DE102013000271A1 - Method for heating water in e.g. kettle of warm-water system for populated area, involves carrying permanent magnets along with arrangement and orientation, and utilizing mechanism for converting magnetic energy into head energy - Google Patents

Abstract

The method involves carrying permanent magnets along with arrangement and orientation according to shape and style. A mechanism is utilized for converting magnetic energy into head energy by using the permanent magnets. A carrier is utilized for copper tubes, and another carrier is utilized for the permanent magnets and an electromechanical transducer, where the carrier is in cylindrical or plate shape. A cylindrical support (1.1) of the permanent magnets is attached at the transducer. A rotary cylinder i.e. rotary plate, is utilized for positioning the magnets.

Description

This is a mechanism (device) that converts the magnetic energy from the permanent magnets into heat energy, which is then also used for water heating, and can be used as a hot water supplier for the entire system for the needs of living space and industrial needs. This device mainly consists of two carriers. One carrier is for the copper tubes and the other carrier is for the permanent magnets and an electromechanical transducer.

The carrier can have very different shapes, cylindrical or in the form of a plate depending on what project it is. The cylindrical support of the permanent magnets (or plates) is connected to an electromechanical transducer at 2800-3600 RPM (revolutions per minute). The rotary cylinder (the rotary plate) has a geometric positioning of the permanent magnets which is equal to the position of the copper tubes in the cylinder shape.

The cylinder of the permanent magnet (or plate) rotates between 2800-3600 RPM (revolutions per minute) near the spiral tubes (or plate with annular tubes) made of copper or a boiler with water attached to the pipe in the water supply network , and is connected to the pipe of the hot water network, and within a short time converts the magnetic energy into heat energy, and warms the water in the water tanks or in the copper pipes, and this water is then used for the hot water network.

The temperature of the permanent magnets above the magnetic carrier remains the same as the temperature before the start of the process of converting the magnetic energy into thermal energy, that is, the ambient temperature.

This device can be used to heat water in a water tank controlled by a thermostat and as a tankless water heater controlled by the tap.

background

Scientific background

The charge energy in the magnetic field of a permanent magnet is energy, because it moves a piece of iron in the environment. The energy of the permanent magnet charged in the magnet has a magnetic flux.

Einstein's theory of relativity in terms of energy and mass reinforces the idea that matter can be restructured but not destroyed. The matter mass in a calm state is equal to the moving amount of energy, as an effective mass (and therefore we also have the origin of the effective energy) which, depending on body velocity, grows at the speed of light.

To put energy into work and make it useful, it must be able to be transferable, from one object to another (from one place to another).

• – Kalorien, Thermo und die britischen, thermischen Einheiten für Wärmeenergie,
• – Watt-Stunden (für Elektroenergie)
• – Kilogramm-Meter und foot-paund (30.48 cm) für (mechanische Energie), und
• – Gaus (für magnetische Energie für Permanentmagneten).

The energy units are specified in this way:

• - calories, thermo and the UK, thermal units for heat energy,
• - Watt-hours (for electric energy)
• - kilogram meter and foot-paund (30.48 cm) for (mechanical energy), and
• - Gaus (for magnetic energy for permanent magnets).

The power generation is equal to the magnetic flow, depending on the application, use and effect. The analogous explanation seems more convincing for the current position of the scientific community.

Here we notice the application practice that it is called a "carrier" for a magnet. The result is the magnetic flow from one pole to another. Each part of a magnet is a field that retains the energy source, except the Bloch wall (separate Weiss district), which can not be measured with today's tools.

The magnetic fields are negative and positive and not only as symbols for labeling, but in accordance with the laws of physics and with the laws of nature, the energy reaches from the pole ends of a magnet to its center. The energy flow is in the round rotating power cables, initially from south to north. However, the current flows through in both directions.

The power generation is an analogous flow like the magnetic flow, depending on the application, the usage and the effect.

Finally, the assumed scientific foundations - before Davis and Rawlshaben admitted that magnetism is a current-carrying energy.

Only the right or the wrong faith in relation to the flow makes it judgable whether the concept is effective. For example, it is much easier to think about the flow that the charge energy represents. In this case, the energy has no flow and thus no major loss of energy, as in the case of current transport in a wire.

Here is another example of a scientific principle that overlooks the question of magnetism in electric energy (two basic disciplines of energy that are very useful in society.) In Faraday's invention in 1851, he understood that it was here not just about a current movement of the electrons that are at the center of the electric energy. On the contrary, it is an electric force in the field in which we move together.

It is important to emphasize that in 1865, when Maxwell published his theories for electromagnetism, he related to the mathematical, similar relationship between electricity and magnetism.

The rapid development of atomic theory with the invention that the matter is all electrons (at the end in the middle of the other particles), contributed to the fact that the electric energy gained in importance in physics.

The orbital electrons exist in the atomic nuclei. As they are held by electromagnetic attraction, which exist between the negative charge electrons and the positive charge positrons of the core. This is the same way the moon is held in orbit, by the force of attraction between it and the earth. Heavy atoms can have more than nineteen electrons that spin between the nucleus, moving from one orbit to the other, offering us an energy source.

