetic) in the reinforcement (Coil) ) To form a rotor (Fig. 14 a) by installing an intermediate reinforcing agent on the propeller of Fig. 6 and adding a magnet on the side of the intermediate reinforcing agent (rotor) and a generator stator with windings of magnet size iron. Green explanatory drawing and drawing 14 b) is drawn by adding only one side (lower side) of the intermediate reinforcement to the propeller of FIG. 6, and the generator stator installed with magnets and windings of magnet-sized iron on the side of the intermediate reinforcement (rotor). c) is an explanatory diagram drawn by adding the intermediate stator to the propeller of Fig. 6, and the generator stator installed with the magnet and the magnet-sized wire on the side of the intermediate stiffener (rotor).

Claims (6)

(Patent Document 70) The generator installed in the air and water conditioner control device using a Peltier element {The Generator installed in air and water conditioner control device using Peltier modules} citing 10-2020-0062927
In the present invention, when a peltier module is used as a cooling (hot) element, (cool, hot) heat sinks are generated in the (cool, hot) cooling and heat water pipes in which a small pump is installed in each water tank connected to the cooling and heat water pipes. (cool) having a cooling plate and a heating plate through which a hot water pipe passes is provided with a nano-carbon heating fiber
When using two or more Peltier modules (heating elements) that use air and water conditioners as some of the Peltier modules without electricity (cool, hot) devices (Peltier module) power generation (cool, hot) devices When the cooling (hot) device plate surface of the (cool, hot) water pipe is attached to one side of the cold and heat plate where the water pipe flows, and the direction of the motor is reversed (Peltier module) ㆍConsisting of a touch of a lever or a button attached to the back of a thermal plate
When the peltier module is used as a cooling (hot) element, a small pump is installed in the water tank where each external water pipe connected to the (cool, hot) cooling and heat water pipes and the water pipe to go out are installed and connected to the water pipe. As a device to control the direction of motor rotation of drones using cold and hot water in both directions,
In one embodiment, two hot pads are installed on the hot side of the Peltier element, and hot plates are installed on the cold side and cold sick pipes are cold on the cold side. The Peltier element is a Peltier element that is a drone installed as a generator that changes the rotational direction of the (propeller) motor by generating air through a hot and cold hot plate that is season-oriented with a water tank and double piping and generating power by a temperature difference. When used as a power (cool, hot) element without electricity in the module (Peltier module), the power (cool, hot) element of the power (cool, hot) element of the cooling and heat plate through which the (cool, hot) water pipe flows When attaching to one side and reversing the direction of the motor, the (Peltier module) is a method of manufacturing by using the touch of a lever or button attached to the back side of the cooling and heat plate of the (cool, hot) water pipe. In the above [claim 1],
(Patent Document 70) The generator installed in the air and water conditioner control device using a Peltier element {The Generator installed in air and water conditioner control device using Peltier modules} citing 10-2020-0062927
The present invention is a 2 (2connected Turbine; Duct Turbine (Duct Turbine) and a turbine combining air turbine (Air Turbine)) air cooling regulator using a magnet or a ring (Magnetic) to the ring connecting the fans or fans of the rotor shaft The size of the iron (Ion) and winding (Coil) is installed on the back of the fan or the ring as a rotor configuration and
(Peltier module) It is formed between the cold air layer and the warm air on both sides of the power (cool, hot) device, and the opposite of the cold air and the warm air that uses warm air and cold air is discharged. (cool) When installing a small PC fan on a heat sink heating plate in a cold water pipe, a magnet, a magnet-sized iron and a coil are installed in the ring connecting the PC fan and the fans. To form a rotor and to form a stator with magnet, magnet size iron and coil outside the PC fan frame.
(heat sink) 2(2connected Turbine; Duct Turbine(2) Duct Turbine) and the air turbine (Air Turbine combined turbine).
Example 2 (Peltier module) It is formed between the cold air layer and the warm air on both sides of the power (cool, hot) device and uses the output of warm air and cold air. It forms and discharges the air at the required temperature, and when installing a small PC fan on the heat sink of the (cool) cold water pipe, a magnet and a magnet-sized iron are attached to the ring connecting the PC fan and the fans ( A rotor with Ion and coil installed, and a stator with magnet and magnet-sized iron and coil installed outside the PC fan frame. And the development that formed
(heat sink) 2(2connected Turbine; Duct Turbine(2) Duct Turbine) and the air turbine (Air Turbine combined turbine) return to the counter-cooled tube and counter-warmed tube to form the required temperature.
