DE202012011214U9 - gravitational converter - Google Patents

Abstract

Gravitational converter which, similar to the principle of a heat pump by means of an externally powered linear motor / generator driving to use supporting gravity, comprising: - an endless closed push link chain, which is formed of alternately with quasi ball bearings articulated always equal masses and in each case the same size rigid spacer rods, wherein the push link chain is embedded in an equally closed positive guide that fills it completely, such that on the left a vertical, narrow positive guide forces the push link chain on the one hand to a maximum extension, but then has a semicircle top and bottom which has such a radius size that it forces the pusher chain as well into a path, just to allow the ball bearing to extend the extent of expansion without the straight distance rods abutting the same abutting and the forced operation between en an upper and a lower semicircle guide on the right with a vertical, connecting guide closes with each gently widening and also gently narrowing wall sides, but allow it in the vertical center part that the pusher chain can fold zigzag, in a fixed predetermined Wandentfernungsmaß , Which is exactly matched to the bending angle of the spacer bars, which allows only a defined limiting width of the push link chain, without cramping them and thus they have a certain play on the guide wall to descend with minimal friction loss, and that in the further course Distance rods lead members of the accumulated power vector flow in the same forward after sliding through in the zigzag state in the vertical, broad path in the now again single-track course.

Description

The possibility of using gravity with a modified according to the invention chain lifter even better and more independent resources to achieve, as in the utility model DE 20 2009 008 045 U1 2009.10.01 is realized in a gravitational converter with a push link chain or a push link belt.

Further details, features and advantages of the invention will become apparent from the following description and in a purely schematic drawing 1 ,

1 Closed-loop closed-loop control for a revolving push chain chain with alternating endless ball bearing masses and rigid spacer bars, each with an endless articulation.

LIST OF REFERENCE NUMBERS

1

Forced operation, represented as an oval, which is divided into a left and a right vertical and an upper and a lower semicircle

2

Push link chain

3

Ball bearing Mass

4

Distance tube

5

Electric linear motor / generator

The invention proves to be a perpendicular to the center of gravity oriented forced operation ( 1 ) for a completely filled in shear link chain ( 2 ).

The left vertical ( 1 ) leaves the push link chain ( 2 ) happen in a straight, stretched form.

The right vertical ( 1 ) extends shortly after the connection from the upper semicircle ( 1 ) gently to a new defined inside width dimension, just before the confluence with the lower half circle guide ( 1 ) again carefully to reduce the constantly narrow Durchlaßmaß

The radii of the two semicircles ( 1 ) are selected that the push link chain ( 2 ) is forced into the webs so that the ball bearing masses ( 3 ) with its expansion dimension just to slide through, without the rigid spacer rods ( 4 ) on the semicircular guide ( 1 ) abut.

This defines expanded inside width dimension in the right vertical ( 1 ) allows the push link chain ( 2 ) to fold in a zigzag shape.

An existing stop at the spacer bars ( 4 ) limits the kink angle during zigzag folding of the pusher chain ( 2 ), tuned to the defined expanded inside width dimension of the right vertical ( 1 ).

This ensures that the lateral extent of the folded, zigzag-shaped push-link chain ( 2 ) remains smaller than the size of the width dimension of the right vertical ( 1 ).

In addition, this ensures that the zigzag folding of the pusher link chain ( 2 ) and thus their increasingly accumulating weight only within the push link chain ( 2 ) continues vertically downwards, without the limitation of the absolutely perpendicular part of the right vertical ( 1 ) to act.

This changes insofar as the push link chain ( 2 ) on the beginning narrowing of the right vertical ( 1 ) meets.

Now also a part of the chain load from the wall of the right vertical ( 1 ) and is recorded as a loss of thrust.

It is therefore only necessary to narrow the passage to the lower semicircle ( 1 ).

