KR20220056159A - A generator connected to a steam cleaner (powered by a steam turbine with a super heater) and Air filter (air intake, cold and hot air exhaust) A system that combines an air purifying facility and an ice maker in conjunction with an air turbine - Google Patents

Abstract

The present invention relates to a hot and cold air discharge and ice maker system to supply hot and cold water quickly and supply ice easily. According to the present invention, the hot and cold air discharge and ice maker system combines a steam cleaner, a generator, an air filter device, a heat sink of Peltier element (fi) and nano heating fiber with a cold/hot air and cold/hot water supply device and an ice maker.

Description

Driving the steam turbine by supplying electric power to the steam house super heater in the water tank, installing generators in the steam cleaner that supplies steam to the super heater, installing air filters in the inlets of the air turbine, and cooling and heating using Peltier elements A generator connected to a steam cleaner (powered by a steam turbine with a super heater) and Air filter (air intake, cold and hot air exhaust) A system that combines an air purifying facility and an ice maker in conjunction with an air turbine}

1. Steam cleaner (SC) used as a shelf, house (whc) generator (G) and

2. Air conditioner (super heater (sh) steam turbine (st) hot (high speed, wide space) and Peltier element (fi) hot and cold air (ice maker)

3. Install the air filter (af) case (afc) on the upper end of the air turbine (at) that is installed in contact with the window (d) or the air ventilator (ac), and the air intake and exhaust air filter (af) case (afc) By installing an air filter (af) recruitment case (afa) at the bottom of the

(Patent Document 14) (Pressure Air) Turbo Engine 10-2005-0131732

(Patent Document 15) In addition to the self-continuous air pumping jet device (I), the mainspring (V), the rotating continuous percussion air launcher (II), the air compressor (III), the air compressor (IV), and the magnet engine (VI) System with battery (VII), throttle (VIII) and heating wire (IX) 10-2005-0131733

(Patent Document 16) (Pressure Air) Turbine 10-2005-0133691,

(Patent Document 21) Pressure Air Turbine Engine 10-2007-0037258

(Patent Document 22) (Pressure Air) Turbo engine 10-2007-0037259

(Patent Document 28) Magnet engine using repulsive force of the same pole surface 10-2013-0046075

(Patent Document 29) Generator using air turbine engine, magnet engine (bearing) and compressed air launcher 10-2013-0049703

(Patent Document 30) Compressed Air Turbine 10-2013-0073137

(Patent Document 31) Compressed air launcher 10-2013-0135265

(Patent Document 32) Composite device of an air pumper that installs on the rotating shaft of a machine and interlocks and repeats the floor boards built into air tanks, an air ring tube, and a pipe that connects where compressed air is needed 10-2014-0113976

(Patent Document 33) "Compressed air pumping device" and "compressed air launcher" and "magnet engine using the same polar repulsion force", "generator" and "spring spring" using a "compressed air turbine" with built-in electric heating wire case" as a starter, and a combined device of water and air condition and steam engine using "steam tank and steam turbine with built-in electric heating wire" 10-2015-0002033

(Patent Document 37) Electromagnets and permanent magnets of the same polarity as that of compressing the spring inside the cylinders of the compressed air launcher with an air pumper and an air tank installed on the rotating shaft of the machine and installed on the rotating shaft when the rotating shaft rotates. 10-2015-0021433 Compressed air launcher with built-in compressed air generator

(Patent Document 40) Turbine combining air turbine and duct turbine 10-2016-00711

(Patent Document 62) Generator installed on the wheel (rotor) and wheel cover (stator) of riding equipment such as quick board {The Generator of wheel(s) with Kickboard(etc)} 10-2020-0052213

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

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

(Patent Document 65) Generator installed on bicycle and rear carrier {The Generator of wheel(s) with Bicycle and Rear Carrie} 10-2020-0053666

(Patent Document 66) Generator installed on a water board {The Generator with Aqua board} 10-2020-0054507

(Patent Document 67) Generator installed in health vehicle {The Generator with Health Vehicle} 10-2020-0055267

(Patent Document 0068) Generator installed on a boat {The Generator with Boat} 10-2020-0055932

(Patent Document 0069) Generator combining an air turbine structure generator and a wheel structure generator using a water wheel and an air compressor {Air Turbine type Generator connected Wheels type Generator used by Falling water & Air Compressor } 10-2020-0056031

(Patent Document 0070) Generator installed in air and water conditioner control device using Peltier element {The Generator installed in air and water conditioner control device using Peltier modules } 10-2020-0062927

(Patent Document 0071) "Air turbine structure generator" and "generator combining wheel structure" are applied to "generator using a heating element" A drone equipped with a bidirectional motor (bidirectional propeller) combined with a bidirectional air propulsor {Drone with generators that change the rotation direction of the propeller motor using the Peltier element as a power generation element} 10-2020-0073012

(Patent Document 0072) Drone equipped with the Fanless bidirectional the Jet engine (other than the Propullor) that overcomes the inertia suitable for the propulsion of the reverse motor (bidirectional propeller) the inertia suitable for the propulsion of a bidirectional Motor (bidirectional propeller) - similar to a slow Scram jet 2type & with a directional Motor similar to a slow Scram jet 1 type } 10-2020-0080402

(Patent Document 0073) Manufacturing technology of installing a motor-equipped aircraft air thruster and a drone equipped with a propeller on a motorcycle in which a rotor and a drip tray stator generator are installed on a motorcycle wheel that meets the rating of an electric motorcycle motor) {A power generation motorcycle in which a rotor and a stator generator in a drip tray are installed on a motorcycle wheel that meets the rating of the electric(Generator) motorcycle motor. Aircraft propulsor and drone propulsor are installed as options} 10-2020-0110057

(Patent Document 0074) Autoaircraft consisting of an aircraft air propulsor equipped with a motor installed on an electric motorcycle and a mounted propulor {The auto aircraft propullor and drone propulsor are installed as options electric (Generator) motorcycle motor} 10-2021-0011018

(Patent Document 0075) Large equipment made of air layers blocks to prepare for and respond to landslides (earth slide, mudslide)} 10 -2021-0023260

(Patent Document 0076) Electric airbus {The airbus electric (Generator)} 10-2021-0037914

(Patent Document 0077) A device that collects fire smoke, volcanic fumes and ash installed in airbus electric (Generator) } 10-2021-0039765

(Patent Document 0078) Electric air car {The aircar electric (Generator) } 10-2021-0042049

(Patent Document 0079) Auxiliary wings and auxiliary door devices to rescue airbus electric (Generator) from strong winds and typhoons } 10-2021-0048062

(Patent Document 0080) An electric board with a large number of rotor wheels and a large number of stator wheel generators on a motorized shaft } 10-2021-0054360

(Patent Document 0081) The medical electric board {The medical electric board} 10-2021-0068477 as a reference to the literature related to the drive means, shaft and turbine

(Patent Document 0082) 4 air turbine: On the shaft of the air turbine 1. Inner cylinder of inner fans and 2. Outer cylinder of outer fans 3. Both 1. Inner cylinders and 2. Duct to outer fans between the outer cylinders Fans and duct inlet 4 1. Inner cylinders and 2. Between outer cylinders of outer fans 3. Blades and blades on duct fans (4 connected fans on an axle turbine : 1. The inner fans on the axle in inner cylinder, 2. The outer fans on the axle in outer cylinder &3. The duct fans on the outer fans inside in 2 outer cylinders and 2 inner cylinders, 4. The blades on the duct fans ring in the duct with an inlet and an oulet with another Cylinder) 10-2022-0024604

The turbines are applied as steam (steam) turbines and are cited as generators by citing a simple installation system, air and water control devices, and circulating systems.

To generate or operate a steam engine or steam turbine with electric power, use a superheater whose temperature rises to 1700 degrees Celsius by maintaining it below the appropriate temperature of 366 degrees Celsius used in thermal power generators.

Two steam tanks are alternately used as a set and are continuously used. Small steam (steam) tanks are installed in one water tank, and three steam (steam) turbines are arranged in three rows and a rotor is used.

Unlike the above turbines, a steam (steam) turbine is used, and in the above generator, magnets and electromagnets are installed on the rotor and stator, but here, a frame is formed and specifically produced, showing how to install magnets and electromagnets. It was changed so that it is convenient to install and use even if the winding method of each winding is different in production.

