KR20150089898A - Amphibious flying car - Google Patents

Abstract

The present invention relates to a vertical levitation thruster system of a magic square permanent magnet rotor gravitational object and a mercury ion engine and gyroscopic electricity, which flies with an electromagnet engine chain wing and an electric motor tail wing and a robot arm horizontal wing, and lands as maintaining level using an electromagnet engine road wheel. An amphibious flying vehicle of the present invention performs water navigation of an electromagnet eddy apparatus chain and an electromagnet eddy apparatus, an electromagnet engine pump and an electromagnet engine pump rudder, and performs seawater entrance buoyance control using an electromagnet buoyance apparatus equal electrode. And an electromagnet rudder controls direction along an electromagnet rudder rail, and performs zigzag flying and water navigation. Also, the amphibious flying vehicle is charged by a seawater infinite power direct generator, and induces radio waves of a waterwheel infinite power radio wave inducing tube and then extinguishes the radio waves with magnetic field of the tail wing. A midair collision preventing apparatus installs an eddy engine and a plus electrode, and pushes an approaching object out, and performs a stealth function by changing an angle of a 32-angled slope of an a body protection apparatus electromagnet shelter Mobius band, and can be separated from the body by pushing a driving protection apparatus roly poly shelter with the same electrode using an electromagnet thruster in case of midair collision, and performs waterproof function by capturing bottom surface mercury ion engine ion beam by that a vapor glass film descends from the top along the electromagnet rail during submergence, and projects the seawater to the rear using a wire coil gun attached to a bottom of the outside of the vapor glass film. And the amphibious flying vehicle carries the body from the plasma by flowing a current by winding a coil around the outer wall of the vapor glass film.

Description

Amphibious flying car

[0001] The present invention relates to a watercraft, and more particularly, to a watercraft that drives an electromagnet engine chain wing, a gasoline engine permanent magnet rotor, and an electromagnetism rotor rotor drive fleet on the upper surface of an automobile and has an electromagnetism buoyancy device, And an electromagnet vortex is installed to turn it into a watercraft. In addition, a mercury ion engine, a gyroscope electric motor, a spiral wheel permanent magnet half permanent magnet, Robot Arm Robot arm A circular parachute type waterproofing device and a bubble glass membrane panel wire are ejected from the horizontal wing to the outside of the vehicle body and fall down to the electromagnet rail on the outer surface of the vehicle body to capture the mercury ion engine ion beam from the lower surface of the vehicle body, Attach the wire coil gun to the underside to separate the seawater into wire- It is about an amphibious vehicle that turns into a dive by passing a rear end through a projection device.

The gasoline engine of a typical automobile is contained in the bonnet, which is bulky, loud, heavy, and requires a rotating device such as a turbine. In addition, existing automobiles have no vertical takeoff and landing devices, no stealth function, no car body protection device shelter and driver protection device shelter in the event of vehicle air collision, no magnetic generator to charge in the car body, The wear of the vehicle body is large due to the adhesive brake applied thereto, and there is no air bubble glass film which is a waterproof device when the vehicle is submerged.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems, and it is an object of the present invention to provide a UFO flying body and a submersible body, an electromagnet engine and a mercury ion engine for traveling, The center of the body is a flapping rotor of an electromagnet engine chain, a gasoline engine permanent magnet rotor rotor rotor blade at the front of the body, an electromagnet rotor horizontal rotor blade and an electric motor tail blade vertical rotor blade at the rear of the main body, Has a mercury-ion engine, a gyroscope, a spur wheel, an infinite-power engine, a permanent magnet, a semi-gravity body, an electromagnet engine road wheel, a two-man combined ship and a helicopter, Lt; / RTI >

It is a further object of the present invention to provide a method of controlling an electromagnet rudder mounted on an electromagnet rudder rail provided on a central axis of a vehicle body and performing zigzag flight by the electromagnet rudder, When mercury liquid beads are put into a vacuum glass tube and a mercury liquid bead is rotated by an electric field, the mercury liquid receives heat and the mercury ion explosion by the explosion of the mercury ion makes the vertical takeoff and hovering possible.

It is another object of the present invention to provide an electromagnet stator of a vehicle body protecting device, which comprises an electromagnet shelter Mobius transforming angle of a sloped surface of a truncated cone of a body, shielding radio waves from the radar by diffuse reflection, And to provide a stealth function for generating a magnetic field to destroy radio waves.

Another object of the present invention is to provide a front bumper and a rear bumper which are disposed at the lower ends of the front bumper and the rear bumper by arranging the front bumper and the rear bumper as positive electrodes, The wheel is infinitely powered magic permanent magnet anti-gravity body to rise vertically to avoid airborne.

Another object of the present invention is to provide a waterproofing device protective film for a waterproofing device along a rail of an electromagnet, wherein a circular parachute type bubble glass film is injected from a horizontal wing of a robot arm during a submerging operation to generate a vacuum and a bubble , And the wire coil gun mounted on the outer bottom of the bubble glass membrane projects the seawater to the rear to generate lift and propulsion.

It is another object of the present invention to provide a door protecting apparatus for protecting a vehicle from electric shock, and an electromagnet door opening and closing door, The same polarity is pushed together to separate the driver's protection device Ottogi shelter from the car body and generate electric power using the direct generator using seawater infinite power to charge the car body and implement the integrated information system (DIS) Can provide an amphibious vehicle.

According to an aspect of the present invention, there is provided an amphibian of a spacecraft of an infinite power self-propelled type. Wherein the flying vehicle has a horizontal and vertical vehicle body center axis in the front, rear, and upper and lower sides, a pair of permanent magnet magnets and a pair of permanent magnet magnets mounted on upper and lower ends of the horizontal body center axis, A head portion having an electromagnet swirl engine disposed at a front end of the rotor, respectively; An operator's seat disposed on an electromagnet rudder rail adjacent to the head and mounted on a central portion of the horizontal and vertical body center axes and having a grasshopper cell for protecting the driver's seat; A wing portion disposed rearward along the driver's seat from the head portion and having an electromagnet rudder and a streamlined left and right chain wing for adjusting a flying direction of the flying car; A power transmission means disposed at the center of the center axis of the horizontal cylinder and equipped with a mercury ion engine for vertically floating and an electromagnet pump engine for watercraft by the propulsion of hydrogen fuel ion ejection at the lower end of the horizontal body center axis; An electromagnet engine road wheel portion connected to the power transmission means and connected to the center of the central axis of the horizontal body for vertical landing and road driving of the flying vehicle; At least one permanent magnet and at least one electromagnet rotor mounted on the upper and lower ends of the rear portion of the center axis of the horizontal body, respectively, to control the rudder of the flying vehicle; The bubble glass membrane panel is lowered downward along the electromagnet rail for the waterproofing device at the upper end of the horizontal arm of the horizontal arm of the horizontal body to capture the mercury ion engine ion beam from the outer bottom surface of the body and discharge the aurora plasma of the mercury ion engine underwater When seawater is ionized into oxygen, hydrogen, and salts, and electromagnets are arranged at N-pole and S-pole in the wire coil gun attached to the bottom of the bubble glass membrane and the direction of the battery is constantly changed, The ionized seawater is flowed in the same direction as that of the wire coil gun and flows along the path of the current through the electromagnetic projection device of the magnetic field wire coil gun to project the ionized seawater to the rear end. The forces that are combined with each other and their reactions generate pressure and propulsion, Winding a coil on the outer wall of the capsule glass film flowing a current comprises a bubble with a glass rod to carry the vehicle body in the plasma field.

