WO2013079041A2

WO2013079041A2 - Methods or devices for performing displacement work

Info

Publication number: WO2013079041A2
Application number: PCT/DE2012/001014
Authority: WO
Inventors: Erich Görgens
Original assignee: Goergens Erich
Priority date: 2011-10-22
Filing date: 2012-10-19
Publication date: 2013-06-06
Also published as: WO2013079041A3; WO2013079041A4; DE112012004394A5

Abstract

The invention relates to any methods or devices and/or work systems for performing displacement work, wherein in the working direction, cyclically in translation or continuously in rotation, any potential balancing load that acts in displacement to support or be supported, without potential loss and/or change of location within the system, serves to completely or partially balance any load resistances over the entire displacement path and/or to perform any displacement work.

Description

PATENT DESCRIPTION

Title of the invention

Method or devices for performing shifting work

Purpose of the invention

The invention is intended to enable any methods, devices, working / drive systems or other applications for the performance of work that are completely autonomous, environmentally neutral and or without energy resources are available.

applications

The invention finds application in arbitrary methods, devices,

Work / drive systems or any other applications, for example in

Power plants for propulsion of generators, for arbitrary propulsion of any kind of machines, elevators, cars, ships, airplanes, deep sea / spacecraft, in which

Sea- Drinking water treatment and / or in any other operations.

Special advantages

Particular advantages of the invention are that any time, anywhere, völüg environmentally neutral and or independent of resources can make any amount of work capacity freely available and so energy and / or climate problems can solve sustainable.

solution

The solution according to the invention according to claims 1 to 9 by arbitrary load / load balancing and adjustment of the support functions of any potential loads such that they compensate for any load resistances, avoid potential loss or internal change of location and without being consumed, as a full equivalent of kinetic energy, for use come.

CONFIRMATION COPY State of the art

There are many methods, devices, working and / or any other energy-dependent systems known, for example by DE 40 07 888 AI, but which together have the disadvantage that they are not fully environmentally neutral, regardless of resources, with positive energy balance and / or without potential loss or internal change of location, are applicable.

embodiments

According to the claims 1 to 9, the invention will be described in more detail below and illustrated schematically with reference to drawings.

Show it:

1 shows a first inventive mobile, continuously translational, cyclically displaceable embodiment, in a view.

Fig. La as shown in FIG. 1, but with two large wheels (1.1a and 4.1b) in a view.

Fig. 2 as Fig. 1, but in plan view.

Fig. 3 shows a second embodiment according to the invention as shown in FIG. 1, but with two counter-rotating balancing bodies (1.2 and 1.3), in a view.

Fig. 4 as Fig. 3, but in plan view.

Fig. 5 shows a third embodiment according to the invention, but as a stationary rotating system, in a view.

Fig. 6 shows a fourth embodiment according to the invention in a view like Fig. 5, but only with a loaded by a weight support roller. 7 shows a fifth exemplary embodiment according to the invention with an annular rotary body (1.6) between traction means (2.8) with different internal load functions, in a view.

Fig. 8 shows a sixth embodiment according to the invention with two axes of rotation in the function of a rotary body (4.5) and / or as a deflecting eccentric / support roller with or without freewheel, in a view. 9 shows a seventh embodiment according to the invention, in a view as in FIG. 7, but with a hydrostatic deflection / load system (6.2 to 6.5).

10 an eighth embodiment according to the invention with different

Rotational bodies (1.10 and 4.5), in one view.

Fig. 11 as Fig. 10, but as a plan view.

Fig. 12 as Fig. 9, but without the hydrostatically operating lever / compensation system and without traction means.

1 shows a first inventive mobile, continuously translational, cyclically displaceable embodiment, in a view. This device serves to energetically enrich any rotational body (1.1) over the surrounding structure (3.1) via the movement path (3.2), to shift it to any higher level and / or to lower it again from there driving a generator.