A 2(2connected Turbine) Duct Turbine that forms a bend pipe connecting a translator (a) and a nieunza (b) to the (cool) cold water pipe installed in the air temperature control device using the Peltier element and erected on each bend pipe. ) And air turbine (turbine combined) Rotor on the rotating shaft, magnet on the stator, and magnet-sized iron and coil (Peltier module) ) This is a method of manufacturing an air temperature control device using a heating element. (Patent Document 57) Propellers connected to a regulator that collects fish from a propeller and equipment 2 (air turbines combined with air turbines) in the propeller 10-2018-0028169 necessary for other uses of Drone ) Refers to a generator with a magnet installed with a magnet connected to the ends of the fans in the turbine and a stator installed outside the ring.
The present invention is a rotor that installs a coil on a magnet and a magnet-sized iron that connects the ends of fans that connect each wing (fan) of the drone to the propeller of the drone. ) On the outer surface of the magnet, a magnet and a magnet-sized iron (Ion) with a winding (Coil) installed on the stator (Stator) installed with a reinforcement consisting of a generator and a propeller (propuller) to send air in both directions The contact surface (cool, hot) of the power generation (cool, hot) element that does not put electricity in the peltier module that blows compressed air into the power turbine installed on the shaft of the motor to collect wind and turns the turbine with the compressed air force of the wind ) A turbine installed with a turbine-type generator having a motor controlled by a magnet on the fan, and a rotor on which a coil is installed on a magnet-sized iron. The structure of installing a stator with a coil installed on the side of the ribs of the outer reinforcement of the magnet and a magnet-sized iron.
As a third embodiment, a rotor is installed in a magnet and a magnet-sized iron connected to the end of the fans connecting the drone's propeller to each drone's propeller. Forming a generator with a stator with a coil installed on a magnet and a magnet-sized iron on the side of the ribs of the outer reinforcement of the rotor.
A turbine structure generator (Turbine) that sends air to the propeller under the drone's propeller and blows compressed air into the power generation turbine installed on the shaft of a two-way motor to collect wind and turn the turbine with the compressed air force of the wind type Generator) forms a rotor with a coil installed on a magnet and a magnet-sized iron in the ring connecting the fan and the fan, and the outer surface of the rotor A two-way air turbine that forms a normal (air) turbine between a two-duct turbine and a stator with a coil installed on a magnet and a magnet-sized iron To form
This is a method of manufacturing a bi-directional motor and a generator having a motor that is controlled by a contact surface (cool, hot) of a power (cool, hot) device that does not include electricity in a peltier module. In the above [claim 3],
(Patent Document 57) Propellers that collect fish from the propellers and connect them to the regulators in equipment 10-2018-0028169 necessary for other uses of Drone, and 2 (air turbines combined with propellers and motors) ) Refers to a generator with a magnet installed with a magnet connected to the ends of the fans in the turbine and a stator installed outside the ring.
The present invention is a rotor that installs a coil on a magnet and a magnet-sized iron that connects the ends of fans that connect each wing (fan) of the drone to the propeller of the drone. ) On the outer surface of the magnet, a magnet and a magnet-sized iron (Ion) with a winding (Coil) installed on the stator (Stator) installed with a reinforcement consisting of a generator and a propeller (propuller) to send air in both directions The contact surface (cool, hot) of the power generation (cool, hot) element that does not put electricity in the peltier module that blows compressed air into the power turbine installed on the shaft of the motor to collect wind and turns the turbine with the compressed air force of the wind Turbine type generator having a motor controlled by) is installed on the fan that is placed on both sides of the bottom and the top, and the coil is installed on iron of magnet size and magnet size. A structure in which a stator with a coil installed on a magnet and a magnet-sized iron is installed on the side of the ribs of the outer reinforcement of the rotor.