Also, according to the present invention, the amphibian vehicle is an infinite-power self-propelled type spacecraft-type flight vehicle; This flying car is waterproofed by a bubble glass membrane during water submergence and moves to the water like an incandescent lamp, winds the outer wall of the bubble glass film with a coil, and carries the current through the plasma. The aurora plasma and magnetic field wire coil gun So that the lift and the thrust are obtained.

Also, according to the present invention, the amphibian vehicle is an infinite-power self-propelled type spacecraft-type flight vehicle; Wherein the flying vehicle has a central axis of the buoyancy device arranged in the front and rear / upper and lower parts of the horizontal and vertical car body center axis and a central lower end of the vertical body center axis, and a buoyancy device having seawater inlet / A water-flying means having an electromagnet engine bump and an electromagnet vortex for generating and accumulating electromagnet energy; A mercury ion engine disposed at the center of the vertical body center axis and emit mercury ions for vertical and vertical descent of the flying vehicle by a mercury ion beam; And an electromagnet road wheel connected to the water-flying means and connected to a shaft mounted on the center axis of the horizontal body for vertical landing and road driving of the flying automobile.

The present invention is a source technology for floating, flying and vertically floating by a chain wing, an electromagnet engine pump, an electromagnet engine road wheel, a mercury ion engine, a gyroscope electric motor, an electromagnet engine wheel, an endless power magic permanent magnet antigravity body, Waterproofing device, magnetic field wire coil gun, is an innovative product and the first model design. It will be used in existing US market, China, Japan and Europe. If it is commercialized, it will be applied firstly to leisure and disaster rescue aircraft. It is a superpower promising field that can preoccupy the market with differentiation because there is no commercialization case around the world. The United States, which has developed the most advanced technology for flying cars, including the Netherlands and Israel, is pushing for development, such as launching a revolving flight car aimed at the market.

1 is a schematic cross-sectional view of a amphibian according to a preferred embodiment of the present invention,
Figure 2 is a top plan view of Figure 1,
3 is a view for explaining the operation of the sparking permanent magnet rotor, the sparking permanent magnet, the cylindrical permanent magnet and the electric motor shown in Figs. 1 and 2,
Fig. 4 is a view for explaining the operation of the permanent magnet rotor, the braking device of the permanent magnet seat, and the electromagnet and eddy current brake shown in Figs. 1 and 2;
FIGS. 5 and 6 are views for explaining the operation of the mercury ion engine of FIG. 1,
7 is a view for explaining the principle of operation of the gyroscope of the amphibian according to the present invention,
FIG. 8 is a view for explaining the operation of the wheels of the electromagnet engine shown in FIG. 1,
9 is a view for explaining the operation of the electromagnet engine pump, the electromagnet engine pump direction key shown in Fig. 1,
FIG. 10 is a view for explaining the operation of the electromagnet engine chain shown in FIG. 1,
Fig. 11 is a view for explaining the operation of the electromagnet engine pump, the electromagnet swirl machine and the electromagnet engine pump, which are the electromagnet swirl gasses in the buoyancy device shown in Fig.
FIG. 12 is a view for explaining the operation of the seawater and compressed air discharge shown in FIG. 1 and the mercury ion engine ion beam and the electromagnet swirl gas,
13 is a view for explaining the electric production process of the seawater infinite power generator according to the preferred embodiment of the present invention,
FIG. 14 is a view for explaining a process for obtaining endless wheel power according to a preferred embodiment of the present invention,
FIG. 15 is a view for explaining the operation of the body protection apparatus shown in FIG. 1;
FIG. 16 is a view for explaining the operation of the driver's seat protecting apparatus shown in FIG. 1;
17 is a view for explaining a process in which a bubble glass membrane according to a preferred embodiment of the present invention is connected to a bellows rocker arm, a bearing, and a bubble glass membrane panel wire as a protective film for a body waterproofing device,
18 is a view for explaining an operation of capturing a body by injecting a bubble glass membrane, a bubble glass membrane panel, and a snorkel ring in a horizontal arm of a robot arm according to a preferred embodiment of the present invention,
19 is a view for explaining an operation of capturing a mercury ion engine ion beam by a bubble glass membrane according to a preferred embodiment of the present invention and projecting seawater by a wire coil gun attached to the bottom surface of the bottom bubble glass membrane of the vehicle body.

The terms and words used in the present specification and claims should not be construed to be limited to ordinary or dictionary meanings, but the inventor may appropriately define the concept of the term to describe its invention in the best way Can be interpreted as meaning and concept consistent with the technical idea of the present invention.

It should be noted that the embodiments described in this specification and the configurations shown in the drawings are merely preferred embodiments of the present invention and do not represent all the technical ideas of the present invention, It should be understood that various equivalents and modifications may be present.

1. Magical permanent magnet rotors (4) Anti-gravity bodies, electromagnet and eddy current brakes (51)

When the sparking permanent magnet rotor 4 in front of the upper surface of the vehicle body is rotated clockwise, the electromagnet rotor 15 behind the upper surface of the vehicle body rotates in the counterclockwise direction and the rotation moment (torque Torque, ) Is canceled to prevent the body from rotating due to no torque effect occurring.

As the electric motor 64 slowly rotates, a high voltage is generated and a strong static electric field is formed around the rotating electric motor 64. As the rotational speed increases, the sparking permanent magnet rotor 4 starts to float in the air, Can be adjusted. When the electromagnetic field closely interacts with gravity and rotates the sparking permanent magnet 3 at a high speed, a new space is formed to control the gravity, from which plasma energy is generated, gradually changing its color, Which eventually float in the air. It is symmetrical like a dish, and it can stop or fly even when taking off and landing, and also the angle of rotation is also freely. The essence of this semi-gravity device is to reverse the nature's interactive nature and gain its effect through mechanical devices. This anti-gravity effect is based on Einstein's general theory of relativity The permanent magnet 65 or the electromagnet 13 is used, and the gravity has a close interaction with the electromagnetic force.

The gasoline engine sparkle permanent magnet rotor (4) is a triple-structured, semi-gravitational permanent magnet with a cylindrical permanent magnet attached to it in two layers, with fourteen round cylinders around the cylindrical permanent magnet Shaped permanent magnets uniformly adhered and treated in the same manner as the outer magnet to form a triangular magnet model. At this time, when the center cylindrical permanent magnet is rotated by the electric motor (64), the cylindrical permanent magnet and the cylindrical permanent magnet are rotated together, and electricity is generated from the outermost side to start rotating, . (3) The arrangement of the permanent magnets (3) is that a plurality of permanent magnets (65) are arranged in a square shape so that they are all the same in the horizontal, vertical or diagonal directions.