Citations of previously filed patent documents by the present inventors: roller blade application number; 10-1998-0048116 roller blade 10-1999-0048488 Automatic opening and closing device for automobile doors, roofs and windows 10-2001-0073605 roller blade 10-2004-0113407 Automatic opening and closing device for automobile roof, door, window and rear glass 10-2005-0026107 Award Board 10-2005-0093462 Backpack 10-2005-0105375 Versatile fitness bike. 10-2005-0115428 In addition to the vehicle's brake system, auxiliary legs and auxiliary wheels for turning forward and backwards, difficult courses on auxiliary wheels (snow fields and deserts), auxiliary legs and auxiliary wheels with a device to smooth water 10-2005-0117341 A device that converts elastic air pockets into rotation means and self-pumping air compression (air compression) means by peristaltic reciprocal motion 10-2005-0117342 Rotary continuous percussion air launcher 10-2005-0119308 Magnet engine using repulsive force of the same pole 10-2005-0128802 Manual winding rod or manual winding stick 10-2005-0128803 (Pressure Air) Turbo Engine 10-2005-0131732 Self-continuous air pumping jet device (I), mainspring (V), rotating continuous blow air launcher (11), air compressor (III), air compressor (IV), battery (VII) with magnet engine (VI); System with throttle (VIII) and heating wire (IX) 10-2005-0131733 (Pressure Air) Turbine 10-2005-0133691 Multi-purpose Huns 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 repulsive force of the same pole 10-2007-0037260 Backpack with detachable back and bag with shoulder straps 10-2008-0016259 Award Board 10-2008-0022573 Electric yaw or gas yo to assemble and separate with electric concave molds or gas concave molds 10-2009-0093893 Automatic opening and closing device for automobile roof, door, window and rear glass 10-2010-0081244 Magnet engine using repulsive force of the same pole 10-2013-0046075 Generator using air turbine engine, magnet engine (bearing) and compressed air launcher 10-2013-0049703 Compressed Air Turbine 10-2013-0073137 Compressed Air Launcher 10-2013-0135265 Composite device of Air Pumper, which is installed on the rotating shaft of the machine to interlock and repeat the floor boards built into air tanks, and a pipe that connects the air ring tube and compressed air to the place where compressed air is needed 10-2014-0113976 "Compressed air pumping devices" and "compressed air launchers" and "magnet engine using the same polar repulsion force", "generator" using "compressed air turbine" with built-in electric heating wire and "spring case" as starters Composite device of water condition and air condition and steam engine applying "steam tank and steam turbine with built-in electric heating wire" 10-2015-0002033 scaffold board 10-2015-0002034 Backpack with detachable back and bag with shoulder strap 10-2015-0016202 Award Board 10-2015-0016203 It is installed on the rotating shaft of the machine and when the rotating shaft rotates, it is an air pumper installed on the rotating shaft of the machine and a compressor made of an air tank. Compressed air is created using an electromagnetic magnet and a permanent magnet of the same pole as the compression of the spring inside the cylinders of the compressed air launcher. Compressed air launcher with built-in device 10-2015-0021433 System with 'Air, Steam Turbine Engine', 'Water Tank & Boiler System', 'Air, Water, Steam Propulsor' for ship's steering system 10-2015-0031408 Backpack with kite, parachute and wings 10-2016-0071178 Combined air turbine and duct turbine 10-2016-0071179 Aircraft with several devices and controls for flying with air propellants formed by a combination of different types of air turbines 10-2016-0090125 A road that uses a combination of a scaffolding and an air furnace combined with 3 different air turbines installed in A prefabricated furnace to reduce damage to landslide areas, shafts and earthquakes, recycle heavy water and solve snow and ice (road) 10-2016-0121920 Triple Air Buffer Guard 10-2017-0007916 Triple air cushioning protective suit 10-2017-0012857 Air-buffered double protective gloves 10-2017-0014210 Multi-air cushioning helmet 10-2017-0014211 Multi-air cushioning shoe protection (overshoes, shoe covers, soles) stand 10-2017-0015524 Multi-air buffer boat 10-2017-0015985 Scaffolding board for riding in the snow 10-2017-0023691 Protective equipment using air layer 10-2017-0125853 A backpack with wings and a deformable outer body (door, roof) frame and body (door, roof) and an airplane with more wings 10-2017-0133894 Devices using the body frame and the winged backpack and the deformable external body (door, roof, floor) frame and the equipment of the winged aircraft 10-2017-0137338 Protective equipment using air layer 10-2017-0149595 Various equipment including sail wings of air layers 10-2018-0010890 Scaffolding board that can be ridden on water and on land at the same time 10-2018-0023789 Individual sled with plate wings of air layers and different types of wings 10-2018-0024283 Equipment needed for other uses of the Drone 10-2018-0028169 {The health boat} 10-2018-0031520 {The secure ships & equipments of the Aqua accident} 10-2018-0034283 Equipment needed to reduce of (ultra)fine dust} 10-2018-0039921 The secure equipments needed to fire combat} 10-2018-0107032 Generator of wheel(s) with Kickboard(etc)} 10-2020-0052213 63) The Generator of wheel(s) with Bicycle} 10-2020-0052638 {The Generator of wheel(s) with Footboard} 10-2020-0053218 {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 Generator installed on health vehicle {The Generator with Health Vehicle} 10-2020-0055267 {The Generator with Boat} 10-2020-0055932 A generator that combines an air turbine structure generator and a wheel structure generator using a water wheel 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 "Air turbine structure generator" and "generator combined with wheel structure" are applied to "generator using a heating element" and a two-way motor (bidirectional propeller) is combined with a two-way air propulsor. {Drone with generators that change the rotation direction of the propeller motor using the Peltier element as a power generation element} 10-2020-0073012 The Drone equipped with the Fanless bidirectional the Jet engine(other than the Propullor) that overcomes the inertia suitable for the propulsion of a bidirectional Motor(bidirectional propeller) - similar to a slow Scram jet 2type & with a directional Motor similar to a slow Scram jet 1 type } 10-2020-0080402 Manufacturing technology of installing a motor-equipped aircraft air thruster and a drone equipped with a propeller on a motorcycle in which a rotor and a drip tray stator generator are installed on motorcycle wheels that match the rating of the electric motorcycle motor) {A power generation motorcycle in which a rotor and a stator generator in a drip tray are installed on a motorcycle wheel that meets the rating of the electric(Generator) motorcycle motor. Aircraft propulsor and drone propulsor are installed as options} 10-2020-0110057 Autoaircraft consisting of an aircraft air propellor equipped with a motor installed on an electric motorcycle and a propulor mounted thereon {The auto aircraft propullor and drone propulsor are installed as options electric(Generator) motorcycle motor} 10-2021 -0011018 Large equipment made of air layers blocks to prepare for and respond to landslides (earth slide, mudslide)} 10-2021-0023260 Electric Airbus {The airbus electric(Generator)} 10-2021-0037914 {A device that collects fire smoke, volcanic fumes and ash installed in airbus electric (Generator) } 10-2021-0039765 The aircar electric(Generator) } 10-2021-0042049 {Auxiliary wings and auxiliary door devices to rescue airbus electric (Generator) from strong winds and typhoons } 10-2021-0048062 An electric board with a large number of rotor wheels and a large number of stator wheel generators on a motorized shaft} 10-2021- 0054360 Citing the driving means applied to the medical electric board, 10-2021-0068477, and the literature related to the shaft and turbine 4 air turbine: On the shaft of the air turbine 1. Inner cylinder of inner fans and 2. Outer cylinder of outer fans 3. Both 1. Inner cylinders and 2. Between outer cylinders, duct fans and duct inlet to outer fans and 4 1. the inner cylinders and 2. the outer fans between the outer cylinders 3. the blades on the duct fans and the blade outer formwork (4 connected fans on an axle turbine : 1. The inner fans on the axle in inner cylinder, 2. The outer fans on the axle in outer cylinder &3. The duct fans on the outer fans inside in 2 outer cylinders and 2 inner cylinders, 4. The blades on the duct fans ring in the duct with an inlet and an oulet with another Cylinder) 10-2022-0024604

The task of creating a multi-generator using the steam of the steam tank of a steam cleaner

Task to supply high-speed cold, hot air and water using Peltier element

The task of frequently replacing the air filter in a dense space

1. A steam cleaner used as a shelf (SC) house (whc)

Install multiple generators connected with belt rings to link generators using the steam tank of a steam cleaner, from 3 to 6

2.(Superheater (sh) steam turbine (st) heat (high speed, wide space), Peltier device (fi) heat sink and nano heating fiber to warm cold air and water supply means and ice maker

3. Install the air filter (af) case (afc) on the upper end of the air turbine (at) that is installed in contact with the window (d) or the air ventilator (ac), and the air intake and exhaust air intake and exhaust air filter (af) case (afc) Installation of air filter (af) recruitment case (afa) at the bottom of

1. A steam cleaner used as a shelf (SC) house (whc)

The effect of having a mini power plant by installing three to six multi-generators with belt rings connected to link generators using the steam tank of a steam cleaner and

2. (Superheater (sh) steam turbine (st) warm (high speed, wide space), Peltier element (fi) heat sink and nano heating fiber hot air and water supply means and ice maker

Effect of quickly supplying hot and cold water and easily supplying cold and hot air circulation system and ice

3. Install the air filter (af) case (afc) on the upper end of the air turbine (at) that is installed in contact with the window (d) or the air ventilator (ac), and the air intake and exhaust air filter (af) case (afc) Install an air filter (af) recruitment case (afa) at the bottom of the

1 is a generator house utilizing a steam tank of a steam cleaner implemented in the present invention, a heat sink of a Peltier element (fi), a means for supplying cold air and water to a nano heating fiber, an ice maker, and an air filter (af) case ( 3D drawing with afc) installed
Figure 2a) is a three-dimensional view showing a generator house using a steam tank of a steam cleaner, and Figure 2b) is a three-dimensional view showing a vacuum cleaner under the steam cleaner
Figure 3a) is a layout diagram of the steam (4 water tanks) tank in one water tank of the steam cleaner, and Figure 3b) is a three-dimensional view showing the layout of the steam (4 water tanks) tank in the generator house using Figure 3a) and the installation of the generator
Figure 4 is a layout view of a steam turbine formed in the upper steam tank when entering the steam cleaner house
Figure 5 is an explanatory view of installing the generators in Figure 4, and an explanatory view of the rotor frame and rotor
Figure 6 is a frame and stator explanatory view of the stator of Figure 4;
Figure 7 is Figure 4, Figure 7a) Magnet and fixture Figure 7b) Rotor frame and Figure 7c) Electromagnet explanatory diagram installed on the frame of the stator Figure 7d) Stator electromagnet explanatory diagram combining the rotor and 1/2
Figure 8a) is an explanatory diagram using an ice maker and steam to generate heat and cool air by installing a heater sink and nano-carbon heating fibers in a Peltier device, and Figure 8b) is a heating sink and nano-carbon heating fibers installed in a Peltier device to generate warmth and cold air generation and explanation diagram using ice maker and steam
Figure 9a) is an explanatory diagram using an ice maker and steam to generate heat and cool air by installing a heater sink and nano-carbon heating fibers in a Peltier device, and Figure 9b) is a heating sink and nano-carbon heating fibers installed in a Peltier device to generate warmth and cold air generation and explanation diagram using ice maker and steam
10 is an explanatory view showing a water supply system using an ice maker and steam, as well as generating warm and cold air by installing a heater sink and nano carbon heating fiber in a Peltier device;
Fig. 11a) is a view in which an air turbine and a duct turbine are combined, and Fig. 11b) is an explanatory view in which the air filter case and the waste air filter case are installed in Fig. 11a).
Explanation of symbols
Steam cleaner (SC) House (SCc) Generator (G),
Steam cleaning rod pipe (scp), super heater (sh), steam turbine (St), steam tank (stt), steam turbine (St) outer case (Stc), steam duct turbine (st3) shaft (sta), steam turbine (St) Shaft(1Shaft), Stator(S), Magnet(m), Iron(F), Electromagnet(em), Winding(CL), Wall(3), Shaft(Sf), Rotor(R), Wheel Belt Ring (6p), Belt (b), Hub (h), Stator (S) Frame (Sp)
Steam cleaner (SC),
1 water tank (W) 4 water tank (wt), sliding door (pd), vacuum tube (C), cleaning filter (F), suction tube (ip1), vacuum motor (mC), 4 wheels (h) motor (M1) , suction pipe (ip3), steam sprayer (s), steam spray motor (not shown)
Peltier element (fi)
Controller (5-2), 7-inch screen (scr), positive electrode (+), water pipe (wp), water pump (wp1), hot air fan (h9), cooling plate (icp), antifreeze (j), antifreeze water tank ( jt), heating plate (hp), steam tube (stp)
Hot and cold air pipe (ap) outlet (so), fan (fans) (f5), fan motor (m5), water tank (iwt3) (on), stainless steel water tank (iwt1) (cold), stainless steel ice tank (ss)
air turbine (aT), duct turbine (dt),
Motor (4M), air filter (af) case (afc), window (d), air fan (ac), air intake fan (fans) (aif), cylinder (c), cylindrical ring (cr), blade (b) ), duct clearance (dp), outlet (o), inlet (i)