• I. In der Zylinderachse, befinden sich die Permanentmagnete in symetrischer Form und üben somit eine sehr starke magnetische Strömung aus ( ). Rund um den zylindrischen Magneten wird die Spule des Kupferrohrs befestigt, die dem Wasserversorgungsnetzes angeschlossen wird ( ).

The technological background Termomag

• I. In the cylinder axis, the permanent magnets are in symmetrical form and thus exert a very strong magnetic flux ( ). Around the cylindrical magnet, the coil of the copper pipe is attached, which is connected to the water supply network ( ).

The dimensions of the carrier of permanent magnets and the cylindrical copper tubes vary and depend on the planned capacities.

• II. In der Aluminiumplatte (oder Kupfer, Plastik, oder Glasfaserkunststoff, Maschinenbau- Holz usw. -Platte ) sind die Permanentmagneten geometrisch in Kreisen in der richtigen Entfernung befestigt. Ein Modul kann, abhängig von seiner Kapazität, über mehrere Kreise verfügen.

The cylindrical magnet carrier rotates at 2800-3600 Rpm (revolutions per minute) inside the spiral copper tube. Within a matter of seconds, the strong current of the permanent magnets converts the magnetic energy into heat energy, allowing rapid water heating in the pipe or boiler. The copper pipe or boiler is connected to the water supply network just as it is in today's heating systems.

• II. In the aluminum plate (or copper, plastic, or fiberglass, engineering wood, etc.) the permanent magnets are geometrically fixed in circles at the correct distance. A module can have multiple channels, depending on its capacity.

In another aluminum plate (plastic, mechanical wood plate) where the copper tubes are fixed, in a ring circle corresponding to the magnetic circuits in the magnet plate. The dimensions of the copper tubes, or the copper plates are different, but according to the planned capacity.

These two plates, the magnetic plate and the copper tube plate are made to face each other. The magnetic disk moves next to the copper pipe plate with water or the statically fixed boiler.

The magnet plate rotates at 2800-3600 RPM (revolutions per minute) next to the plate with the copper tubes or copper plate of the kettle. Within a few seconds, the strong magnetic flux from the permanent magnets, which are in high motion, converts the magnetic energy into heat energy, and warms the copper tubes (or boiler plate with water), which then allow rapid water heating. The copper pipe or the water tank are attached to the water supply network and on the other side to the hot water supply, just as in today's heating system.

This invention theory is very flexible with maximum possibilities for module design, any need for hot water, for general hot water systems, for residential areas and industrial areas.

The industry has an extreme need for hot water (such as hotels, restaurants, social buildings, commercial buildings, etc.) The modular design of the water supply networks with hot water and central heating allows more than one module to be built, and therefore sufficient and depending on the desired temperature the hot water supply allows.

The magnetic water heater as the receiver of the electric energy has only the electric motor ( ), which is used only to set the carrier rotations of the permanent magnets. Therefore, the energy requirement is very low, and incomparable with all other water heaters that are used today. This device warms up the water by utilizing the magnetic flux of the permanent magnets. The totality of this water heating system with the magnetic heaters, the energy needed only for the supply of the electric motor, shows that the scientific impact of this innovation requires 7 times less energy than today's heating systems based on electricity, natural gas, oil or wood.

Termomag does not cause pollution because it does not contain a fuel combustion device to heat the water using magnetic flux as the source of energy ( + serve for schematic representation of the entire device). Since there is no fuel combustion device here, the safety is very high for the users who use Termomag, as well as for the buildings in which Termomag is used.

LIST OF REFERENCE NUMBERS

1.1

Zylindrischer Träger von Dauermagneten

1.2

Dauermagnet Südpol

1.3

Dauermagnet Nordpol

1.4

Antriebsrad

1.5

Oberer Grundhalter

1.6

Obere Halterung

1.7

Untere Halterung

1.8

Unterer Grundhalter

Abb. 2

2.1

Spiralkupferrohr

2.2

Wassereinlaß

2.3

Heißwasser-Ausgang

Abb. 3

3.1

Elektromotor

3.2

Antriebsrad für Keilriemen

3.3

Keilriemen

Fig. 1

1.1

Cylindrical carrier of permanent magnets

1.2

Permanent magnet south pole

1.3

Permanent magnet north pole

1.4

drive wheel

1.5

Upper base holder

1.6

Upper bracket

1.7

Lower bracket

1.8

Lower basic holder

Fig. 2

2.1

Spiral copper pipe

2.2

water inlet

2.3

Hot water outlet

Fig. 3

3.1

electric motor

3.2

Drive wheel for V-belts

03.03

fan belt

Claims (3)

The claim comprises the method of water heating by means of the rotating permanent magnets and the copper tube spiral. The claim also applies to the cylinder that carries the permanent magnets, as well as the arrangement and orientation of these permanent magnets. Another claim we claim the cylinder, which carries the permanent magnets, for shape and design.

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