DE202017002135U1 - Device and system for electromagnetic induction and its transformation (magnetic generator) - Google Patents

Abstract

Device, system and concept for induction and transformation plan of electric energy, characterized a) that the core of the magnet / generator from free permanent magnet combination and / or a ring / tube made of non-magnetic material with permanently installed permanent magnet and / or electromagnet with iron / aluminum. or ferrite core, also with diodes, capacitors and transistors. Drawing (01 and 02)

Description

• 1. The invention relates to improvement for electromagnetic induction. According to claim 1 of my invention concerns: device, system for electromagnetic induction and its transformation transform.
• 2. In the case of generically known generators, mechanical energy is converted into electrical energy. In my invention, which I called "Magnet / s generator" permanent magnets and / or electromagnets (magnetic fields) by electromagnetic fields inside the tubes annular and / or square in closed field coil moves and here with is induced or electrical energy Created and Transformed.
• 2.1 With respect to currently all known induction methods, as well as all types of electrical energy generation and its advantages and disadvantages here is the object of my invention, the induction - generation of electromagnetic energy (induction principle) to improve largely and the same transform, transform (transformation concept) better than previously known. It is worth mentioning that kind of induction machine as my invention does not yet exist. The main advantages over known induction machines is that it fulfills the tasks with minimal energy. This is simple, practical, cheap, noiseless and almost flawless. Important object of the invention is directed to practical solution the problem of rechargeable batteries in electric cars. These are: too short range and long loading times.
• 2.2 The practical solution of the problem by applying my invention in combination with one or two batteries and / or two batteries as alternately self-rechargeable two batteries and / or two batteries. This problem solving requires certain devices, structure and system with large magnetic field flux densities and their very rapid change (rapid magnetic field moving changes). The requirement mentioned here is completely fulfilled by my invention and almost ideally solved the problem.

All descriptions for the purpose of the invention will not be sufficient in the context of this application.

I refer to the following descriptions or illustrations as well as individual parts of the construction and function my invention includes as well as to the accompanying drawings which describe this magnet generator.

• a) Der Kern: Zeichnung (04) Ist ein Ring aus nicht magnetischen Material (04) mit fest eingebauten Magneten Kombination (Permanentmagneten und/oder Elektromagneten sowie Kondensatoren, Dioden Transistoren und dem entsprechende vor-widerstand. Der Kern-Zeichnung (04) kann das selbe sein wie unter (a) beschrieben mit einem Weicheisen oder Aluminium wie Zeichnung (02 und 03) teil des Kern; und/oder einfache Magneten Kombination Zeichnung (01) aus Elektromagneten und Permanentmagneten.
• b) Primärspulen Zeichnung (05) und (06) aus minderst 2 und oder 3 einzelne Spulen parallel gewinkelt im einem hohl förmigen Ring wobei eine oder zwei Spule aus nicht isoliertem (verzinkten) Kupferdraht bestehen. Die nicht isolierte/n Spule/n sind mit einer weiteren isolierte sekundären Spule, als Rückkopplung über dem entsprechender widerstand verbunden. Die Spule und/oder eine von den zwei übrigen primäre spulen ist an eine Spannungsquelle angeschlossen (z. B. an eine Akku oder Batterie die gleichseitig geladen wird).
• c) Sekundäre Kreise aus 2 bis 3 oder mehreren Spulen die Drähte parallel (nicht eine über die andere) sauber immer nur in eine Richtung gewinkelt sind über außen isolierte primäre Spulen, die eben so gewinkelt sind (Drähte nebeneinander) wie die sekundär Spulen. Die übrig gebliebene Spulen (Primär sowie Sekundär) sind Anschlüsse für eine und/oder eine andere zweite Batterie oder aller arten Akkus. zum; sich selbst oder andere Batterie, Akkus zu laden bzw. Aufladen. Die Magneten Kombination befindet sich im Inneren der primäre Spulen mit einem innere Toleranz zu Primärspulen von 01–03 mm. Spannung wird zugeführt an eine Primärspule die mit eine Sekundärspule verbunden ist. Dadurch werden Magneten Kombination im Bewegung gesetzt und Spannung bzw. elektrische Energie wird induziert bzw. erzeugt.

Structure and function According to the invention according to claim 1 consists of;

• a) The core: drawing ( 04 ) Is a ring of non-magnetic material ( 04 ) with permanently installed magnet combination (permanent magnets and / or electromagnets as well as capacitors, diode transistors and the corresponding pre-resistance. 04 ) may be the same as described under (a) with a soft iron or aluminum such as drawing ( 02 and 03 ) part of the core; and / or simple magnets combination drawing ( 01 ) made of electromagnets and permanent magnets.
• b) Primary coil drawing ( 05 ) and ( 06 ) from at least 2 and or 3 individual coils angled parallel in a hollow ring with one or two coil of non-insulated (galvanized) copper wire. The uninsulated coil (s) are connected to another isolated secondary coil as feedback via the corresponding resistor. The coil and / or one of the two remaining primary coils is connected to a voltage source (eg to a rechargeable battery or a battery which is charged on the same side).
• c) Secondary circles of 2 to 3 or more coils, the wires are parallel (not one over the other) clean always in one direction only on the outside insulated primary coils, which are just as angled (wires side by side) as the secondary coils. The remaining coils (primary and secondary) are connections for one and / or another second battery or all kinds of batteries. to the; yourself or other battery to charge or recharge batteries. The magnet combination is inside the primary coils with an internal tolerance to primary coils of 01-03 mm. Voltage is supplied to a primary coil which is connected to a secondary coil. This magnet combination are set in motion and voltage or electrical energy is induced or generated.