In the present invention, several inventors have applied for a patent and several cases that have not been registered

(Patent Document 14) (Pressure Air) Turbo Engine 10-2005-0131732

(Patent Document 15) In addition to the self-continuous air pumping jet device (I), the mainspring (V), the rotating continuous percussion air launcher (II), the air compressor (III), the air compressor (IV), and the magnet engine (VI) System with battery (VII), throttle (VIII) and heating wire (IX) 10-2005-0131733

(Patent Document 16) (Pressure Air) Turbine 10-2005-0133691,

(Patent Document 21) Pressure Air Turbine Engine 10-2007-0037258

(Patent Document 22) (Pressure Air) Turbo engine 10-2007-0037259

(Patent Document 28) Magnet engine using repulsive force of the same pole surface 10-2013-0046075

(Patent Document 29) Generator using air turbine engine, magnet engine (bearing) and compressed air launcher 10-2013-0049703

(Patent Document 30) Compressed Air Turbine 10-2013-0073137

(Patent Document 31) Compressed air launcher 10-2013-0135265

(Patent Document 32) Composite device of an air pumper that installs on the rotating shaft of a machine and interlocks and repeats the floor boards built into air tanks, an air ring tube, and a pipe that connects where compressed air is needed 10-2014-0113976

(Patent Document 33) "Compressed air pumping device" and "compressed air launcher" and "magnet engine using the same polar repulsion force", "generator" and "spring spring" using a "compressed air turbine" with built-in electric heating wire case" as a starter, and a combined device of water and air condition and steam engine using "steam tank and steam turbine with built-in electric heating wire" 10-2015-0002033

(Patent Document 37) Electromagnets and permanent magnets of the same polarity as that of compressing the spring inside the cylinders of the compressed air launcher with an air pumper and an air tank installed on the rotating shaft of the machine and installed on the rotating shaft when the rotating shaft rotates. 10-2015-0021433 Compressed air launcher with built-in compressed air generator

(Patent Document 40) Turbine combining air turbine and duct turbine 10-2016-00711

(Patent Document 62) Generator installed on the wheel (rotor) and wheel cover (stator) of riding equipment such as quick board {The Generator of wheel(s) with Kickboard(etc)} 10-2020-0052213

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

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

(Patent Document 65) Generator installed on bicycle and rear carrier {The Generator of wheel(s) with Bicycle and Rear Carrie} 10-2020-0053666

(Patent Document 66) Generator installed on a water board {The Generator with Aqua board} 10-2020-0054507

(Patent Document 67) Generator installed in health vehicle {The Generator with Health Vehicle} 10-2020-0055267

(Patent Document 0068) Generator installed on a boat {The Generator with Boat} 10-2020-0055932

(Patent Document 0069) Generator combining an air turbine structure generator and a wheel structure generator using a water wheel and an air compressor {Air Turbine type Generator connected Wheels type Generator used by Falling water & Air Compressor } 10-2020-0056031

(Patent Document 0070) Generator installed in air and water conditioner control device using Peltier element {The Generator installed in air and water conditioner control device using Peltier modules } 10-2020-0062927

(Patent Document 0071) "Air turbine structure generator" and "generator combining wheel structure" are applied to "generator using a heating element" A drone equipped with a bidirectional motor (bidirectional propeller) combined with a bidirectional air propulsor {Drone with generators that change the rotation direction of the propeller motor using the Peltier element as a power generation element} 10-2020-0073012

(Patent Document 0072) Drone equipped with the Fanless bidirectional the Jet engine (other than the Propullor) that overcomes the inertia suitable for the propulsion of the reverse motor (bidirectional propeller) the inertia suitable for the propulsion of a bidirectional Motor (bidirectional propeller) - similar to a slow Scram jet 2type & with a directional Motor similar to a slow Scram jet 1 type } 10-2020-0080402

(Patent Document 0073) Manufacturing technology of installing a motor-equipped aircraft air thruster and a drone equipped with a propeller on a motorcycle in which a rotor and a drip tray stator generator are installed on a motorcycle wheel that meets the rating of an electric motorcycle motor) {A power generation motorcycle in which a rotor and a stator generator in a drip tray are installed on a motorcycle wheel that meets the rating of the electric(Generator) motorcycle motor. Aircraft propulsor and drone propulsor are installed as options} 10-2020-0110057

(Patent Document 0074) Autoaircraft consisting of an aircraft air propulsor equipped with a motor installed on an electric motorcycle and a mounted propulor {The auto aircraft propullor and drone propulsor are installed as options electric (Generator) motorcycle motor} 10-2021-0011018

(Patent Document 0075) Large equipment made of air layers blocks to prepare for and respond to landslides (earth slide, mudslide)} 10 -2021-0023260

(Patent Document 0076) Electric airbus {The airbus electric (Generator)} 10-2021-0037914

(Patent Document 0077) A device that collects fire smoke, volcanic fumes and ash installed in airbus electric (Generator) } 10-2021-0039765

(Patent Document 0078) Electric air car {The aircar electric (Generator) } 10-2021-0042049

(Patent Document 0079) Auxiliary wings and auxiliary door devices to rescue airbus electric (Generator) from strong winds and typhoons } 10-2021-0048062

(Patent Document 0080) An electric board with a large number of rotor wheels and a large number of stator wheel generators on a motorized shaft } 10-2021-0054360

(Patent Document 0081) The medical electric board {The medical electric board} 10-2021-0068477 as a reference to the literature related to the drive means, shaft and turbine

(Patent Document 0082) 4 air turbine: On the shaft of the air turbine 1. Inner cylinder of inner fans and 2. Outer cylinder of outer fans 3. Both 1. Inner cylinders and 2. Duct to outer fans between the outer cylinders Fans and duct intake and 4 1. Inner cylinders and 2. Between outer cylinders of outer fans 3. Blades and blades on duct fans (4 connected fans on an axle turbine : 1. The inner fans on the axle in inner cylinder, 2. The outer fans on the axle in outer cylinder &3. The duct fans on the outer fans inside in 2 outer cylinders and 2 inner cylinders, 4. The blades on the duct fans ring in the duct with an inlet and an oulet with another Cylinder) 10-2022-0024604,

The turbines are applied as steam (steam) turbines and are cited as generators by citing a simple installation system, air and water control devices, and circulating systems.

To generate or operate a steam engine or steam turbine with electric power, use a superheater whose temperature rises to 1700 degrees Celsius by maintaining it below the appropriate temperature of 366 degrees Celsius used in thermal power generators.

Two steam tanks are alternately used in one set and used continuously. Small steam (steam) tanks are installed in one water tank, and three rows of steam (steam) turbines are arranged and the rotor is used.

Unlike the above turbines, a steam (steam) turbine is used, and in the above generator, magnets and electromagnets are installed on the rotor and stator, but here, a frame is formed and specifically produced, showing how to install magnets and electromagnets. Even if the winding method of each winding is wrong during production, it has been changed so that it is convenient to install and use,

A steam cleaner is connected to a generator to generate electricity to the building, and supply and surplus electricity can be sold, and a water heater, warm, cold, and ice can be supplied. and

Although it cannot lead air circulation, it is intended to install a system that helps ventilate a place where pathogens can live by supplying filtered air.

This is explained in detail through drawings.

1 is a generator house using a steam tank of a steam cleaner implemented in the present invention, a heat sink of a Peltier element (fi), a means for supplying cold air and water to a nano heating fiber, an ice maker, and an air filter (af) case ( a three-dimensional road with afc)

Steam cleaner (SC) A steam cleaner (SC) that drives the steam turbine (st) by supplying electric power to the super heater (sh) of the steam tank (St) and drives the steam turbine (st) with the super heater (sh) ) with generators (G) and air filter (af) and air intake, cold and hot air exhaust and ice maker system

1. Steam cleaner (SC) used as a shelf (whc) generator (G) and

2.Air conditioner (super heater (sh) steam turbine (st) hot (high speed, wide space) and Peltier element (fi) hot and cold air (ice maker)

3. Install the air filter (af) case (afc) on the upper end of the air turbine (at) that is installed in contact with the window (d) or the air ventilator (ac), and the air intake and exhaust air intake and exhaust air filter (af) case (afc) The air filter (af) recruitment case (afa) was installed at the bottom of the

Figure 2a) is a generator house using a steam tank of a steam cleaner, Figure 2b) is a three-dimensional view showing a vacuum cleaner under the steam cleaner, Figure 3a) is a layout view of the steam (4 water tanks) tanks in one water tank of the steam cleaner, Figure 3b) is a three-dimensional view showing the layout of the steam (4 water tanks) tank in the generator house using Figure 3a) and the installation of the generator, and Figure 4 is a layout diagram showing the steam turbine in the upper steam tank when entering the steam cleaner house

The steam cleaner (SC) house (SCc) steam power generation system:

The generator (G) of 3 rows and 2 rows (2nd stage) is installed with the generators (G) extended to the steam duct turbine (st3) shaft (sto) at the top of the steam cleaner (SC) house (SCc), but the battery Air turbine (at) motor (atm) and filter (f) (50 pieces) automatic replacement pressure sensor (hc) combined with distributor (be) and air duct turbine (ad) that can transmit power to (B) and to the outside A 7-inch screen with a controller (5-2) with built-in AI (TPU, CPU (cp)) that is wired with each indicator led light (le), ICT device (ice) and controller (cc) and automatically adjusted by smart input (scr) provided in the steam cleaner house (SC) and adjusted;

1. Power is supplied to the super heater sh with the four steam houses (stc) of the steam cleaner (SC) in the exterior of the four steam (case) houses (stc) of the steam cleaner (SC). Air conditioner (super heater) that drives the steam turbine and works with the steam cleaner (SC) house (SCc) generator (G) used as a shelf for the steam cleaner (SC) house (SCc) generator (G) Installing in contact with the hot heat (high speed, wide space) of the steam turbine and the hot and cold air (ice maker) (ic) of the Peltier element (fi) and the window (d) or the air fan (ac) to suction and discharge air ;

In the steam cleaner (SC) water tank (W), each of the super heaters (sh) is externally installed in the four steam (case) houses (stc) in four small steam (case) houses (stc), and the super heaters The four steam (case) houses (stc) in which the super heater (sh) is installed in the house (stc) that covers (sh) are installed below the water level in one water tank (W), and the four super heaters ( sh) and the steam cleaner (SC) 1. In the lower part of the water tank (W), 1. a motor (1m) and an air intake fan (aif) are installed on the shaft (A) of the 1. motor (1m) and 1. A vacuum tube (C) is installed in the front part of the fan (aif) of the motor (1m) shaft (A), a cleaning filter (F) is installed in the vacuum tube (C), and the steam cleaner (SC) ) Install a door on the side and replace the cleaning filter (F) with the door, and in the front part of the cleaning filter (F) of the vacuum tube (C), the steam cleaner (SC) front of the flexible tube (fp) or suction tube (ip) ) having a protruding passage (p0) to install and 1. The electric wire (el) connected to the motor (1m), the temperature sensor (o) of the steam tank (stt), the temperature controller (oc), and the water contact sensor ( w), a water level indicator (wc), a motor (M1) for driving 4 wheels (h), a motor (1m) for creating a vacuum in the steam cleaner (SC), and the suction pipe on the side of the steam cleaner (SC) (ip), the steam sprayer (s), and the steam sprayer (s) to form a connecting rod mop (q) cradle (99);

Air pressure sensor (hc) for automatic replacement of air turbine (at) combined with air duct turbine (ad) and air filter (af) (50 pieces), LED indicators (le), ICT device (e) and controller (cc) and a controller (5) with a built-in CPU (cp), which is wired with a button or automatically controlled by a smart input, a 7-inch screen (scr) to the steam cleaner (SC) externally to the steam cleaner (SC) When cleaning, cleaning and music to be able to hear;

The steam cleaner (SC) house (SCc) generator (G) generates steam from four small steam (case) houses (stc), and the generated steam is one water tank ( When cleaning in W), it is sent to the steam sprayer (s) for steam cleaning.