Solution: So that the potential compensation load QA (5.1) experiences no loss of potential and internal systemic change when adjusting and / or maintaining any number of equilibrium states, and thus can act as a full equivalent of any kinetic energy, traction means (2.2) must follow the course of the trajectory (3.2 ) consequences. If compensating load QA (5.1) is instead carried vertically suspended, translationally, its rolling radius must be correspondingly smaller proportionally. Details: If trajectory (3.2) with traction means (2.2) is tilted over joint / deflection pulley (4.3) 95, this results in no path difference and no carrying of the compensatory load QA (5.1). If, on the other hand, this is carried vertically, the values for return torque (MR), compensation torque (MA) and the vertical height decrease proportionally. As a result of this, the distance difference or reduction or increase in the compensation load QA (5.1) must be avoided by reducing or adjusting the rolling radius (RAR). Displacement distance and mass of rotation body (1.1) remain the same. Return torque (MR) and compensation torque (MA) increases. For a more favorable point of action position traction means (2.2) can be arbitrarily deflected or, for example, based on the role (4.3) to the movement path (3.2), the compensation load QA (5.1) constant (without internal change of location) support.

105

Rotational body (1.1), traction means (2.n) or environmental structures (3.1) can be, for example, any rolls, ropes, chains, timing belts, fasteners or any other components. Wheels (4.1 or 4.2) can be any rotational bodies, bearing brackets (1.1.2) or baffles (1.1.3) can have any structures or functions or only have a lateral limiting effect. About deflection / joint roller (4.3), the whole system or trajectory (3.2) can be arbitrarily inclined and / or traction means (2.2) can be arbitrarily deflected about and / or it can still be taken any other measures to achieve any other advantages.

115 System structure: The rotation body (1.1) is arbitrarily locked, becomes to the right of any

held traction means (2.1) and is located on the left at the point of action (WP1) in the rack-like trajectory (3.2). Traction means (2.2) sets over balancing point (WP2) balancing load QA (5.1) on rotation body (1.1) and thus compensates for its restoring moment, sets balance and / or maintains this constant. Of the

120 load-free residual belts (2.2) can be stored with a small weight (2.2a) on the load-free pulley (4.1) for unwinding / unwinding. Traction means (2.2) can also be arbitrarily deflected at any point, with any methods or components in order to achieve a more favorable point of effect position, to reduce the required balancing load or to bring any other advantages for the application. Operating sequence: From traction means (2.1) (performing only friction or acceleration work) driven arbitrarily, rotational body (1.1) is pulled up over any number of equilibrium states and thereby energetically enriched. Here traction means (2.1) shortens by the same amount as traction means (2.2) by rolling

130 to rotation body (1.1) extended and compensation load QA (5.1) remains without potential or location change, constant (as internal working capacity) effective. At the top, the rotational body (1.1) has reached the potential energy (Epot = m * g * h) and can - by reversing the process releasing energy - or returning to the initial state without energy expenditure- reversible circular processes enabling or

135 can be used differently. For this purpose, the drive of traction means (2.1) could switch to generator mode for power generation; Compensation load QA (5.1) could be arbitrarily locked and traction means (2.2) would roll up again when lowering. These processes can be repeated as desired.

140 Energy balance: Rotational body (1.1) was enriched to 100 percent potential energy (Epot). However, only about 10 percent kinetic energy (Eidn) was used for this purpose via equilibrium states. The energy balance is positive and achieves a figure of merit of: 100% / 10% = 10.

In other words, according to the invention, ten times more energy was released to the outside than was supplied externally. Internally, but substitute 100%

potential energy Epot (without eating them), activated.

The same can be achieved according to the invention with any other procedures, system components, functions and / or configurations. There are

Anytime, anywhere, completely environmentally neutral and independent of energy resources positive energy balances, any amount of freely available useful energy and / or any other application concepts feasible. 155 Fig. La as shown in FIG. 1, but with two large- any positive or non-positively coupled wheels (1.1a and 4.1b) in a view. Thus, the load transfer to rotating body (1.1) laid in front of its support point on trajectories (3.1) and created a more favorable compensation function.