In the other types of induction capacitors are charged via the connected coils to a voltage source and / or voltage in resonance is transmitted to the core of the electromagnets with or without capacitors and thereby the magnet combination is additionally brought to run.

The movement of magnets inside the primary coils induces and transforms high voltage. Capacitors or transistors create an electromagnetic oscillating circuit that additionally generates voltage and current. Preferably, it is used by capacitors or transistors in the resonance operated primary and secondary circuits to get the maximum induction voltage. The fact that all coils are cleanly bent in one direction creates a strong homogeneous magnetic field inside the core. By using a ferrite core, the density of the rotating induced magnetic transmitters is increased. By using the above-described construction in a vacuum, inner magnet combinations will float by electromagnetic fields and thus there will be no mechanical friction and this will increase induction electric energy. What is left is the material resistance according to Ohm's law.

The remaining primary / secondary coil end drawing ( 07 . 08 ) in the interconnection are connected to consumers or to battery. It will be appreciated by those skilled in the art that the above-described construction works with very little or no minimum addition of additional electrical (feedback) energy. The special thing about my invention is; if all the magnetic fields are fully built up, the system can work independently. On all known modifications and its applications (with a magnetic coil and magnet combination) and electromagnetic transformations which also includes my system in part, I do not use.

What I claim according to claim 1 are individual structural complexes of the system and especially the whole structure and the feedback to the applications of the magnets / n-generator. The field of application of the present invention is for the above problem solving and wherever electrical power is needed.

LIST OF REFERENCE NUMBERS

• (1). Sheets 1 to 3, magnets modules cross section (Figures: 01 . 02 . 03 ,).
• (2). Sheet 4, magnet ring with different magnet combinations ( 04 )
• (3). Sheet 5, primary coil of three wires ( 05 )
• (4). Sheet 6, primary coil of 3 flat copper wires / plates ( 06 )
• (5). Sheet 7, magnets module ring in the primary coil ( 07 )
• (6). Sheet 8, magnet generator (cut representation) ( 08 ) A = permanent magnets, B = electromagnets with or without metal core, C = capacitors, C1 = open-circuit capacitors with metal or ferrite core, 1 = magnet combination, 2 = insulation, 3/4 = primary coils, 5 = diamagnetic metal (aluminum, 6 = Secondary coils, 7 = magnet ring with magnet modules.

Claims (9)

Device, system and concept for induction and transformation plan of electric energy, characterized a) that the core of the magnet / generator from free permanent magnet combination and / or a ring / tube made of non-magnetic material with permanently installed permanent magnets and / or electromagnets with iron / aluminum. or ferrite core, also with diodes, capacitors and transistors. Drawing ( 01 and 02 ) Construction of the system according to claims 1 to 2, characterized in that the core as a moving part consists of one or more modules and / or as a whole moving part ( 04 ) in primary coils and wound secondary coils consists of: individual magnets and magnet combinations (magnet modules; 01 to 03 ) and / or from the same magnet combinations as described above are firmly installed in a non-magnetic annular body. ( 04 . 08 - 7 ). Device / system according to claim 1 to 3, characterized in that the magnet combinations and magnets modules with individual magnets (electromagnets and permanent magnets) in pairs to the coils (primary coils and secondary coils) are alternately in angles of (90 °) ninety degrees and ( 90 °) to all coils magnetic fields of the device / system. ( 07 and 08 ). Device / system according to claim 1 to 4, characterized in that the primary coil-n, round or square copper flat wire consists of at least 2 to 3 parallel wound coils, one and / or 2 coils are not isolated, ( 05 . 06 . 07 ) (Galvanized) and separated by a nearby insulated coil. Device / system according to claim 1 to 5, characterized in that the primary coil is not insulated only from the inside and a distance of 01-03 mm to the moving part-e of the converter (magnet / s modules / magnet ring) consists. Device / system according to claim 1 to 6, characterized in that the primary coil tube annular or square ring of copper or non-magnetic material consists of a diamagnetic material (aluminum) depending on the magnet arrangement of the rotor core. Device / system according to claim 1 to 7, characterized in that on the annular primary coil is a secondary coil of at least 2-3 parallel angled coils in the same direction and principle as the primary coil, wherein at least one secondary coil connected to a primary coil via a suitable series resistor is and the same coils is the back coupling (power source) for magnet combinations or magnet ring. Device / system, method according to claim 1 to 8, characterized in that the magnets of the generator primary coil and secondary coil which are supplied with a voltage source operate in resonance with the other remaining coils. As well as that this 2 working groups of supplied energy and induced energy work in a full shift of 90 ° degrees. Device / system, method according to claim 1 to 9, characterized in that at least one coil and / or coil pair secondary primary coil is connected to the supplied power source as feedback was recharging the same power source if it consists of battery or battery. All other remaining coils are freely available as power sources.

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