The electromagnet and eddy current brake 51 is a kind of electric braking of the vehicle. The electromagnet and eddy current brake 51 is a kind of electric braking of the vehicle. The braking force generated by the braking force is used. The electromagnet and eddy current magnetic body is provided with a metal disk accompanied with an electromagnet 13 at the central portion of the axle of the cylindrical permanent magnet rotor and four coils are provided on both sides of the disk so that a braking current flows in the coil, Heat. The electromagnet 13 generates a rotating magnetic field so that an eddy current and a magnetic field act on the electromagnet 13 to obtain an electromagnetic force by the Fleming's left-hand rule and to be used in the electromagnet and eddy current brake 51 which interrupts the rotation of the permanent magnet rotor 4. The gravity field is controlled by stopping the rotation of the semi-gravity body. The electromagnet 13 is placed at a position very close to the rail and an electric current is sent to the electromagnet 13. The electromagnet and eddy current brake 51 is driven by the electromagnet of the wheel 13 is a non-adhesive brake in which the braking force acts directly between the rail and the rail, and the conventional brake is an adhesive brake which depends on the friction between the wheel and the rail.

The eddy current is generated in the conductor through which the eddy current is generated and generates heat corresponding to the resistance of the conductor. The electromagnet and eddy current brake 51 has the cooling passage. The eddy current generates an electromotive force when the magnetic flux changes in the magnetic body, By this electromotive force, a swirling current flows in the magnetic body. Eddy currents are created in the conductor to create a magnetic field in the same direction as the external magnetic field to prevent the magnetic field from weakening as the object moves away from the magnetic field, do.

2. Mercury ion engine (6), gyroscope electric propulsion system

The mercury ion engine (6) and the gyroscope electric propulsion system rise vertically and move at a high speed and diagonally back and forth. Inside the car body, a heater machine that generates heat made of iron is supported on the bottom part, a mercury engine is mounted on it, a mercury container (9) is mounted on the lower part of the vehicle body, mercury is stored, Device.

Mercury or xenon is used to create a liquid bead in the center of a large hollow glass tube, a permanent magnet (65) is applied to the liquid bead, and then a large hollow glass tube capturing the liquid bead is rotated to rotate the liquid bead .

When a large glass tube, which is hollow by a magnetic levitation method, is rotated by using its own long wave, it reacts with a liquid bead of magnetism to produce electricity, and when it rotates, it does not need a wire by using its own long wave. When mercury is injected into a mercury engine, the mercury is ionized by heat to become a plasma state. The mercury engine is regarded as a kind of plasma generator, and surrounds the vacuum glass tube 70 with plasmaized ions. The force generated by the boiling mercury forms the barometric pressure frame only by the gas, so it is not affected by other gravity. In the mercury-ion engine, the propellant injects xenon and the electrons in the negative (-) (85) collide with the xenon atoms, which in turn cause the xenon atom to become (+) electrically. When a positive voltage is applied to a metal plate through which a fine injection hole is formed and the (+) electric xenon ion passes through the metal plate, the speed is accelerated to obtain the driving force.

The free electrons of the rotating metal have the property of easily moving outward in the form of radiation by the centrifugal force, and the electromagnetic field interacts closely with gravity. When accelerating ions, the electrostatic ion engine uses the coulomb force to accelerate the ions toward the electric field. According to Coulomb's law, electrostatic attraction or repulsion of charge particles on different charge particles, two charges having the same sign as positive or negative push each other along a straight line connecting the centers of each other, Two electric charges with each other draw along a straight line connecting their centers.

One end of the cylindrical tube 79 has an anode and a coil in the middle surrounds the coil, which generates a radial magnetic field between the coil and the outer tube 79 surrounding the coil. The ion thruster used in the mercury ion engine is a hall thruster that generates propulsive force by discharging electrically charged cations. It is a hall thruster that obtains propulsion by discharging ionized electrons at once after confining electrons to a magnetic field .

The mercury ion engine uses plasma and uses the electrical energy of the voltage to change the fuel into a plasma, which then accelerates and exhales to obtain thrust. Mercury Ion engines use mercury (hg) and xenon (xe) as the fuel to make the plasma. Since xenon exists in air and exists as a liquid above the critical point, it is easy to store and has high molecular weight, It is the most commonly used engine fuel.

The mercury is injected into the vacuum glass tube 70 in a liquid state and sealed, and a magnetic N + S + N monopolar is arranged on the inner wall of the liquid mercury bead in the glass tube. The filament 68 is heated by the electric field applied to the filament 68 at both ends of the tube 67. The filament 68 is heated by the electric resistance, Thermal electrons are emitted. The emitted hot electrons collide with mercury to excite a high orbit of mercury atoms to electrons. Aurora (a phenomenon in which a part of a charged particle plasma emitted from the sun is emitted by the Earth's magnetic field, reacting with air molecules while entering the atmosphere) The same phenomenon as the principle of giving. In operation of the mercury ion engine, first, the xenon (atom) 86 supplied to the discharge chamber 88 is ionized (plasma state) by the impact of electrons emitted from the main cathode, and the screen electrodes and the acceleration electrodes By applying a high voltage of the gas, the ions available in the discharge chamber 88 are electrically accelerated and injected at very high speed to obtain propulsion by the reaction.

A plurality of gyroscopes 81 with sealed liquid mercury can freely revolve around the three axes with the axis of the rotor, which is the rotation axis of itself, and the horizontal axis and the vertical axis orthogonal to the rotor axis, respectively, It is a device made to rotate.

 The propulsion system can generate electricity by rotating mercury in a rotating device such as a gyroscope (81), an electric mercury-based and sealed gyroscope (81), producing levitation effects and anti-gravity effects It can cause bright bright light to rotate.

When the mercury particles are placed in a sealed glass tube and the energy current is discharged at both ends of the vacuum glass tube 70, the electrons bound to mercury particles and mercury atoms are excited to generate a room temperature plasma and emit light and heat. If you continuously concentrate light and heat in one place, you can get a certain amount of propulsion. Mercury, and xenon (inert gas element) and ionized in a plasma state, and mercury forms a plasma (light) in a strong magnetic field, and when deuterium 95 is added to the mercury, fusion occurs immediately and causes a huge explosion , And this is to rise vertically using the explosive force.