The steam cleaner (SC) house (SCc) generator (G) generates steam from the four small steam (case) houses (stc), and the generated steam is sprayed into one water tank, and four small steam (case) When steam is sprayed into one water tank from the house (stc), a steam turbine (1Shaft) is formed at the top of each of the four small steam (case) houses (stc), but the A large device by connecting to a steam turbine to generate steam sequentially every 25 to 30 minutes by predicting in advance when the temperature will exceed 360 to 366 degrees when the temperature is appropriate It was designed to use more power produced than consumed power while avoiding the power consumption.

Steam power generation system:

1 Install the shaft (Sf) hub (h) at the inlet of the cylinder (c) of the steam turbine (St) at the top of each of the four small steam (case) houses (stc) sent to the water tank, and the shaft (Sf) ) in each of the four small steam (case) houses (stc) are generated and then discharged between the cylinders at regular intervals between the shaft (Sf) hub to connect the cylindrical rings (cr) (7) and install the cylindrical rings (cr) to which the ends of the spokes (7) are connected, install the blades (b) at regular intervals outside the cylindrical ring (cr), circumferentially the blades (b), and the steam turbine (st) Connect the duct pipe (dp) that connects the outer case (Stc), and connect the steam pipe (stp) at the outlet (o) and the inlet (i) of one water tank (wt) to connect the shaft (Sf) Drive and install the shaft (Sf) hub at the outlet of the inner cylinder (c) of the duct turbine (dt), and form the rotors (R) in a place where the shaft (Sf) is extended and installed,

In the form of wheels for power generation that circumferentially the shafts (Sf)

Between the rotors (R) and the rotors (R) there is a gap in the shaft (Sf) and the winding (CL) on the iron (F) of the size of the magnet (m) and the magnet (m) The winding (CL) on the iron (F) of the size of the magnet (m) and the magnet (m) that surrounds the stators (S) and the rotor (R) and the stators (S) Forming the stator (S) that further stacks the stators (S) wound around it, and the inverter (I), the converter (C), the battery (B), and the generator (G) installed with the regulator (cb) are built-in air intake In the steam cleaner (wh) house (whc) generator (G) with the sliding door (pd) installed under the exhaust stand;

Connecting the winding (CL) to the battery (B)

The winding (CL) these days uses both single-phase and three-phase, but select one of the single-phase and the three-phase and wound the magnet (m) of the stator (S) and the iron (F) of the size of the magnet (m) ( By winding the winding CL of the electromagnet em wound with CL), the battery B or the used power content is installed and used.

5 is an explanatory diagram of installing the generators in FIG. 4, and a frame and rotor explanatory diagram of the rotor;

Fig. 6 is an explanatory view of the stator frame and stator of Fig. 4 and Fig. 7 is Fig. 7a) Magnet and fixture of Fig. 4, Fig. 7b) Rotor frame and Fig. 7c) Electromagnet installed in the frame of the stator Fig. 7d) Rotor It is an explanatory diagram of a stator electromagnet summing and 1/2.

The rotor (R) circumferentially around the shafts (Sf) and

A winding CL is wound around the magnet m and iron F having the size of the magnet m at a distance from the shaft Sf between the rotors R and the rotors R. The electromagnet (em) the stators (S) and the rotors, and the magnet (m) surrounding the stators (m) and the magnet (m) the size of the iron (F) wound the electromagnet (em) wound (CL) Forming the stator (S) that further stacks the stators (S) with an inverter (I), a converter (C), a battery (B), and a generator (G) installed with a regulator (cb) built-in air intake and discharge The rotor (R) and the stator (S) of the steam cleaner (wh) house (whc) generator (G) with the sliding door (pd) installed under the base

The rotor (R):

The shaft (Sf) ring (Sf0) for fixing the four spokes (4) at regular intervals is installed on the shaft (Sf), and the magnet (m) and the magnet (Sf0) are placed on the shaft (Sf) ring (Sf0) ( A frame (4f) for fixing the magnet (m) between the four spokes (4) wound with a winding (CL) on iron (F) of size m) is installed in the rotor (R) for power generation Install the wheel (6) from the hub (6-6) to the rim (69) in which the winding is wound around the iron (F) of the size of the magnet (m), but attach the digit (c) to the frame (6-8). Insert the magnet (m) in the plate (68) to which the magnet (m) of the size of the frame (6-8) is attached, and the frame (c) frame (6-8) in the frame (c) frame (6-8) The fixing body 6-1 is inserted into the plate 68 to which a magnet of the size to be inserted is attached and fixed, and between the sides of the digut (c) frame (6-8), the digut (c) frame (6- A frame (em-) formed of a round (1/4-(6-8)x(r) 3.14) with an electromagnet (em) wound with a winding (CL) attached to the iron (F) of the combined volume of 8). 8) and the plate (4-5) for fixing the frame (em-8) to the digit (c) to form the rotor (R) formed by inserting and fixing the fixing body (6-11) to both frames with;

The stator (S):

The stator S includes the magnet m surrounding the shaft Sf and the electromagnet em (rotor R) with a winding CL wound around iron F having the size of the magnet m. The stator (S) is formed with the four spokes (4) fitted with the winding (CL) that generates power) and the magnet (m).

A frame (4f) for fixing the magnet (m) between the rotors (R) at regular intervals on the shaft (Sf) is placed between the wheels (6) of the rotor (R) for power generation. Outside the cylinder S9 of the stator S, where the winding CL is wound around the iron F having the size of the magnet m inside the cylinder S9 of the stator S spaced apart from Sf to form a plate 68 with a magnet (m) attached to the digut (c) frame (6-8) having a size that can be embedded in the digut (c) frame (6-8), and ) A plate with a magnet (m) inserted into the frame (6-8) and a magnet (m) sized to fit in the frame (c) frame (6-8) to the frame (c). (68) is fixed by inserting the fixing body (6-1), and between the sides of the digut (c) frames (6-8), the volume of the sum of the digut (c) frames (6-8) on both sides is iron ( A frame (em-8) formed of a round (1/4-(6-8)x(r) 3.14) with an electromagnet (em) wound around the winding (CL) inserted into F) and the above-mentioned digit (c) The stator (S1) cylinder (S9) for power generation formed by putting the plate (4-5) for fixing the frame (em-8) on both sides of the frame and fixing the fixtures (6-11) is formed, and the one (1) ) One (1) connecting the stator (S1) cylinders (S9) in the generator (1) The stator (S2) electromagnet (em) cylinder (S0) and the stator (S2) connecting the stator (S) cylinders (S9) in the generator to the outer circumference The stator (S2) to form the stator (S3) to the outer periphery of the electromagnet (em) cylinder (S0)

The electromagnet em (rotor () The stator (S3) is formed with the coil (c) frame (4f) with the winding (CL) generated in R) and the magnet (m) sandwiched between the eight devices that fix the magnet (m) therebetween. (c) Frame (8f)

Installed from the inside of the cylinder S0 of the stator S3 to the outside of the cylinder S0 of the stator S3 with the winding CL wound around the iron F having the size of the magnet m, but ) Form a plate 88 with a magnet (m) attached to the frame (8f) having a size that can be embedded in the frame (c) frame (8f), and insert the magnet (m) in the frame (8f). Inserted, the fixing body (8-1) is inserted into the plate (88) to which a magnet (m) sized to fit in the digut (c) frame (8f) is attached to the digut (c) frame (8f) and fixed, (c) Round (1/4) in which an electromagnet (em3) wound with a winding (CL) is inserted between the sides of the frames (8f) on the iron (F) of the combined volume of the frame (8f) on both sides (1/4) (6-8) Put the frame (em8) formed of (6-8)x(r) 3.14) and the plate (4-5) for fixing the frame (em8), and attach the fixing body (6- 11) is inserted and fixed, and the supporter (sp) supporting the stator (S1), the stator (S2), and the stator (S3) is erected inside the house (wh) of the steam cleaner (wh). Steam cleaner (wh) the steam turbine (stt) (1Shaft) in the center and on both sides of the steam turbine (stt) by the heat of the super heater (sh) by the heat generation of the four small steam (case) house (stc) steam is generated and the generated steam is sprayed into one water tank. When the shaft Sf of the steam duct turbine sdt on both sides of the steam duct turbine sdt installed in A hub (sh) is formed, the shaft (Sf) is inserted into the hub (sh), the rotors (R) are formed in the shaft (Sf) at regular intervals, the stator (S) is installed, and the Supporting the stator (S) with supporters (sp),

When installing three rows of generators up and down in the steam cleaner (SC) house (SCc), the wall (wp) that will support the generator (G) on the upper part of both walls (w) of the steam cleaner (SC) house (SCc) Install the supporter (sp) support frame (sf), connect the horizontal frame (sf1) connecting the wall surface (wp) supporter (sp) support frames (sf), and connect the wall surface (wp) supporter (sp) support frame (sf) ) and the wall surface (wp) supporter (sp), the upper generators (G) are installed on top of the horizontal frame (sf1), and the shafts (Sf) of the steam duct turbines (sdt) on both sides of the steam cleaner (SC) In front of the generator (G) and on the shaft (Sf) of both walls (w) of the steam cleaner (SC) house (SCc), wheel belt rings (br) of the same size as the rotor (R) are respectively placed on top, 3 rows 2 in the steam cleaner (SC) house (SCc) installed in 6 places at the bottom, connecting the upper and lower wheel belt rings (br) with a belt (bt), and installing the generator (G) at 6 places at the top and bottom for the installation of said generator (G) in row (2nd stage);

In each of the four small steam (case) houses (stc) of the steam cleaner (SC), the steam duct turbine (st1) in the center of the steam cleaner (SC) and a steam duct turbine (st3) at the top of the steam cleaner (SC) house to form

In the steam cleaner (SC) house (SCc) in which the generator (G) is installed in six places, the generator (G) of three rows and two stages is the generator (G), the center of the steam cleaner (SC) is the steam duct Installed as the generator (G) extended to the turbine (st1) shaft (sto), the generator (G) of the left and right two rows in the house (SCc) of the steam cleaner (SC) is the steam cleaner (SC) It is installed with the generators (G) extending on the steam duct turbine (st3) shaft (sto) at the top of the house, but combining the batteries (B) and the distributor (be) that can transmit power to the outside and the air duct turbine (ad) Air turbine (at) motor (atm), filter (f) (50 sheets) automatic replacement pressure sensor (hc), each LED indicator (le), ICT device (ice) and controller (cc) and wiring and smart input A 7-inch screen (scr) is provided in the steam cleaner house (SC) with a controller (5-2) with built-in AI (TPU, CPU (cp)) that automatically adjusts the generator so that the generator can be managed.