4 As an example , a rotor that installs a coil on a magnet and a magnet-sized iron (Ion) that connects the ends of the fans connecting the drone's propeller to each drone's propeller (fan). Forming a generator with a stator with a coil installed on a magnet and a magnet-sized iron on the side of the ribs of the outer reinforcement of the rotor.
Air is sent to the propeller under the drone's propeller, and the propeller connected to the regulator installed on the shaft of the bidirectional motor is blown by compressed air outside the power generation turbine to collect wind and compress the wind. The turbine type generator that turns the turbine with the generated air power is a rotor that installs a coil in a magnet and a magnet-sized iron in the ring connecting the fan and the fan. ) And a stator with a coil installed on the magnet and magnet-sized iron on the outer surface of the rotor and between the two duct turbines. Air) to form a 2 go air turbine that forms a turbine
A two-way motor having a motor that is controlled by the contact surface (cool, hot) of the power generation (cool, hot) element without electricity in the peltier module, and the ends of the fans that connect each wing (fan) of the drone's propeller to both sides of the motor shaft. Magnet, magnet-sized iron (Ion), the winding (Coil) is installed on the side of the ribs of the rotor (Rotor), the magnet (Magnetic), magnet (Magnetic) iron (Ion) ) A stator with a coil installed on it, a generator installed, sends air to a propeller under the drone's propeller, and a propeller connected to the regulator installed on the shaft of a bidirectional motor. Turbine type generator, which blows compressed air to the outside of the power generation turbine to collect wind and turns the turbine with the compressed air force of the wind, is a magnet and magnet size in the ring connecting the fan and the fan. To form a rotor with a coil installed on the iron, and a coil on the outer surface of the rotor, and a coil of the magnet-sized iron. This is a method of manufacturing a generator that forms a two-way air turbine that forms a general (air) turbine between a two-duct turbine and a stator. In the above claim 3 to claim 4,
(Patent Document 63) The generator wheel(s) with bicycle installed on a bicycle wheel (rotor) and a wheel cover (stator) 10-2020-0052638
(Patent Document 68) Citing a wind power generator that sends two air turbines (air, duct) together under the t-shirt (T) from a generator installed on a boat {The Generator with Boat}10-2020-0055932
The present invention combines three two-way air turbines (air, duct) under the drone's propeller to send air to the T-propuller and compresses air to the power generation turbine installed on the shaft of the bidirectional motor. A turbine-type generator that rotates the turbine with the compressed air force of the wind to blow the wind to collect the wind is placed on the same side of the fan on the lower and upper sides of the magnet (Magnetic), magnet (Magnetic) size of iron (Ion) A stator with a coil installed on a magnet and a magnet-sized iron on the side of the ribs of a rotor that has a coil installed on it That make up
5 As an example , add 2 3 air turbines (air, duct) under the drone's propellers 2 to 3, and air with a propeller under the pipe connection of the T-structure. A turbine-type generator fan that collects wind by blowing compressed air into a power generation turbine installed in a two-way motor and turns the turbine with the compressed air force of the wind. A rotor installed with coil in (Ion) and a coil installed in magnet and magnet-sized iron on the sides of the outside of the rotor. It is a method of manufacturing a generator forming a stator. In the above claim 3 to claim 4 to claim 5,
The present invention is a rotor that installs a coil on a magnet and a magnet-sized iron that connects the ends of fans that connect each wing (fan) of the drone to the propeller of the drone. To quote a generator composed of a reinforcing rod with a stator installed with a coil installed on a magnet and a magnet-sized iron on the outer surface of ).
Drone's propeller to the drone's propeller Each ring (fan) is a magnet that forms a ring that is formed close to the center and the center and the ends of the fans (Magnetic), the magnet (Magnetic) size of iron (Ion) winding ( It consists of a stator installed with a coil on a magnet and a magnet-sized iron on the surface of the reinforcing bar below and above the rotor where the coil is installed.
6 As an example , a magnet and a magnet size are formed in the rings formed by the rings connecting the fans connecting the drone's propellers to each drone's propellers (fans) on the ends of the fans and the rings formed close to the middle and central axes. A stator with a coil installed on the side of the ribs of the outer reinforcement of the rotor with a coil installed on the iron of the magnet, and a coil on the iron of the magnet size. This is a method of manufacturing a generator with (Stator) installed.

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