3-1. Electromagn ... (17) Recommended trade shows Transrussia International transport &

The electromagnets 13 are arranged at regular intervals in the electronic wheel road wheel 18 as N poles and S poles and the electromagnets 13 are arranged at regular intervals around the electromagnet engine drive shaft The N-pole and the S-pole are disposed at the same pole as the wheel wheel 18 of the electromagnet engine. When electric current flows through the wheel wheel 18 of the electromagnet engine, the electromagnet wheel 17 is pulled by the electromagnetic force The direction of the battery is continuously changed so that the drive shaft and the electromagnet engine road wheel wheel 18 are engaged with each other and the electromagnet engine wheel 17 is rotated. It is an electromagnet engine wheel (17) which is equipped with an electromagnet motor and a driving device inside a road wheel wheel, and an electric brake reducer is put in a road wheel to remove an engine and a complicated driving device. The electromagnet engine road wheel 17 is a technique in which the turning vibration is minute and the existing gasoline engine drive shaft is reduced while the front wheel of the electromagnet engine 14 is operated and put in the road wheel wheel. And is an electromagnetically engine wheel 17 which is electromagnetically driven by rotating the electromagnet 14 without a motor to drive the electromagnet 13 in a road wheel wheel,

With the electromagnet engine 14 integrated with the motor and suspension to reduce the need for the main engine, the bonnet (engine cover) The seawater infinite power direct-current generator (59) is stored in the seat to lighten the structural weight of the car body.

3-2. An electromagnet engine chain wing 16, an electric motor tail wing, a robot arm horizontal wing 63,

The electromagnets 13 are arranged at N-poles and S-poles at regular intervals in the electromagnet engine chain windings 16 in front of the upper surface of the vehicle body, and the electromagnets 13 are arranged at regular intervals around the electromagnet engine drive shaft, And when the current is supplied to the vane 16 of the electromagnet engine chain, the vane 16 of the electromagnet engine chain is pulled by the electromagnetic force, and the direction of the battery is continuously changed The electromagnet engine drive shaft and the electromagnet engine chain vane 16 are engaged with each other, and the electromagnet engine chain vane 16 is rotated.

The wing 16 of the electromagnet engine chain has wings attached to the chain, and the wings are rotated from the bottom to the top and down according to the movement of the wing 16 of the electromagnet engine chain. In the state where the wings are operated by the upper and lower rotor blades by the electromagnet engine chain blades 16, the inverted triangular blades 61 of the middle part of the wing are curved at a certain angle with a curved line to the wing end portion, The motor 64 causes the inverted triangular wing 61 at the middle portion of the two wings to be rotated up and down. When an electric motor (64) is attached to the tail wing at the rear of the vehicle body and the electric current flows, the tail wing spreads to the left and right as a triangle, and is housed in the center of the body when it is not used. The inverted triangular wing and triangular tail wing allow low flying speed, turning and maneuvering in very little space. When flying at low altitudes, pull-up flying just before landing makes it instantaneously slow down to land softly, The distance between the inverted triangular wing (61) and the triangular tail wing (62) makes the horizontal direction parallel to the ground. The inverted triangular wing (61) and the tail wing are composed of a plurality of blades. When the bullade is vertically enlarged, lift is generated, and when the blade is lowered horizontally, the force is weakened and descends. When a small electric motor is placed in the blade and the current is flowed, the blade is rotated vertically and opened, and the air is passed from above to the top to get lift and rise vertically. When the reverse current flows, the blade is laid horizontally In the state, it does not allow air to pass through it, but floats horizontally with the ground.

The electromagnet engine chain vane 16 is inverted triangular and the inverted triangular plate moves upward and downward to allow the wings to flap up and down like a seesaw. By the electric motor 64, the tail wing is triangular, and as the triangular plate moves up and down, the tail wing flies up and down like a seesaw so that it can fly low. The non-rotating, fluttering wing using the electromagnet engine 14 generally has an integrated function that provides both lift and propulsion. It is curved at the middle part of the wing, spreads to the thinner side as it goes to the end, and becomes like a bird. When it spreads wide, it becomes inverted triangle. The robot arm horizontal wing 63 is fixed on the left and right sides of the center of the vehicle body and fixed in a straight shape, and maintains the inclination of the vehicle body horizontally. The horizontal arm of the robot arm is equipped with a round parachute type foam film, which automatically unfolds when submerged, capturing the body and acting as a body waterproofing device. In addition, the horizontal wing of the robot arm captured by the bubble glass membrane at the time of diving serves as a fin, and it can be rotated to the left and right, and the balance of the body can be maintained.

3-3. The electromagnet engine pump 30, the electromagnet engine pump direction key 33,

The electromagnet engine pump 30 has a linear motor using a conductor such as liquid metal, and acts as a pump acting on a force acting on the conduction fluid. The electromagnets 13 are arranged on the impeller at regular intervals, and the electromagnets 13 are arranged at regular intervals around the rotation axis, and the same poles as the impeller are arranged at N and S poles. When electric current flows into the impeller of the electromagnet engine pump 30, when the direction of the battery is continuously changed while being pulled by the electromagnetic force, the impeller rotates while the rotary shaft and the impeller are rotated. The amphibian (1) floats above the water surface of the car body, and a nozzle (nozzle) of the electromagnet engine pump (30) is connected to the buoyancy device (a device at the end of the pipe so that liquid or gas can be blown through the small hole at high speed) 11, the water is sucked from the upper surface of the seawater and is blown into the rear nozzle of the electromagnet engine pump 30 to reduce the seawater in the buoyancy device 11 to control the buoyancy, The force is exerted directly on the seawater without the rotating body, and the vehicle body advances due to the reaction of the seawater discharged into the water. Two permanent magnets 65 are disposed at the nozzle inlet 21 facing forward and a magnetic force is applied to the permanent magnets 65. In this case, So that the electromagnet engine pump direction key 33 moves to the nozzle inlet of the electromagnet engine pump 30 and closes. When the reverse current flows, the electromagnet engine pump direction key 33 moves from the pump nozzle inlet to the central axis and opens. Electromagnet Engine Pump (30) The electromagnet engine pump direction key (33) in the nozzle controls the forward and backward left and right direction. When moving forward, the electromagnet engine pump direction key (33) (33) side by side, close the two front pump nozzle openings and open the water line to the rear to adjust the direction.

4-1. The electromagnet rudder rails 29, the electromagnet rudders 28,

A linear motor (a circular coil of a general motor is linearly shaped) is provided on the electromagnet rudder rail 29 around the vehicle body center axis and the electromagnet rudder 28 mounted on the electromagnet rudder rail 29 moves, And controls the direction of the wings 16. N poles and S poles are arranged at an interval between the electromagnet 13 and the electromagnet 13 in the electromagnet rudder 29 and the electromagnet 13 is placed in the electromagnet rudder 28, Pole and the S pole are disposed at the same pole as the electromagnet rudder rail 29 and the direction of the current flowing to the linear motor is constantly changed, The N-pole and the S-pole are periodically changed. As a result, attraction force and repulsive force between the electromagnet rudder rail 29 and the electromagnet rudder 28 are rapidly changed and the electromagnet rudder rail 29 and the electromagnet rudder 28 start to fly (push and pull) If you change the direction only, you can suddenly go back to the electromagnet rudder (28) going forward. An automatic balance control device capable of zigzag-free flying of the vehicle body with the electromagnet rudder 28, hovering (stopping flight), and a gyroscope sensor for maintaining balance are mounted.