Figure 8a) is an explanatory diagram using an ice maker and steam to generate heat and cool air by installing a heater sink and nano-carbon heating fibers in a Peltier device, and Figure 8b) is a heating sink and nano-carbon heating fibers installed in a Peltier device to generate warmth An explanatory drawing using an ice maker and steam and Figure 9a) is an explanatory diagram using an ice maker and steam to generate heat and cold air by installing a heater sink and nano carbon heating fiber in a Peltier element, and Figure 9b) is Installing a heater sink and nano carbon heating fiber in the Peltier element to generate warmth and cold air, and an explanatory diagram using an ice maker and steam It is an explanatory diagram showing an ice maker and a water supply system using steam.

2. Air circulation and water circulation, and the Peltier element (fi) using the ice maker and the steam house (stc), a hot air machine, and a cold air machine (ice machine) (ice):

In the air circulation and water circulation system using the heater sink (hs) and the Peltier element (fi) and the nano-carbon heating fiber (ni) of the Peltier element (fi)

The Peltier element (fi) and the heater sink (hs) are brought into contact with each other and power is supplied to send the air generated as cold air to the ice maker (ic) of the Peltier element (fi) into an ice maker (ic) that minimizes power consumption. installing an ice maker (ic) that minimizes power consumption and a circulation system that cools the room with filtered cold air;

The cooling plate ( The heater sink (hs) for lowering the temperature of the cooling plate (icp) by installing a water pipe (sw) through which antifreeze flows in the icp) and operating a fan (f8) in front of the cooling plate (icp) The heating plate ( When supplying water in the water pipe (hw) in the hp), the temperature of water is first sent from 1 city to 3 cities and the temperature of the antifreeze in the heater sink (hs) in contact with the Peltier element (fi) and the cooling plates (icp) Supply lowered to minus 3 degrees, circulate the antifreeze with the antifreeze water tank (jt) and the water pump (wp1), and operate the fans (f8) in front of the cooling plates (icp) (the past heater that lowers it at high temperature Sink and other) generate cold air and send it to the outside of the ice maker (ic) made of stainless steel, and the Peltier on one to two (2) surfaces of the stainless steel ice tank (ss) in the ice maker (ic) The heater sink hs in contact with the element fi and other surfaces of the ice maker ic manufactured to contact the cooling plates icp, except for the door opening the ice maker ic, other (4 to 3 sides) face) sending the bet to the outside of the stainless steel ice tank (ss) and passing the cold air to the outside of the ice maker (ic) for cooling in summer through the outside face of the stainless steel ice tank (ss);

An air circulation system for operating and cooling the ice maker (ic).

The heater sink (hs) in contact with the Peltier element (fi) to lower the water temperature of the stainless steel water tank (iwt) to which the water sent to the ice maker (ic) is also initially supplied to 3 degrees C. The cooling plates (icp) The stainless steel connected to the stainless steel ice tank (ss) from the external (6 to 5 sides) side of the stainless steel water tank (iwt) and the stainless steel water tank (iwt) to the cold air generated in reducing power consumption of the ice maker (ic) by simultaneously sending it to the outside of the water (water) pipe (tsp);

By bringing the anode (+) of the Peltier element (fi) into contact with the nano-carbon heating fiber (ni) and supplying power to send the heated air to the hot air machine (h9) of the Peltier element (fi), the existing Peltier element (fi) ) is different from the heater (h9) used (the height is different from the heater in the past at a low temperature) and when the hot air fan (h9) is operated in winter

Antifreeze in the Peltier element (fi) and the water circulating antifreeze in the heater sink (hs) in the cooling plates (icp) formed on the negative electrode (-) of the Peltier element (fi) The temperature of the antifreeze is raised to 35 ° C. and the heater sink (hs) which sent to and raised the temperature of the cooling plates (icp) to 35 degrees;

Install a water pipe (wp) in the heating plates (hp) formed of the nano-carbon heating fibers (ni) on the positive electrode (+) of the Peltier element (fi) and supply power to increase the temperature of the heating plate (hp) Instead of sending water with a water temperature of 40 °C directly, when supplying water in the water pipe (wp) in the heating plates (hp), the temperature of water is sent from 35 city to 40 city, and the power supply is more than 40 city. The temperature of the antifreeze (j) in the heating plates (icp) in the heater sink (hs) in contact with the Peltier element (fi) is also raised to 40 degrees, which is the temperature in the heating plates (hp), and the antifreeze water tank (jt) in the The stainless steel that circulates antifreeze with a water pump (wp1) to generate warmth and stores the high-temperature water that has passed through the heating plate (hp) (to raise it to 96 degrees, it sends water over 85 degrees to quickly reach a temperature of 90 degrees or more) a steel water tank (iwt);

The hot air heater (h9) made of stainless steel generates heat from the heating plate (hp) in contact with the nano-carbon heating fiber, and sends it to the outer surface of the hot air fan (h9) to raise the temperature of the outside of the hot air fan (h9) and stainless steel The stainless steel water tank (iwt) made in contact with the heating plate (hp) in contact with the Peltier element (fi) on one or two (2) surfaces of the outside of the air pipe (ap) passing through the inside of the hot air fan (h9) made of steel (iwt) ) and the hot air blower (h9);

When sending hot air into the steam generating steam tank (stt) of the steam duct turbine (st1) in the center of the steam cleaner (SC) for a fast indoor air rise with low humidity, the steam cleaner A steam cleaning rod tube (scp) of (SC) is provided, and the steam cleaning rod tube (scp) of the steam cleaner (SC) is directed toward the ceiling, and the warmth of the hot air blower (h9) is transferred to the steam tank (stt) and the steam The heating plate (hp) in contact with the Peltier element (fi) that quickly raises the room to an appropriate temperature by sending it to a high temperature through the steam pipe (stp) of the tank (stt) and the steam cleaning rod pipe (scp) passing the water tank (iwt), the hot air blower (h9), and the steam (case) house (stc) of the steam cleaner (SC) toward the ceiling through the steam cleaning rod pipe (scp);

Inlet (si) and outlet (so) interlocking with the steam cleaner (SC) house (SCc) generator (G) are connected to a steam turbine (St) and a steam (case) house (stc) generator ( Sending air to the steam (case) house (stc) of G) and the Peltier element (fi) of the hot and cold air Peltier element (fi) of the heater sink (hs) and the Peltier element (fi) and the nano-carbon heating element (ni) ) to the air circulation and water circulation system, sent to the steam pipe (stp) and the hot and cold air pipe (ap) of the Peltier element (fi), and then discharged to the outlet (so) at an appropriate temperature. Heater sink and nano-carbon fiber are used for consuming PT devices, and the change of air is first converted to non-aqueous air, and then ice is produced. A system for obtaining cold water and ice was formed.

Fig. 11a) is a view in which an air turbine and a duct turbine are combined, and Fig. 11b) is an explanatory view in which the air filter case and the waste air filter case are installed in Fig. 11a).

3. The motor (atm) of the air turbine (at) shaft (ato) coupled with the air duct turbine (ad) and the air filter (af) (50 sheets) automatic replacement pressure sensor (hc) and the respective indicator LED lights ( le) and the ICT device (ice) and the controller (cc) and the AI (TPU, CPU, etc.) that automatically adjusts with smart input is embedded in the steam cleaner (SC) house (SCc) generator (G) It is to connect the circulation system that is sent to the air conditioner after filtering the air after intake.

The air filter (af) case (afb) is installed at the upper end of the air turbine (at) which is installed in contact with the window (d) or the air ventilator (ac) and is coupled to the air duct turbine (ad) for sucking and discharging air, and the air filter (af) installing an air filter (af) collecting case (afa) at the lower end of the case (afb);

The air filter (af) case (afb) is

In buildings shared by many such as hospitals, schools, and government offices, the virus has a problem with the air circulation system, so wear a mask every day so that both the intake fan (if) and the exhaust fan (of) that introduce air into the building become filters (ft). It should be used as if it were changed, but first, an air filter (af) is installed in the inlet (ati) of the air turbine (at) that combines the intake fan (if) and the indoor air duct turbine (ad).

