NL1024233C2 - Direct dynamic drive is generated by permanent magnets and involves fixed magnetic surfaces with rotatable magnetic plate between them, trial key and blocking device - Google Patents

Abstract

Direct dynamic drive is generated by permanent magnets and involves fixed magnetic surfaces with a rotatable magnetic plate between them, a trial key and a blocking device. The whole structure is of a material with the correct mechanical and permeable properties. The rotatable plate is provided with blocking surfaces. The magnets are positioned with like poles facing each other so that they each repel during operation. With the trial key, it is possible to remove or activate the magnetic fields. The rotatable plate is positioned with the aid of blocking surfaces and a blocking catch. The drive force produces a torque which can be used.

Description

". 1%. Linger principle for the dynamic driving of engines and generators ·

This invention relates to a magnetic wheel.

5 "ossewisl" with which the energy stored in permanent magnets can be converted into kinetic energy. Fig.1 enlA This system works on the fact that magnets attract or repel each other.

The force with which magnets repel each other is utilized here for generating motion energy.

The magnets are mounted on two fixed levels with a rotating magnetic disk between them, the magnetic fields are indicated by a + and - sign. 2B and 2C.

The rotating plate {] f is provided with blocking surfaces.

This assembly is made of a material with a very low conductivity for magnetism b {J the correct mechanical properties ·, fig · 1 and IA ·

The magnets are at the same angle from each other, with 3 magnets per disc this is 120 degrees. FIG. 2A The space between the magnets, per surface, is at least one magnet diameter.

Before turning.

The magnets can be brought above each other by means of magnetic balances, the so-called "trial key", fig. 4.

With this invention it is possible to easily lift the guide balance in and out of the field ... ·

By pressing the balance at points C. and D. fig. 4 3 © it is possible to cancel or activate the magnetic fields. . 4A and 4B.

The balances hinge over the pivot points P and Q fig. 4.

The thick stripe part of the applied balance is made of steel, the broken stripe is of material with the correct permeable and mechanical properties, fig. 5 1024233

I 2 I

I The balances hinge in front of and behind the magnets. ". I

I so that a conductivity can be formed, FIGS. 3A, 3B, 3C, I

6 and 6A. I

I called the magnets n.b.v. the trial key positioned on top of each other I

Then the rotating disk is blocked by means of I

I blocking catch B. fig.1 I

I By pressing the trial key the opposing I

I magnetic fields activated. I

The disk is now under dry voltage. I

I 10 The blocking catch can now be pressed. I

I The magnetic fields want to occupy their natural space I

I causing a drying force. I

I This torque can be transferred to flywheel or dynamo. I

I The efficiency can be adjusted by between magnet I

I * 5 and guide balance to slide a piece of copper through which I

I, the magnetic field decreases due to the balance and the operation I

I of the balance in a favorable direction is affected. I

The copper clab rotates hlerbg over points R and S. Fig. 4 C. I

I. 40 and 4E, section A-A and B-8 is the copper I

I 20 just dots indicated · I

H

The copper clab can be replaced by stationary or I

I rotating copper path that the magnetic field is frequent I

I covers. I

I 25 I

I

I 1024233- I

Claims (4)

This "wheel" consists of fixed magnetic surfaces with thereafter rotatable magnetic discs, guide balances, blocking device and copper clab. It is made entirely of material with the correct mechanical and permeable properties. The rotatable disk is provided with blocking surfaces. The magnets are directed towards each other with the same poles, so that they repel each other during their function. 15 The rotatable disk is positioned with blocking surfaces and locking catch. · The magnetic fields can now be activated with the trial key. The fixation can now be released / by pressing the blocking catch 20. The buoyancy occurring causes a torque which can be utilized. This invention is characterized by * two specifics · First, the principle of magnet failure. 25 Second, the trial key · 1024233-