4-2. An electromagnet swirl gas 40, an electromagnet swirl 39, and a stealth function

The electromagnet swirl gas inlet 40 is a circulation passage through the seawater outlet 26 in the buoyancy device 11 and connected to the bottom of the vehicle body and into the seawater inlet 26. The electromagnet chain in the buoyancy device 11 Is mounted on the center axis 12 of the buoyancy device which is laterally fixed. The electromagnet swirl unit 39 is mounted on the electromagnet swirl gas body 40 and the electromagnet swirl unit 40 disposed at the bottom of the vehicle body The N-pole S-pole is disposed at regular intervals, and the electromagnet swirl unit 39 is disposed at the same pole as the electromagnet swirl gas body 40. The electromagnet vortex generator 39 is injected in front of the bottom electromagnet vortex generator 40 of the vehicle body and is moved back and circulated. Next, an electromagnet swirl unit 39 and an electromagnet swirl unit 39 for moving backward in front of the bottom electromagnet swirl gas body 40 of the vehicle body are installed, and the electromagnet swirl unit 39 is moved from the seawater to the electromagnet swirl unit 39 (39), the vehicle body is pushed forward to advance the principle of AC driving. The electromagnet (40) and the seawater are disposed at a predetermined distance from the electromagnet (40) at the bottom of the body of the electromagnet, and when the direction of the battery is continuously changed, The seawater is pushed backward by the electromagnet swirl gas body 40 and the seawater is pushed backward to the rear of the vehicle body while the bottom of the front body where the electromagnet chain is disposed pushes the seawater and the back of the electromagnet swirl gas body 40 is disposed The sea water from the bottom of the body of the vehicle is moved to the back of the car body, and the vehicle body advances by the reaction. The electromagnet swirl gas 40 is supplied from the bottom of the vehicle body to the seawater and simultaneously with the electromagnet swirl unit 39. Electromagnet The eddy current (40) and electromagnet swirl (39) are easier to control the current than moving the machinery during sea water operation, so if you change the direction of the current only, you may suddenly go back to the car body It does not generate vibrations and floods, and functions as stealth.

4-3. Electromagnet buoyancy device Equivalent electrode Seawater entrance buoyancy control

When electromagnets 13 are arranged in the upper part and the lower part of the buoyancy device 11 with the same polarity and current is passed therethrough, repulsive force is generated and the same poles are pushed out to each other, and seawater can be divided into N pole and S pole, And the same pole as that of the electromagnet 13 is pushed, so that seawater intrusion into and out of the buoyancy device 11 is suppressed to generate buoyancy. The seawater inlet / outlet 26 is circular at the bottom of the buoyancy device 11, and the seawater inlet / outlet 26 is always open. A buoyancy device 11 is installed in the lower part of the center of the vehicle body and an upper portion of the buoyancy device 11 is connected to the upper part of the buoyancy device 11 through the electromagnet engine air compressor 20. The compressed air is introduced into the buoyancy device 11, The buoyancy of the vehicle body is controlled by pushing seawater out of the buoyancy device 11 through the buoyancy device 26 to suppress seawater access.

5-1. Direct-current seawater direct current generator (59)

The seawater in the seawater tank 77 descends from the top downward and passes through the electromagnet 13 in the seawater induction pipe 66 and becomes a conductor by the electromagnet 13 to flow between the two electrodes 23 to form a magnetic field, A current is generated by intersecting two electric wire line electrodes 23 provided at the right and left ends of the end portion of the induction pipe 66 at right angles. Since the current starts to flow in the direction perpendicular to the magnetic field and the sea water flow, it does not require a rotating device such as a turbine, and therefore, it directly generates electricity without loss of energy. The generated current is stored in a cell inside the vehicle body and becomes a amphibious vehicle (1) that charges the fuel while flying in a cell-collected battery. The seawater in the seawater tank 77 pushes the seawater from the top to the bottom and the seawater in the seawater induction pipe 66 rises from the bottom to the bottom by the water pressure and becomes a circulating loop entering the seawater tank 77 and becomes infinite power. When a seawater tank (77) contains a breech (67) which is in the body of a tibia fish, the seawater induction pipe (66) is closed by a breech (67) .

5-2. Spin wheels (73) Infinite power transmission induction tube (60) Stealth function

The wheel endless power transmission induction pipe 60 is provided with a sharp electrode 23 in front of the vehicle body and a high voltage is applied to the sharp wire electrode electrode 23, A high electric field is formed around the pointed electrode 23, and new electric and ion pairs are formed around the electrode 23 by this electric field to generate plasma.

Infinite power, no-input permanent power generation (free-working), even if no external input is used, the DC current will be generated permanently if you start it manually. When the door is attached to the iron ball 75 disposed on the wheel 73 and the door is opened to pull the iron ball 75 out, the endless power of the wheel 73 is stopped and the iron ball 75 is rotated (73), the balance wheel (73) rotates to become infinite power when the first wheel brake

The electric wave generated from the front of the body is attached to the surface by the conductor, and it is turned along the surface of the wing through the body of the body through the body of the body from the front of the body, and the electromagnet (13) To the N pole to flow the horizontal wave of the radar between the two electric wire electrodes 23 provided on the left and right sides of the wing tip to operate the stealth technique by scattering and destroying the radio waves at the magnetic field of the wing tip.

6. Airborne collision avoiding devices (5) Vortex engines, positive electrodes (24)

A vortex engine that uses a vortex engine and a device that emits an electric plus pole is narrowed down with an object. A vortex is generated from the front of the vehicle body by a vortex engine arranged on the front side of the vehicle body just before the air collision, and is sent to the center of the vehicle body. Release. An electrode 23 is provided in the front bumper 80 and the rear bumper of the vehicle body in such a manner that the electrode 23 is pointed with the same electrode 23 and a current is passed from the south pole to the north pole to apply a high voltage to the sharp wire electrode 23 A high electric field is formed around the pointed electrode 23 and a positive electrode is formed around the electrode 23 by the electric plus pole discharge. When the object is approaching within the limit distance, the airborne collision avoidance device automatically warns the air collision warning at a predetermined distance from the object in front of the vehicle body, pushes the surrounding obstacle by the electric plus electrode 23, To prevent airborne collisions. The electric circuit of the vehicle body is provided with an eddy-current electric brake to stop the running operation, become a public collision preventive device (TCAS) using an electromagnet 13 capable of predicting a public collision in advance, , A radar and a camera are used to predict the risk of collision with the front of the vehicle.