The inlet (ati) of the air turbine (at) to which the air duct turbine (ad) is coupled is the inlet (ati) of the air turbine (at) coupled to the air duct turbine (ad) is a window (d) to an air fan (if) The upper part of the inlet (ati) of the air turbine (at) to which the air duct turbine (ad) is coupled without contact with the air duct turbine (ad) is formed into an elbow round (L) inside the room, and the air filter (af) is installed, but the flat plate (p7) on the upper part ) and fixed to the flat plate (p7) and the air filter (af) case (afb) protruding part with a fixed body,

The inlet of the duct turbine ad in the air turbine at which the duct turbine ad surrounds is the inlet adi, and the inlet adi of the duct turbine ad is connected to the window d to air. Installed in contact with the fan (ac),

The air filter (af) is formed on the inlet (adi) of the duct turbine (ad) and the window (d) to the surface (fp) in contact with the air fan (ac) to form the air filter (af) mounting base (o7) and install it

The air filter (af) mounting base (o7) has a sliding groove (slh) through which the air filter (af) is lowered inside the joint surface (fp) of the window (d) to the air fan (ac) and both sides of the joint surface. ) to the air filter af, which was fixedly installed on both sides of the air filter af mounting base o7, and then used by the air pressure sensor aps, the air filter af case disembarking from (afb);

The used air filter (af) is moved from the air filter (af) installation stand (o7) to the waste air filter (af4) case (afa), and the waste air filter is moved by the inclination angle in the waste air filter (af4) case (afa). (af4) about accumulating;

The air filters af in the air filter af case afb are connected from the first air filter af to the last air filter af by a string af6 on both sides of the air filter af. and forming both six needle wheels (ox) for lowering strings (af6) on both sides under the air filter (af) mounting base (o7), and setting the six needle wheels (ox) to a command by the air pressure sensor (aps) Forming a small motor (6m) on one side of the six needle wheel (ox) to drive the six needle wheel (ox);

From the air filter (af) case (afb) above the air turbine (at) coupled to the duct turbine (ad) to the inlet (adi) of the duct turbine (ad) and the inlet (ati) of the air turbine (at) An air filter (af) is installed, and from the inlet (adi) of the duct turbine (ad) and the inlet (ati) of the air turbine (at) to each of the waste air filters (af4) case (afa) the waste air filter ( When af4) is piled up and full, the air filter (af) case (afb) of the upper part of the duct turbine (ad) and the air turbine (at) is replaced, and the waste air filter (af4) case (afa) is used up in the empty upper part of the upper part. Installed as the waste air filter (af4) case (afa) on the air filter (af) case (afb) holder (af5) of the upper air filter (af) case (afb) which is inclined after disinfection treatment by spraying the air filter (af) with a disinfectant to the case (afb) and

The upper air filter (af) case (afb) is used as the empty waste air filter (af) case (afa) so that the upper air filter (af) case (afb) is gradually piled up from the lower part in the upper air filter (af) case (afb) by the inclination angle, When the waste air filter (af) case (afa) is full, the upper air filter (af) in the upper air filter (af) case (afb) is exhausted, and the upper air filter (af) case ( afb) and reuse of the upper air filter (af) case (afb) as the empty waste air filter (af) case (afa) has been described. Compared to that, it is simple to change the air filter (af) case (afb), but it prevents pathogens from staying for a long time and has the convenience of replacing the air filter (af) case (afb) at an appropriate period.

in each drawing

The motor (atm) of the air turbine (at) shaft (ato) combined with the air duct turbine (ad), the air filter (af) (50 sheets), an automatic replacement pressure sensor (hc), LED lights and ICT equipment A system with built-in AI (TPU, CPU, etc.) that wiring with (ice) and controller (cc) and automatically adjusts with smart input, steam cleaner (wh) house (wh) The steam turbine (St) and the steam (case) house (stc) in the vacuum cleaner (wh) send air to the generators (G) and the steam house (stc), and the hot and cold air of the Peltier element (fi) Peltier element (fi) ) of the heater sink (hs) and the Peltier element (fi) and the nano carbon heating element (ni) to the air circulation and water circulation system, sent to the steam tube and the hot and cold air tube of the Peltier element (fi), and then to the outlet at an appropriate temperature. A generator for driving the steam turbine (St) by supplying electric power to the steam house super heater (sh) in the water tank, characterized in that it discharges, and a steam cleaner (SC) supplying steam to the super heater (sh) The installation of (G), the installation of air filters (af) at the inlets of the air turbine, and the cold and hot air exhaust and ice maker system using Peltier elements were explained.

Claims (1)