However, since the power flow only with the direction within the distance rods ( 4 ), unlike a fluid, only the correspondingly decomposed vector portion of the wall perpendicular to the bounding oblique (non-perpendicular) wall is considered to be lost.

To obtain a lighter, flat estimate, is in the schematic 1 for the bending angle between the spacer bars ( 4 ) selected an orientation resulting from a Pythagorean triangle of units LE to three and four for the catheters and five for the hypotenuse.

Ie. the distance rods ( 4 ) Length is five LE, then the inside width dimension of the right vertical ( 4 ) slightly larger than four LE (considering the ball bearing masses ( 3 )), so that for the vertical sequence in the right vertical ( 1 ) after three LE a ball bearing mass ( 3 ) takes place - in contrast to five LE in the left vertical ( 1 ) Forced operation.

In the example presented the 1 does that mean in the left vertical ( 1 ) account for three distance rods ( 4 ) with five LE each exactly four ball bearing weights ( 3 ), while in the right vertical ( 1 ) in the same length of a total of fifteen LEs, due to the three LE catheters, ie six ball bearing masses ( 3 ) find.

This overshoot ratio of 4: 6 ball bearing masses shown here ( 3 ) or a ratio in a shortened form of 1: 1.5 can certainly be optimized, especially since the positive guide oval ( 1 ) is vertically extendable into the plane of the panel.

To some extent in analogy and in contrast to the hydrostatic paradox, in which the free mobility of the molecules of a fluid always results in a fluid pressure perpendicular to all delimiting walls and depending on the respective fluid level, in the configuration according to the invention by a very simple, controlled forced operation ( 1 ) and a defined assignment of the "molecules" in directional rigid spacer rods ( 4 ) prevented a free mobility and thus a predominance ratio in the right vertical ( 1 ) enforced.

The material selection of the gravity converter according to the invention is unloaded with regard to resource bottlenecks; Metals, plastics and ceramic materials are suitable for its production.

According to the prior art, a diamond-like carbon surface coating is recommended, which reduces the coefficient of friction power losses with respect to the targeted friction reduction again by about 32%.

The benefits of the simplest invention are in use, increasing efficiency, without any political, social and economic dislocations, at any time, anywhere and without any aesthetic, toxic or EMC interference.

The invention provides for a "disruptive technology" with a "well to wheel" and "cradle to cradle" character.

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 202009008045 U1 [0001]

Claims (3)

A gravitational converter which, similar to the principle of a heat pump, operates by means of an externally powered linear motor / generator to utilize assistive gravity, comprising: - An endless closed push link chain, which is formed of alternately with quasi ball bearings articulated always equal masses and the same size rigid spacer rods, the push link chain is embedded in an equally closed positive guide that fills it completely, such that left a vertical, close forced operation forces the push link chain on the one hand to a maximum extension, but then has a Halbkreisführung above and below, which has such a radius size that it forces the pusher chain just as in a set of paths to just allow the ball bearing to slide through the expansion without the straight distance rods to selbiger abutting grind and the positive guidance between an upper and a lower semicircle guide on the right with a vertical, connecting guide closes with each gently widening and also gently narrowing wall sides, ie e but allow in the vertical center section that the pusher chain can fold zigzag, in a fixed wall distance, which is exactly matched to the bending angle of the spacer rods, which allows only a defined limiting width of the pusher chain, without cramping and she in order to allow some play on the guide wall to descend with least friction loss, and that later, the spacer bars direct the accumulated power vector flux therein after passing through the zigzag state in the vertical, wide path into the now again one-lane course. Gravity converter according to claim 1, characterized: that the quasi ball bearing masses, the rigid spacer rods and the positive guidance of the initially more chain-like configuration are widened into the depth of the third dimension and mutate with each thrust roller, spacer plates and a compulsory guide corresponding to the depth of the room. Gravity converter according to Claims 1 and 2, characterized: that the extent of the configuration in the vertical direction is to be extended to a technically meaningful limit.

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