7. Body protection device Electro-magnetic shelter (55) Moebius's band stealth function

Body Protection Device Mounted on the Body Surface Electromagnet Shelter (55) The Möbius strip is connected to the body surface by a tridentate triangular band, and the angle of the slope is a horned rectangle for each angular shape. Steering technology of the body protection device Electromagnet shelter (55) The steer technology that the angle conversion of the front face of the wing of the Mobius and the rear slope of the wing causes the diffuse reflection wave to be distorted by the frequency that the radar can not detect, Prevent eavesdropping by trembling. It is difficult to know the fact that even if the radar is reflected in the direction of the radar, it is reflected in the air defense identification zone, and the reflected wave is more affected by the shape of the body than the size of the object, The area (radar reflection area, RCS) of the radio waves reflected from the target is diffusely diffused in the form of a triangular prismatic wave of the Mobius of the body protection device electromagnet shelter 55, so that the radar reflection area is very small and is hardly caught in the radar.

When the electric current flows, the small electric motor vibrates several times per minute to constitute the centrifugal force around the central axis. While rotating, the angle position of the slope changes as the seesaw changes, and the body protecting device electromagnet shelter 55, A magnetic field is generated on the permanent magnet 65 on the front side and the permanent magnet 65 on the rear side of the wing to push out the same pole like a seesaw. The body protecting device electromagnet shelter 55 has a different color from the front side of the wing of the Mobius It is a magic amphibious vehicle (1) that conceals with the naked eye as the body color changes when the angle of the slope changes. The Möbius band (the figure formed by twisting an elongated rectangular steel plate with both ends joined together) whose starting point is connected to the inner end of the surface is a two-dimensional figure with only one boundary, no distinction between inside and outside, You can move along and reach the opposite side of where you left off, and go back and forth on your two wheels to come back to the first position. Body protection device Electro-magnetic shelter (55) Electro-magnetic shelter (55) Mobius bobbins protruding from the back of the body to the surface of the car body Electro-magnetic shelter (55) When the body of the electromagnet shelter (55) is rotated by an even number of bands of the small electric motor attached to the front face of the wing of the Möbius, the electromagnet shelter (55) The front face of the Mobius's wing is in the original state on the body surface.

8. Driver's protection device Ottogi Shelter, electromagnet extruder (35)

When the electromagnet injector sling 36 is pulled, the connection ring of the spring which is in contact with the lower surface of the cross keyer and the upper surface of the electromagnet injector 35 is broken, the spring embedded in the electromagnet injector 35 is projected to the outside, The ottoman shelter is lifted by pushing up the Ottogi shelter resting on the injector 35, and when the sliding door on the driver's seat 27 is touched, it is automatically opened by the sensor and separated from the vehicle body. There is no window inside the driver's seat (27) and the driver is guided by a radar camera and sensor. The center of gravity is located beneath the driver's protection device crossing shelter and is spring loaded on the underside, making the vehicle level just before landing on the ground.

An electromagnet injector 35 is installed, and a driver's protection device crossing shelter is mounted on a rail of an electromagnet 35 (catapult, injection device: device for oscillating an airplane in a narrow space) The upper surface of the electromagnet injector 35 and the bottom of the driver's protection device Ottogi shelter are arranged at the same pole so that the electric current continues to flow as the injector advances. The electromagnetic force generated at this time is transmitted to the driver- The lower pole 23 of the main pole 23 is pushed together to become a power for floating the grasshopper in the air.

The electromagnet engine rotor 15 at the front of the vehicle body at the time of flight rotates in the clockwise direction and rotates the electromagnet rotor 15 at the rear side of the upper surface of the vehicle body counterclockwise to generate a rotation torque Synchronous) is canceled to prevent the body from rotating due to no torque effect occurring. To prevent airborne collisions, the rear electromagnet rotor is installed at a slightly smaller height than the front electromagnet rotor. The rear body of the vehicle body is advanced by pushing backward electromagnet engine rotor (15) pushing air behind the vehicle body while pushing the water body behind the body with the rear screw of the body bottom during the watercraft operation, and the electromagnet engine drive wheel And the left and right front wheels move forward while adjusting the direction. In the event of a body collision, electric currents are automatically flown out, and the electromagnet doors attached to the doors are unfolded according to the actuating means to protect the operator protection device Ottogi shelter from the double doors along the existing doors.

9. Bubble glass (100) Waterproofing:

17 to 19, when the vehicle body is submerged, a bubble glass film (a glass film) formed from a horizontal wing of the robot arm is injected to be lowered along the electromagnet rail to enclose the body, The inside of the bubble glass membrane can be made into a vacuum container by using seawater remaining in the inside of the glass membrane and the outer surface of the body of the vehicle.

Newton's laws of physics and basic physics are unnecessary under the assumption that seawater is a derivative that conducts with enormous electromagnetic force.

The inner space of the waterproofing device of the bubble glass membrane 100 is an unsteady structure having no boundary between the ceiling and the wall and is surrounded by a gentle slope from the mercury ion engine ion beam 8 to the horizontal arm of the robot arm. The inner space was designed with a disk-like high surface to maximize the contact surface of the disk.

The bubble glass membrane in the shape of a circular parachute being stored in the horizontal arm of the robot arm is connected to a 360 degree rotating bearing 99 and a bellows rocker arm 98. A wire coil gun is mounted on the outer bottom surface of the bubble glass membrane, The end portion of the bubble glass film 100 is formed of a strong electromagnet to capture the mercury ion engine ion beam 8 and at the same time to form the body bottom bubble glass film 100, The wire coil gun 104 mounted on the outer bottom surface is operated.

The linear motor electromagnets are arranged in the bubble glass membrane panel 101 provided on the inner surface of the circular parachute type bubble glass membrane with the N pole and the S pole at regular intervals and arranged at the same pole as the bubble glass membrane panel 101, The bubble glass panel 101 is pulled by the electromagnetic force to continuously change the direction of the battery so that the outside of the body and the bubble glass panel 101 are separated from each other and the bubble glass film 100 moves.

Means that a force is applied to the cell-foamed glass panel using the repulsive effect of the same magnetic field, and is a process in which the cell-foamed glass film 100 is accelerated and pushed down along the rail through which current flows. The direction of the forward and backward movement of the bubble glass film 100 may simply be changed by changing the current flow, and the speed may be easily controlled by adjusting the intensity of the current and the magnetic field.

The outer wall of the bubble glass film 100 is wound with a coil to flow a current to generate a high temperature for reaching the plasma state and a strong magnetic field is formed so that the plasma is surrounded by the inner bubble glass film 100, Carrying body becomes. (A system for injecting outside air and driving the engine and charging it with a battery) 103 that is injected to the upper end of the horizontal arm of the robot arm and attached to the outer surface of the bubble glass membrane 100 electrolyzes the seawater, It is put in a rod to be supplied with oxygen automatically, and hydrogen gas is released into water. The bubble retaining membrane in the form of a circular parachute is ejected out from the horizontal wing of the robot arm at the time of diving, and the bellows locker arm 98, the bubble glass membrane panel and the wire 102 are released and radially outward The bubble glass film 100 is spread and filled in the room of the bubble glass film 100 with air bubbles and vacuum. At the same time, the air bubble glass film panel 101 mounted inside the bubble glass film 100 is unfolded, And is mounted downward along the transferring stone rail provided on the surface. The bubble glass film 100 serves as an incandescent lamp or the like and is attached to the outer surface of the body of the vehicle. The bubble glass film 100 has a gyroscope (basically a dynamical movement of a rotating object) Direction setting, etc.) to attach to the device to adjust the balance when diving.

