DE202019003176U1 - Closed circuit that provides the end user with continuous power without new energy being supplied from the outside - Google Patents

Abstract

Closed circuit that provides the end user with permanent power without new energy being supplied from the outside, characterized in that two batteries (1) provide energy for this cycle at the same time.

Description

In today's society, finding sustainable alternatives to extracting and using any form of energy is more important than ever. So I invented a closed energy cycle that provides permanent electrical energy after a single power supply and stores for any type of end user. End user can here any natural person, object, vehicle or similar. his.

The batteries( 1 _{(1 and 2)} ) supply the electrical energy for the compressors ( 2 _{(1 and 2)} ), which permanently fill their integrated air tanks with air. This air is now alternately (by an automatically programmed algorithm) from the compressors ( 2 _{(1 and 2)} ) through compressed air hoses ( 3 _{(1 and 2)} ) to a driven by compressed air rotor (4), which is offset by the thus supplied compressed air in a rotational movement. By this movement of the rotor ( 4 ) is also the outgoing from him, rotating key ( 5 ) made to rotate. Because the key ( 5 ) firmly on a fitting mother ( 6 ), which in turn is firmly installed / welded with the rotor screw ( 7 ), which into the gear ( 8th ), now gearwheel ( 8th ) to put in a rotary motion. The in gear ( 8th ) toothed, opposing gears ( 9 _{(1 and 2)} ) the counter-rotating movement to gear ( 8th ) on. As a result, the rotor screws installed in their center also rotate ( 10 _{(1 and 2)} ) of the generators ( 11 _{(1 and 2)} ), which are connected directly to it. The generators ( 11 _{(1 and 2)} ) convert the kinetic energy thus supplied into electrical energy in a known manner. The second generator ( 11 ₂ ) generated / converted electrical energy is stored in a memory ( 12 ), from which final now any desired end user [examples: houses, cars, trains, caravans, ... etc.] can be supplied with electricity. The first generator ( 11 ₁ ) outgoing electrical energy, however, directly feeds the batteries ( 1 _{(1 and 2)} ), so that the described cycle does not come to a standstill.
Depending on the size and capacity of the batteries, the compressors and the generators, different types of end users can be supplied with different amounts of power.

Finally, I would like to point out repeatedly at this point that my statements are in no way any form of a so-called "perpetuum mobile"; Furthermore, this technical invention is of course not maintenance-free and must be maintained.

LIST OF REFERENCE NUMBERS

1 _{(1 and 2)}

batteries

2 _{(1 and 2)}

compressors

3 _{(1 and 2)}

Hoses pressure

4

rotor

5

key

6

mother

7

rotor screw

8th

gear

9 _{(1 and 2)}

smaller gears

10 _{(1 and 2)}

Rotor screws (of generators)

11 _{(1 and 2)}

generators

12

Electricity storage (for the end user)

Claims (10)

Closed circuit, which provides the end user with continuous power without new energy being supplied from the outside, characterized in that two batteries (1 _{(1 and 2)} ) simultaneously supply energy for this circuit. Circuit after Claim 1 characterized in that two compressors (2 _{(1 and 2)} ) with integrated air tanks operate alternately automatically; that is, as one air tank fills, the other compressor releases the compressed air; and vice versa. Circuit according to one of the preceding claims, characterized in that a rotor (4) by the compressed air, which is discharged via compressed air hoses (3 _{(1 and 2)} ) from the compressors, is set in a rotational movement. Electric circuit according to one of the preceding claims, characterized in that from the rotor (4) a key (5) emerges, which receives the rotational movement of the rotor. An electric circuit according to any one of the preceding claims, characterized in that in the key (5) in a matching order of magnitude associated mother (6) inserted. An electric circuit according to any one of the preceding claims, characterized in that the nut (6) is firmly welded to a rotor screw (7) extending from the center of a gear (8). An electric circuit according to any one of the preceding claims, characterized in that in the gear (8) opposite two smaller gears (9 _{(1 and 2)} ) are toothed, which naturally receive a rotational movement in the opposite direction of the rotational movement of gear (8) , An electric circuit according to one of the preceding claims, characterized in that rotor screws (10 _{(1 and 2)} ) emerge from the centers of the gears (9 _{(1 and 2)} ). An electric circuit according to any one of the preceding claims, characterized in that the rotor screws (10 _{(1 and 2)} ) lead into generators (11 _{(1 and 2)} ). An electric circuit after a d. preceding claims, characterized in that there is a power storage (12) for end consumers, which draws its energy from the generator (11 ₂ ).

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