Install the generators (G) in the steam cleaner (SC) that drives the steam turbine (st) with the steam supply supplied to the super heater (sh) of the steam house and the steam turbine (st) with the super heater (sh) Air filter (af) and air intake, hot and cold air exhaust and ice maker system
1. Steam cleaner (SC) used as a shelf (whc) generator (G) and
2.Air conditioner (super heater (sh) steam turbine (st) warm (high speed, wide space) and Peltier element (fi) hot and cold air (ice maker)
3. Install the air filter (af) case (afc) on the upper end of the air turbine (at) that is installed in contact with the window (d) or the air ventilator (ac), and the air intake and exhaust air intake and exhaust air filter (af) case (afc) The air filter (af) recruitment case (afa) is installed at the bottom of the
1. Power is supplied to the super heater sh with the four steam houses (stc) of the steam cleaner (SC) in the exterior of the four steam (case) houses (stc) of the steam cleaner (SC). As for driving the steam turbine (stt) by heating water and for the steam cleaner (SC) house (SCc) generator (G)
Air conditioner (superheater steam turbine warm (high speed, wide space)) and the Peltier element (fi) hot and cold air (ice In a system that intakes and discharges air by installing it in contact with the manufacturer) (ic) and the window (d) or the air ventilator (ac)
In the steam cleaner (SC) water tank (W), each of the super heaters (sh) is externally installed in the four steam (case) houses (stc) in four small steam (case) houses (stc), and the super heaters The four steam (case) houses (stc) in which the super heater (sh) is installed in the house (stc) that covers (sh) are installed below the water level in one water tank (W), and the four super heaters ( sh) and
The steam cleaner (SC) 1. In the lower part of the water tank (W), 1. a motor (1m) and an air intake fan (aif) are installed on the shaft (A) of the 1. motor (1m) and the 1. A vacuum tube (C) is installed in the front part of the fan (aif) of the motor (1m) shaft (A), a cleaning filter (F) is installed in the vacuum tube (C), and a cleaning filter (F) is installed on the side of the steam cleaner (SC) Install a door and replace the cleaning filter (F) with the door. In the front part of the cleaning filter (F) of the vacuum tube (C), a felixble tube (fp) or suction tube (ip) is installed in front of the steam cleaner (SC) A wire (el) connected to the motor (1m) and a temperature sensor (o), a temperature controller (oc) and a water contact sensor (w) of the steam tank (stt) having a protruding passage (p0) to be installed And the water level indicator (wc), the motor (M1) for driving the four wheels (h), the motor (1m) for creating a vacuum in the steam cleaner (SC), and the suction pipe (ip) on the side of the steam cleaner (SC) ), a steam sprayer (s), a steam sprayer (s), and a connecting rod mop (q) to form a cradle (99),
The motor (atm) of the air turbine (at) shaft (ato) coupled with the air duct turbine (ad) and the air filter (af) (50 pieces) automatic replacement pressure sensor (hc) and the respective indicator LED lights (le) To form the steam cleaner (SC) house (SCc) generator (G) with the AI (TPU, CPU, etc.) built in and wired with the ICT device (ice) and the controller (cc) and automatically controlled by smart input with;
An air pipe connected to the super heater (sh) steam turbine (st) of the steam cleaner (SC) and the air filter (af), air intake, cold and hot air discharge, and the ice maker system to the steam cleaner (SC) generator (G) setting up fields and water pipes;
3. Install the air filter (af) case (afc) on the upper end of the air turbine (at) that is installed in contact with the window (d) or the air ventilator (ac), and the air intake and exhaust air intake and exhaust air filter (af) case (afc) By installing an air filter (af) recruitment case (afa) at the bottom of the
Air turbine (at) combining the air duct turbine (ad), air pressure sensor (hc) for automatic replacement of the air filter (af) (50 sheets), LED indicators (le) and ICT equipment (e) When cleaning by installing a 7-inch screen (scr) externally to the steam cleaner (SC) with a controller (5) with a built-in CPU (cp) that is wired with and a controller (cc) and automatically controlled by buttons or smart input for the steam cleaner (SC) capable of cleaning and listening to music;
components and features
The steam cleaner (SC) house (SCc) steam power generation system:
The generator (G) of 3 rows and 2 rows (2nd stage) is installed with the generators (G) extended to the steam duct turbine (st3) shaft (sto) at the top of the steam cleaner (SC) house (SCc), but the battery Air turbine (at) motor (atm) and filter (f) (50 pieces) automatic replacement pressure sensor (hc) combined with distributor (be) and air duct turbine (ad) that can transmit power to (B) and to the outside A 7-inch screen with a controller (5-2) with built-in AI (TPU, CPU (cp)) that is wired with each indicator led light (le), ICT device (ice) and controller (cc) and automatically adjusted by smart input (scr) provided in the steam cleaner house (SC) and adjusted;
1. Power is supplied to the super heater sh with the four steam houses (stc) of the steam cleaner (SC) in the exterior of the four steam (case) houses (stc) of the steam cleaner (SC). For driving the steam turbine and for the steam cleaner (SC) house (SCc) generator (G)
Air conditioner (superheater steam turbine warm (high speed, wide space)) and the Peltier element (fi) hot and cold air (ice The manufacturing machine) (ic) and the window (d) to the air ventilator (ac) and installed in contact with air intake and exhaust;
In the steam cleaner (SC) water tank (W), each of the super heaters (sh) is externally installed in the four steam (case) houses (stc) in four small steam (case) houses (stc), and the super heaters The four steam (case) houses (stc) in which the super heater (sh) is installed in the house (stc) that covers (sh) are installed below the water level in one water tank (W), and the four super heaters ( sh) and
The steam cleaner (SC) 1. In the lower part of the water tank (W), 1. a motor (1m) and an air intake fan (aif) are installed on the shaft (A) of the 1. motor (1m) and the 1. A vacuum tube (C) is installed in the front part of the fan (aif) of the motor (1m) shaft (A), a cleaning filter (F) is installed in the vacuum tube (C), and a cleaning filter (F) is installed on the side of the steam cleaner (SC) Install a door, replace the cleaning filter (F) with the door, and install a felixble tube (fp) or suction tube (ip) in front of the cleaning filter (F) of the vacuum tube (C) to the front of the steam cleaner (SC) A wire (el) connected to the motor (1m), a temperature sensor (o), a temperature controller (oc), and a water contact sensor (w) of the steam tank (stt) and The water level indicator (wc) and the motor (M1) for driving the 4 wheels (h), the motor (1m) for creating a vacuum in the steam cleaner (SC), and the suction pipe (ip) on the side of the steam cleaner (SC) , and forming a steam sprayer (s), a steam sprayer (s), a connecting rod and mop (q) holder (99);
Air turbine (at) combined with air duct turbine (ad), air pressure sensor (hc) for automatic replacement of air filter (af) (50 pieces), LED lights (le) for each indicator, ICT device (e), and controller (cc) and a controller (5) with a built-in CPU (cp), which is wired with a button or automatically controlled with a smart input, a 7-inch screen (scr) is externally attached to the steam cleaner (SC) for cleaning and cleaning making music audible;
The steam cleaner (SC) house (SCc) generator (G) generates steam from four small steam (case) houses (stc), and the generated steam is one water tank ( When cleaning in W), it is sent to the steam sprayer (s) for steam cleaning.
The steam cleaner (SC) house (SCc) generator (G) generates steam from the four small steam (case) houses (stc), and the generated steam is sprayed into one water tank, and four small steam (case) When steam is sprayed into one water tank from the house (stc), a steam turbine (1Shaft) is formed at the top of each of the four small steam (case) houses (stc), but the Steam is generated sequentially in steps of 25 to 30 minutes by predicting in advance when the temperature will exceed when the temperature is between 360 and 366 degrees at the appropriate temperature.
Steam power generation system:
1 Install the shaft (Sf) hub (h) at the inlet of the cylinder (c) of the steam turbine (St) at the top of each of the four small steam (case) houses (stc) sent to the water tank, and the shaft (Sf) ) in each of the four small steam (case) houses (stc) are generated and then discharged between the cylinders at regular intervals between the shaft (Sf) hub to connect the cylindrical rings (cr) (7) and install the cylindrical rings (cr) to which the ends of the spokes (7) are connected, install the blades (b) at regular intervals outside the cylindrical ring (cr), circumferentially the blades (b), and the steam turbine (st) Connect the duct pipe (dp) that connects the outer case (Stc), and connect the steam pipe (stp) at the outlet (o) and the inlet (i) of one water tank (wt) to connect the shaft (Sf) Drive and install the shaft (Sf) hub at the outlet of the inner cylinder (c) of the duct turbine (dt), and form the rotors (R) in a place where the shaft (Sf) is extended and installed,
In the form of wheels for power generation that circumferentially the shafts (Sf)
Between the rotors (R) and the rotors (R) there is a gap in the shaft (Sf) and the winding (CL) on the iron (F) of the size of the magnet (m) and the magnet (m) The winding (CL) on the iron (F) of the size of the magnet (m) and the magnet (m) that surrounds the stators (S) and the rotor (R) and the stators (S) Forming the stator (S) that further stacks the stators (S) wound around it, and the inverter (I), the converter (C), the battery (B), and the generator (G) installed with the regulator (cb) are built-in air intake In the steam cleaner (wh) house (whc) generator (G) with the sliding door (pd) installed under the exhaust stand;
Connecting the winding (CL) to the battery (B)
The winding (CL) these days uses both single-phase and three-phase, but select one of the single-phase and the three-phase and wound the magnet (m) of the stator (S) and the iron (F) of the size of the magnet (m) ( By winding the winding CL of the electromagnet em wound with CL), the battery B or the used power content is installed and used.
The rotor (R) circumferentially around the shafts (Sf) and
A winding CL is wound around the magnet m and iron F having the size of the magnet m at a distance from the shaft Sf between the rotors R and the rotors R. The electromagnet (em) the stators (S) and the rotors, and the magnet (m) surrounding the stators (m) and the magnet (m) the size of the iron (F) wound the electromagnet (em) wound (CL) Forming the stator (S) that further stacks the stators (S) with an inverter (I), a converter (C), a battery (B), and a generator (G) installed with a regulator (cb) built-in air intake and discharge The rotor (R) and the stator (S) of the steam cleaner (wh) house (whc) generator (G) with the sliding door (pd) installed under the base
The rotor (R):
The shaft (Sf) ring (Sf0) for fixing the four spokes (4) at regular intervals is installed on the shaft (Sf), and the magnet (m) and the magnet (Sf0) are installed on the shaft (Sf) ring (Sf0) ( A frame (4f) for fixing the magnet (m) between the four spokes (4) wound with a winding (CL) on iron (F) having a size of m) is installed in the rotor (R) for power generation Install the wheel (6) from the hub (6-6) to the rim (69) in which the winding is wound around the iron (F) of the size of the magnet (m). Insert the magnet (m) in the plate (68) to which the magnet (m) of the size of the frame (6-8) is attached, and the frame (c) frame (6-8) in the frame (c) frame (6-8) The fixing body 6-1 is inserted and fixed to the plate 68 to which a magnet of the size to be inserted is attached, and between the sides of the digut (c) frames 6-8, the digut (c) frames (6- A frame (em-) formed of a round (1/4-(6-8)x(r) 3.14) with an electromagnet (em) wound with a winding (CL) attached to the iron (F) of the combined volume of 8). 8) and the plate (4-5) for fixing the frame (em-8) and the digit (c) to form the rotor (R) formed by inserting and fixing the fixing body (6-11) in both frames with;
The stator (S):
The stator S includes the magnet m surrounding the shaft Sf and the electromagnet em (rotor R) with a winding CL wound around iron F having the size of the magnet m. The stator (S) is formed with the four spokes (4) fitted with the winding (CL) that generates power) and the magnet (m).
A frame (4f) for fixing the magnet (m) between the rotors (R) at regular intervals on the shaft (Sf) is placed between the wheels (6) of the rotor (R) for power generation. Outside the cylinder S9 of the stator S, where the winding CL is wound around the iron F having the size of the magnet m inside the cylinder S9 of the stator S spaced apart from Sf to form a plate 68 with a magnet (m) attached to the digut (c) frame (6-8) having a size that can be embedded in the digut (c) frame (6-8), and ) A plate with a magnet (m) inserted into the frame (6-8) and a magnet (m) sized to fit in the frame (c) frame (6-8) to the frame (c). (68) is fixed by inserting the fixing body (6-1), and between the sides of the digut (c) frame (6-8), the iron ( A frame (em-8) formed of a round (1/4-(6-8)x(r) 3.14) with an electromagnet (em) wound with a winding (CL) inserted into F) and the above-mentioned digit (c) The stator (S1) cylinder (S9) for power generation formed by putting the plate (4-5) for fixing the frame (em-8) on both sides of the frame and fixing the fixtures (6-11) is formed, and the one (1) ) One (1) connecting the stator (S1) cylinders (S9) in the generator (1) The stator (S2) electromagnet (em) cylinder (S0) and the stator (S2) connecting the stator (S) cylinders (S9) in the generator to the outer circumference The stator (S2) to form the stator (S3) to the outer periphery of the electromagnet (em) cylinder (S0)
The electromagnet em (rotor () The stator (S3) is formed with the coil (c) frame (4f) with the winding (CL) generated in R) and the magnet (m) sandwiched between the eight devices that fix the magnet (m) therebetween. (c) Frame (8f)
Installed from the inside of the cylinder S0 of the stator S3 to the outside of the cylinder S0 of the stator S3 with the winding CL wound around the iron F having the size of the magnet m, but ) Form a plate 88 with a magnet (m) attached to the frame (8f) having a size that can be embedded in the frame (c) frame (8f), and insert the magnet (m) in the frame (8f). Inserted, the fixing body (8-1) is inserted into the plate (88) to which a magnet (m) sized to fit in the digut (c) frame (8f) is attached to the digut (c) frame (8f) and fixed, (c) Round (1/4) in which an electromagnet (em3) wound with a winding (CL) is inserted between the sides of the frames (8f) on the iron (F) of the combined volume of the frame (8f) on both sides (1/4) Put the plate (4-5) fixing the frame (em8) formed of (6-8)x(r) 3.14) and the frame (em8) and the fixing body (6- 11) is inserted and fixed, and the supporter (sp) supporting the stator (S1), the stator (S2), and the stator (S3) is erected inside the house (wh) of the steam cleaner (wh). Steam cleaner (wh) the steam turbine (stt) (1Shaft) in the center and on both sides of the steam turbine (stt) by the heat of the super heater (sh) by the heat generation of the four small steam (case) house (stc) steam is generated and the generated steam is sprayed into one water tank. When the shaft Sf of the steam duct turbine sdt on both sides of the steam duct turbine sdt installed in A hub (sh) is formed, the shaft (Sf) is inserted into the hub (sh), the rotors (R) are formed in the shaft (Sf) at regular intervals, the stator (S) is installed, and the Supporting the stator (S) with supporters (sp),