In the deep sea, the body is shaped like an incandescent lamp, and the transparent bubble glass membrane (100) around it is a waterproofing protection film in the deep sea, and it generates vacuum and bubbles as a strong magnetic field object, Bubble glass (100) Plasma is made by moving the ionization of oxygen, hydrogen, and salt by electrolyzing the surrounding seawater by making conductive fluid at the surface of the electrode which is adhered to the outer surface of the membrane. The bubble glass membrane panel wire 102 capturing the mercury ion engine ion beam 8 is wound up while being lifted up by the 360 degree rotating bearing with the bellows rocker arm 98 and the bubble glass membrane panel 101 is moved upward by the electromagnet As the robot arms are folded over the horizontal wings of the robot arm along the rails, a circular parachute type bubble glass membrane returns to its original state in the robot arm horizontal wing.

10. Wire coil gun 104

The aurora plasma of the mercury ion engine is discharged underwater, so that the seawater heated by the high temperature is ionized into water (oxygen, hydrogen) and salts, and the ionized seawater is introduced into the bubble glass film 100) Electromagnets are arranged at the N-pole and S-pole in the wire coil gun 104 attached to the front and rear of the bottom surface, and the direction of the battery is constantly changed, ionized water (oxygen, Is disposed as a conductor and coplanar with the wire coil gun 104, and a current is sequentially passed through the wire coil gun 104 to accelerate the seawater along the path. When the direction of the battery is continuously changed as the wire coil gun 104 is pulled by the electromagnetic force, the wire coil is separated from the wire coil by using the electromagnetic force of sea water. The seawater is passed through the electromagnetic projection device of the strong magnetic field wire coil gun 104 to be ejected at the back and the seawater ions (oxygen, hydrogen, dye) are combined with each other as the passing ionic seawater returns to its original state And its counteraction, thrust and thrust (forces acting at right angles to the direction of motion when an object moves in the liquid). The water molecule has polarity like the magnet with N pole and S pole, and the sea water is 96% of water (H ₂ O) and the salt is 4%, so the power applied seawater is oxygen (O ₂ ) H ₂ ) is electrolyzed while flowing between the cathode plates. Magnetic field within the molecules of water by the force of magnetic force is formed by collision with numerous negative charge (anion formed in the tent of power) is rapidly rotated, and the water molecules are hydrogen (H ₂₎ when the water rotates at a faster rate and oxygen ( O ₂ ).

The direction of the forward and backward movement of the wire coil gun 104 may be simply changed in current flow or the speed may be easily controlled by adjusting the intensity of the current and the magnetic field. The wire coil gun 104 is a magnetism engineering system that generates a magnetic force to generate a strong magnetic force, accelerates seawater by an effect of a magnetic field, and generates a high-speed magnetic propulsion force by using an electromagnetic coil. The operation of the linear motor is the same as pushing two magnets when facing the same pole. The process of accelerating the seawater along the current-carrying wire is similar to the acceleration of a train running on a rail.

Electric current flows through the coil in succession using a current-carrying wire (a wire made by twisting multiple wires of steel wire) to form an electromagnetic field, and a coil (a coil-shaped wire wrapped several times in the form of a coil screw) Accelerates seawater.

In the current-carrying coil, a ring-shaped magnetic field is generated. This magnetic field draws the seawater to one side. The coil-gun uses the ferromagneticity of the circular coil. In other words, after arranging the circular coils in a line in a tunnel form, the ferromagnetic sea water is placed at one end of the tunnel, and current is supplied to the first coil.

The vehicle body is spinning with aurora light in the water, and the ionic seawater is a silent propulsion system equipment that propels the ionic water into the tail by the magnetic field wire coil gun 104. In a giant fluid of sea water, supersonic diving is possible with magnetic force and energy, and it forms a water column of a whirlwind flying over the sea.

The embodiments of the present invention disclosed in the present specification and drawings are merely illustrative of specific examples for the purpose of understanding and are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

1: amphibious vehicle 2: amphibious vehicle center axis
3: Magical permanent magnet 4: Magical permanent magnet rotor
5: mercury liquid 6: mercury ion engine
7: Mercury ion engine heater 8: Mercury ion engine ion beam
9: mercury kettener 10: mercury plasma
11: Buoyancy device 12: Buoyancy device center axis
13: electromagnet 14: electromagnet engine
15: electromagnet engine rotor 16: electromagnet engine chain wing
17: electromagnet engine road wheel 18: electromagnet engine road wheel wheel
19: electromagnet engine road wheel drive shaft 20: electromagnet engine air compressor
21: nozzle inlet 22: nozzle outlet
23: electrode 24: positive electrode
25: compressed air outlet 26: seawater outlet
27: driver's seat 28: electromagnet rudder
29: electromagnet rudder rail 30: electromagnet engine pump
31: Electromagnetism engine pump rotation axis 32: Electromagnetism engine pump impeller
33: Electromagnetism engine pump direction key 34: Electromagnetism engine pump direction key axis
35: electromagnet extruder 36: electromagnet extruder rope
37: electromagnet injector rail 38: electromagnet injector spring
39: electromagnet swirl machine 40: electromagnet swirl machine chain
41: Driver's seat protection device Ottogi Shelter
42: Driver's seat protection device Ottogi Shelter drive wheels
43: Driver's seat protection device Ottogi Shelter screw
44: Driver's protection device Ottogi Shelter wheels
45: Driver's protection device Ottogi Shelter spring
46: Driver's seat protection device Ottogi Shelter door
47: Driver's seat protection device Ottogi Shelter electromagnet door
48: Driver's seat protection device Ottogi Shelter front rotor
49: Driver's seat protection device Ottogi Shelter rear rotor
50: electromagnet eddy current disk
51: electromagnet eddy current brake 52: electromagnet eddy current rotating shaft
53: electromagnet swirl engine 54: electromagnet swirl coil
55: body protection device electromagnet shelter
56: Body Protection Device Electromagnet Shelter Small Electric Motors
57: Body protection device Electromagnet Shelter wing face
58: Body protection device Electromagnet Shelter wing back
59: Infinite power direct generator 60: Infinite power propagation induction tube
61: inverted triangular wing 62: triangular tail wing
63: horizontal wing 64: electric motor
65: permanent magnet 66: seawater induction pipe
67: Blee 68: Filament
69: exhaust port 70: vacuum glass tube
71: ballast 72: Shoba
73: wheel wheel 74: wheel wheel axle
75: iron ball 76: iron ball door
77: Seawater tank 78: Seawater
79: tube 80: front bumper
81: Gyroscope 82: Vertical axis
83: Horizontal axis 84: Rotor axis
85: cathode 86: xenon atom
87: Discharging device 88: Discharge chamber
89: metal net 90: switch
91: Blanket 92: Coolant
93: Steam generator 94: Tritium separation purification chamber
95: Deuterium 96: Deuterium separator
97: Fuel injection device 98: Bellows rocker arm
99: Bearing 100: Bubble glass film
101: Cellular airfoil panel 102: Cellular airfoil panel wire
103: Snorkeling 104: Wire coil gun