When installing three rows of generators up and down in the steam cleaner (SC) house (SCc), the wall (wp) that will support the generator (G) on the upper part of both walls (w) of the steam cleaner (SC) house (SCc) Install the supporter (sp) support frame (sf), connect the horizontal frame (sf1) connecting the wall surface (wp) supporter (sp) support frames (sf), and connect the wall surface (wp) supporter (sp) support frame (sf) ) and the wall surface (wp) supporter (sp), the upper generators (G) are installed on top of the horizontal frame (sf1), and the shafts (Sf) of the steam duct turbines (sdt) on both sides of the steam cleaner (SC) In front of the generator (G) and on the shaft (Sf) of both walls (w) of the steam cleaner (SC) house (SCc), wheel belt rings (br) of the same size as the rotor (R) are respectively placed on top, 3 rows 2 in the steam cleaner (SC) house (SCc) installed in 6 places at the bottom, connecting the upper and lower wheel belt rings (br) with a belt (bt), and installing the generator (G) at 6 places at the top and bottom for the installation of said generator (G) in row (2nd stage);
In each of the four small steam (case) houses (stc) of the steam cleaner (SC), the steam duct turbine (st1) in the center of the steam cleaner (SC) and a steam duct turbine (st3) at the top of the steam cleaner (SC) house to form
In the steam cleaner (SC) house (SCc) in which the generator (G) is installed in six places, the generator (G) of three rows and two stages is the generator (G), the center of the steam cleaner (SC) is the steam duct Installed as the generator (G) extended to the turbine (st1) shaft (sto), the generator (G) of the left and right two rows in the house (SCc) of the steam cleaner (SC) is the steam cleaner (SC) It is installed with the generators (G) extending on the steam duct turbine (st3) shaft (sto) at the top of the house, but combining the batteries (B) and the distributor (be) that can transmit power to the outside and the air duct turbine (ad) Air turbine (at) motor (atm), filter (f) (50 sheets) automatic replacement pressure sensor (hc), each LED indicator (le), ICT device (ice) and controller (cc) and wiring and smart input Controlled by providing a 7-inch screen (scr) in the steam cleaner house (SC) with a controller (5-2) with built-in AI (TPU, CPU (cp)) for automatic adjustment;
2. Air circulation and water circulation, and the Peltier device (fi) using the ice maker and the steam house (stc), a hot air machine, and a cold air machine (ice machine) (ice):
In the air circulation and water circulation system using the heater sink (hs) and the Peltier element (fi) and the nano-carbon heating fiber (ni) of the Peltier element (fi)
The Peltier element (fi) and the heater sink (hs) are brought into contact with each other and power is supplied to send the air generated as cold air to the ice maker (ic) of the Peltier element (fi) to minimize power consumption into the ice maker (ic). installing an ice maker (ic) that minimizes power consumption and a circulation system that cools the room with the filtered cold air;
The cooling plate formed of the cooling plates icp ( The heater sink (hs) for lowering the temperature of the cooling plate (icp) by installing a water pipe (sw) through which antifreeze flows in the icp) and operating a fan (f8) in front of the cooling plate (icp) The heating plate ( When supplying water in the water pipe (hw) in the hp), the temperature of water is first sent from 1 city to 3 cities and the temperature of the antifreeze in the heater sink (hs) in contact with the Peltier element (fi) and the cooling plates (icp) Supply lowered to minus 3 degrees, circulate the antifreeze with the antifreeze water tank (jt) and the water pump (wp1), and operate the fans (f8) in front of the cooling plates (icp) (the past heater that lowers the temperature at high temperature) Sink and other) generate cold air and send it to the outside of the ice maker (ic) made of stainless steel, and the Peltier on one to two (2) surfaces of the stainless steel ice tank (ss) in the ice maker (ic) The heater sink hs in contact with the element fi and other surfaces of the ice maker ic manufactured in contact with the cooling plates icp other than the door opening the ice maker ic (4 to 3 sides) face) sending the bet to the outside of the stainless steel ice tank (ss) and passing the cold air to the outside of the ice maker (ic) for cooling in summer through the outside face of the stainless steel ice tank (ss);
With an air circulation system that operates and cools the ice maker (ic)
The heater sink (hs) in contact with the Peltier element (fi) to lower the water temperature of the stainless steel water tank (iwt) to which the water sent to the ice maker (ic) is also initially supplied to 3 degrees C. The cooling plates (icp) The stainless steel connected to the stainless steel ice tank (ss) from the external (6 to 5 sides) side of the stainless steel water tank (iwt) and the stainless steel water tank (iwt) to the cold air generated in reducing power consumption of the ice maker (ic) by simultaneously sending it to the outside of the water (water) pipe (tsp);
By bringing the anode (+) of the Peltier element (fi) into contact with the nano-carbon heating fiber (ni) and supplying power to send the heated air to the hot air machine (h9) of the Peltier element (fi), the existing Peltier element (fi) ) is different from the heater (h9) used (the height is different from the heater in the past at a low temperature) and when the hot air fan (h9) is operated in winter
Antifreeze in the Peltier element (fi) and the water circulating antifreeze in the heater sink (hs) in the cooling plates (icp) formed on the negative electrode (-) of the Peltier element (fi) The temperature of the antifreeze is raised to 35 ° C. and the heater sink (hs) which sent to and raised the temperature of the cooling plates (icp) to 35 degrees;
Install a water pipe (wp) in the heating plates (hp) formed of the nano-carbon heating fibers (ni) on the positive electrode (+) of the Peltier element (fi) and supply power to increase the temperature of the heating plate (hp) Instead of sending water with a water temperature of 40 °C directly, when supplying water in the water pipe (wp) in the heating plates (hp), the temperature of water is sent from 35 city to 40 city and over 40 city by power supply. The temperature of the antifreeze (j) in the heating plates (icp) in the heater sink (hs) in contact with the Peltier element (fi) is also raised to 40 degrees, which is the temperature in the heating plates (hp), and the antifreeze water tank (jt) in the The stainless steel that circulates antifreeze with a water pump (wp1) to generate warmth, and stores the high-temperature water that has passed through the heating plate (hp) (water over 85 cities is sent to raise it to 96 degrees and quickly reaches a temperature of 90 degrees or more) a steel water tank (iwt);
The hot air heater (h9) made of stainless steel generates heat from the heating plate (hp) in contact with the nano-carbon heating fiber, and sends it to the outer surface of the warm air fan (h9) to raise the temperature of the outside of the hot air fan (h9) and stainless steel The stainless steel water tank (iwt) made in contact with the heating plate (hp) in contact with the Peltier element (fi) on one or two (2) surfaces of the outside of the air pipe (ap) passing through the inside of the hot air fan (h9) made of steel (iwt) ) and the hot air blower (h9);
When sending hot air into the steam generating steam tank (stt) of the steam duct turbine (st1) in the center of the steam cleaner (SC) for a fast indoor air rise with low humidity, the steam cleaner A steam cleaning rod tube (scp) of (SC) is provided, and the steam cleaning rod tube (scp) of the steam cleaner (SC) is directed toward the ceiling, and the warmth of the hot air blower (h9) is transferred to the steam tank (stt) and the steam The heating plate (hp) in contact with the Peltier element (fi) that quickly raises the room to an appropriate temperature by sending it to a high temperature through the steam pipe (stp) of the tank (stt) and the steam cleaning rod pipe (scp) passing the water tank (iwt), the hot air blower (h9) and the steam (case) house (stc) of the steam cleaner (SC) toward the ceiling through the steam cleaning rod pipe (scp);
Inlet (si) and outlet (so) interlocking with the steam cleaner (SC) house (SCc) generator (G) are connected to a steam turbine (St) and a steam (case) house (stc) generator ( Sending air to the steam (case) house (stc) of G), hot and cold air of the Pt element (fi), the heater sink (hs) of the Pt element (fi), the Pt element (fi), and the nano-carbon heat A system for sending to the air circulation and water circulation system of the element (ni) and sending it to the steam pipe (stp) and the hot and cold air pipe (ap) of the Peltier element (fi) and then discharging it to the outlet (so) at an appropriate temperature;
3. The motor (atm) of the air turbine (at) shaft (ato) coupled with the air duct turbine (ad) and the air filter (af) (50 sheets) automatic replacement pressure sensor (hc) and the respective indicator LED lights ( le) and the ICT device (ice) and the controller (cc) and the AI (TPU, CPU, etc.) that automatically adjusts with smart input is embedded in the steam cleaner (SC) house (SCc) generator (G) It is to connect the circulation system that is sent to the air conditioner after filtering the air after intake.
The air filter (af) case (afb) is installed at the upper end of the air turbine (at) which is installed in contact with the window (d) or the air ventilator (ac) and is coupled to the air duct turbine (ad) for sucking and discharging air, and the air filter (af) installing an air filter (af) collecting case (afa) at the lower end of the case (afb);
The air filter (af) case (afb) is
In buildings shared by many such as hospitals, schools, and government offices, the virus has a problem with the air circulation system, so wear a mask every day so that both the intake fan (if) and the exhaust fan (of) that introduce air into the building become filters (ft). It should be used as if it were changed, but first, an air filter (af) is installed in the inlet (ati) of the air turbine (at) that combines the intake fan (if) and the indoor air duct turbine (ad).
The inlet (ati) of the air turbine (at) to which the air duct turbine (ad) is coupled is the inlet (ati) of the air turbine (at) coupled to the air duct turbine (ad) is a window (d) to an air fan (if) The upper part of the inlet (ati) of the air turbine (at) to which the air duct turbine (ad) is coupled without contact with the air duct turbine (ad) is formed into an elbow round (L) inside the room, and the air filter (af) is installed, but the flat plate (p7) on the upper part ) and fixed to the flat plate (p7) and the air filter (af) case (afb) protruding part with a fixed body,
The inlet of the duct turbine ad in the air turbine at which the duct turbine ad surrounds is the inlet adi, and the inlet adi of the duct turbine ad is connected to the window d to air. Installed in contact with the fan (ac),
The air filter (af) is formed on the inlet (adi) of the duct turbine (ad) and the window (d) to the surface (fp) in contact with the air fan (ac) to form the air filter (af) mounting base (o7) The air filter (af) mounting base (o7) is installed with the window (d) to the joint surface (fp) of the air fan (ac) and the air filter (af) inside both sides of the joint surface slide down The air filter af used by the air pressure sensor aps after being fixedly installed on the air filter af mounting base o7 bonded on both sides of the groove slh to the air filter af is used in the air filter ( af) getting out of case afb;
The used air filter (af) is moved from the air filter (af) installation stand (o7) to the waste air filter (af4) case (afa) and the waste air filter is moved by the inclination angle in the waste air filter (af4) case (afa). (af4) about accumulating;
The air filters af in the air filter af case afb are connected from the first air filter af to the last air filter af by a string af6 on both sides of the air filter af. and forming both six needle wheels (ox) for lowering strings (af6) on both sides under the air filter (af) mounting base (o7), and setting the six needle wheels (ox) to a command by the air pressure sensor (aps) forming a small motor (6m) on one side of the six needle needle wheels (ox) to drive the six needle needle wheels (ox);
From the air filter (af) case (afb) above the air turbine (at) coupled to the duct turbine (ad) to the inlet (adi) of the duct turbine (ad) and the inlet (ati) of the air turbine (at) An air filter (af) is installed, and from the inlet (adi) of the duct turbine (ad) and the inlet (ati) of the air turbine (at) to each of the waste air filters (af4) case (afa) the waste air filter ( When af4) is piled up and full, the air filter (af) case (afb) of the upper part of the duct turbine (ad) and the air turbine (at) is replaced, and the waste air filter (af4) case (afa) is used up in the empty upper part of the upper part. Installed as the waste air filter (af4) case (afa) on the air filter (af) case (afb) holder (af5) of the upper air filter (af) case (afb) which is inclined after disinfection treatment by spraying the air filter (af) with a disinfectant to the case (afb) and
The upper air filter (af) case (afb) is used as the empty waste air filter (af) case (afa) so that the upper air filter (af) case (afb) is gradually piled up from the lower part in the upper air filter (af) case (afb) by the inclination angle, When the waste air filter (af) case (afa) is full, the upper air filter (af) in the upper air filter (af) case (afb) is exhausted, and the upper air filter (af) case ( replacing afb) and reusing the upper air filter (af) case (afb) as the empty waste air filter (af) case (afa);
The motor (atm) of the air turbine (at) shaft (ato) combined with the air duct turbine (ad), the air filter (af) (50 sheets), an automatic replacement pressure sensor (hc), LED lights and ICT equipment A system with built-in AI (TPU, CPU, etc.) that wiring with (ice) and controller (cc) and automatically adjusts with smart input, steam cleaner (wh) house (wh) The steam turbine (St) and the steam (case) house (stc) in the vacuum cleaner (wh) send air to the generators (G) and the steam house (stc), and the hot and cold air of the Peltier element (fi) Peltier element (fi) ) of the heater sink (hs) and the Peltier element (fi) and the nano carbon heating element (ni) to the air circulation and water circulation system, sent to the steam tube and the hot and cold air tube of the Peltier element (fi), and then to the outlet at an appropriate temperature. Driving the steam turbine (st) by supplying electric power to the steam (case) house (stc) super heater (sh) in the water tank, characterized in that it discharges, and steam supplying steam to the super heater (sh) Installation of generators (G) in the vacuum cleaner (SC), installation of air filters (af) at the inlets of the air turbine, exhaust of hot and cold air using Peltier elements, and an ice maker system

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