Claims (7)

For infinite propulsion self-propelled spacecraft-type flying cars; Wherein the flying vehicle has a horizontal and vertical vehicle body center axis in the front, rear, and upper and lower sides, a pair of permanent magnet magnets and a pair of permanent magnet magnets mounted on upper and lower ends of the horizontal body center axis, A head portion having an electromagnet swirl engine disposed at a front end of the rotor, respectively;
An operator's seat disposed on an electromagnet rudder rail adjacent to the head and mounted on a central portion of the horizontal and vertical body center axes and having a grasshopper cell for protecting the driver's seat;
A wing portion disposed rearward along the driver's seat from the head portion and having an electromagnet rudder and a streamlined left and right chain wing for adjusting a flying direction of the flying car;
A power transmission means disposed at the center of the center axis of the horizontal cylinder and equipped with a mercury ion engine for vertically floating and an electromagnet pump engine for watercraft by the propulsion of hydrogen fuel ion ejection at the lower end of the horizontal body center axis;
An electromagnet engine road wheel portion connected to the power transmission means and connected to the center of the central axis of the horizontal body for vertical landing and road driving of the flying vehicle;
At least one permanent magnet and at least one electromagnet rotor mounted on the upper and lower ends of the rear portion of the center axis of the horizontal body, respectively, to control the rudder of the flying vehicle; And
The bubble glass membrane panel is lowered downward along the electromagnet rail for the waterproofing device at the upper end of the horizontal arm of the horizontal arm of the horizontal body so as to catch the mercury ion engine ion beam from the outer bottom surface of the body and discharge the aurora plasma of the mercury ion engine underwater, Is placed in the wire coil gun attached to the bottom of the bubble glass membrane with the electromagnets arranged at regular intervals and the N pole and the S pole are continuously arranged. When the direction of the battery is continuously changed, the seawater becomes a conductor, The ionized water is passed through an electromagnetic projection device of a magnetic-field wire coil gun along a path through which a current flows, and the ionized water is passed back to the original state, Pressure and propulsion are generated by the forces coupled with each other and their reactions, Amphibious flying car, characterized in that the coil wound around the outer wall of the film flowing a current comprises a bubble with a glass rod to carry the vehicle body in the plasma field. The method according to claim 1,
The mercury ion engine includes:
A mercury container is mounted on the lower part of the body, the heater in the body is heated, thereby releasing thermoelectrons in the tube, and a permanent magnet is arranged on the inner wall of the mercury liquid bead in the tube as an N + S + N single pole , An anode is disposed at one end of the cylindrical tube, and the xenon supplied to the discharge chamber is ionized by the impact of the electrons emitted from the main cathode to collide with the xenon atoms to cause the xenon atom to become + electricity, There is a voltage on the metal plate. The + xenon ion passes through it, and electrically accelerates the possible ions in the discharge chamber. The mercury discharges the electrically charged cations using the ion beam at high speed, A flying amphibian characterized by obtaining an ion engine propulsion. The method according to claim 1,
Wherein the electromagnet engine road wheel portion comprises:
The electromagnets of the body of the vehicle The electromagnets are arranged on the wheel wheels at regular intervals, with the N poles and the S poles arranged at regular intervals. The electromagnets are arranged at regular intervals around the drive wheels of the road wheels, Pole and the current is flowed into the wheel wheel of the electromagnet engine, the electromagnet engine wheel is pulled by the electromagnetic force, and the direction of the battery is continuously changed, so that the electromagnet engine drive shaft and the electromagnet engine road wheel wheel are separated from each other, An amphibious vehicle characterized by wheels spinning. The method according to claim 1,
The wing portion
The electromagnets are arranged at the N pole and S pole in the wing of the electromagnet engine chain in front of the center of the body of the vehicle and the electromagnets are arranged at the N pole and S pole at regular intervals around the electromagnet engine drive shaft, When the same pole is arranged and electric current flows to the wing of the electromagnet engine chain, the electromagnet engine chain wing is pulled by the electromagnetic force, and when the direction of the battery is continuously changed, the electromagnet engine drive shaft and the electromagnet engine chain wing are rotated. Characterized in that it further comprises a chain wing. The method according to claim 1,
The power transmitting means includes:
The electromagnets are arranged in the impeller of the electromagnet pump at regular intervals and the N and S poles are arranged at the same pitch with the electromagnets at regular intervals around the rotation axis, When the current flows, the N pole and the S pole installed in the electromagnet engine pump are periodically changed and pulled by the electromagnetic force. When the direction of the battery is continuously changed, the impeller rotates and the rotary shaft of the electromagnet engine pump rotates. Further comprising an electromagnet engine pump disposed in the buoyancy device for sucking the water into the seawater inlet port and discharging the water into the rear port outlet. The method according to claim 1,
Wherein the bubble glass waterproofing device comprises:
The bubble glass membrane in the form of an ejected circular parachute is ejected out of the body of the robot arm by the horizontal wing of the robot arm to move outward in the form of a radiation and is filled with air bubbles and vacuum in the room of the air bubble glass film, , A snorkel, a bellows rocker arm, a bearing, and a bubble glass membrane panel wire, and is accelerated along an electromagnet rail installed on the outer surface of the vehicle body to be lowered to be a protective film for capturing an ion beam of a mercury ion engine. And a high magnetic field is generated at a high temperature to reach a plasma state by flowing a winding current, and the plasma is enclosed by a plasma film inside a plasma magnetic field to carry the body from the plasma. For infinite propulsion self-propelled spacecraft-type flying cars;
Wherein the flying vehicle has a central axis of the buoyancy device arranged in the front and rear / upper and lower parts of the horizontal and vertical car body center axis and a central lower end of the vertical body center axis, and a buoyancy device having seawater inlet / A water-flying means in which an electromagnet engine bump and an electromagnet vortex are disposed to generate and accumulate electromagnet energy;
A mercury ion engine disposed at the center of the vertical body axis and emitting a plasma for vertical and vertical descent by the mercury ion beam;
Sea water is infinitely powered by seawater flowing down the seawater induction pipe from the seawater tank, passing through the electromagnet of the induction tube, becoming a conductor by the electromagnet, flowing the seawater between the two electrodes, forming a magnetic field, A seawater infinite power direct generator for generating electric current by intersecting the electric wire line electrodes at right angles and storing the electric current in the cell and directly charging the fuel inside the vehicle body;
And an electromagnet road wheel connected to the water-flying means and connected to a shaft mounted on the central axis of the horizontal body for vertical landing and road driving of the flying automobile.

Images