160 Fig. 2 as in Fig. 1, but as a plan view. Two-track wheelsets ensure stable system behavior, synchronous running properties and without transmitting too much weight (instead of rotational energy) to rotary bodies (1.1).

Fig. 3 shows a second embodiment according to the invention as shown in FIG. 1, but with 165 two counter-rotating balancing bodies of revolution (1.2 and 1.3), the over

Axes (1.1.1) with bearing bracket (1.1.2) rotatably coupled in opposite directions, over any number of equilibrium states along the lower and upper trajectory (3.2 and 3.7) of arbitrarily driven traction means (2.3) (over rotating body (1.2) rolling, energetically enriched be pulled to a higher level. As in FIG. 1, it is also possible for any current to be generated by 170 feedback of the rotary bodies (1.2 or 1.3) via traction means (2.3) and a generator connected thereto.

In bearing (3.2a) slidably mounted rack-like trajectories (3.7) with degrees of freedom in +/- working direction, springs (5.2) constant equilibrium 175 and / or maintaining and so the restoring moments of the rotating body (1.2 and 1.3) compensating. The system / supporting frame structure (3.3, 3.4 and 3.5) can be adjusted as required in the room via joint (3.6).

Alternatively, instead of spring (5.2) on rack (3.7) as shown in dashed lines, from 180 equal load QA on roller (3.6a) any traction means (3.7) on rotational bodies (1.3) act arbitrarily compensating.

In addition, for all embodiments 1 to 12 that after arbitrary

Modification and / or design / transformation of the invention also any other

185 embodiments with any other system properties, functions and / or components are possible to arbitrary loads, arbitrary by any potential Work ability supports to move freely.

Fig. 4 as Fig. 3, but as a plan view. For system stabilization, a two-lane 190 version was chosen. About wheel (4.1) the arbitrarily driven and / or driving traction means (2.3) is rolled up or unrolled. As in Fig. 1, this also has the same diameter as the tread of the rotary body (In) to avoid Wegstrecken- / differences. The version shown here can be changed arbitrarily for any other tasks, advantageous to apply.

195

Fig. 5 shows a third embodiment according to the invention, but as a stationary rotating system, in a view. Rotational body (1.4) knows about traction means (3.8) and bearing (1.1.1) additional to its weight load, a potential compensation potential as a load (5.3) acting on the left on arbitrarily driven traction means (2.4) acting on 200 and right on deflecting supportive Rad (4.5) by arbitrarily controllable adjusting units (6.1) arbitrarily adjustable, compensatory supportive, indifferent stored, whereby the required rotational energy was reduced in whole or in part.

The function of Rad (4.5) is equal to the potential balancing load QA (5.1) in FIG. 1.

Rad (4.5) also generates any number of equilibrium states and remains in the system without any loss of potential "quasi as internal energy" or as a full equivalent of external kinetic energy otherwise consumed by rotation means (1.4) Double-sided toothed belt is synchronously driven in rotation via roller (4.4) Left side of traction means (2.4) rotator (1.4)

210 shifting work by aligning his bearing load in the direction of any counterbalancing load counteracting. As a result, in addition to positive energy balances, it enables any reversible cycle processes.

Fig. 6 shows a fourth embodiment according to the invention in a view like Fig. 5, 215, however, with any lever system as a right support of rotation body (1.5) of any driven traction means (2.6), roller (4.4 and 4.6) and traction means (2.7) is driven synchronously. Important for the position of the support AV point (WP) at this point is always that a vertical line penetrating it within the to be supported Body runs and / or that a deflection of rotation body (1.5) by support 220 roll (4.7) is avoided and this is loaded (with or without freewheel) on lever (3.10) and joint (3.6) of weight (5.4), that it always supports rotational bodies (1.5) by balancing and / or maintaining any equilibrium states.

225 stop (4.7.1) limits the deflection upwards. The function of this example here is similar to the function in Fig. 5, but not so comfortably tuned. Nevertheless, positive energy balances, reversible cycle processes or any other requirements can also be advantageously used or fulfilled with this variant according to the invention.

FIG. 7 shows a fifth exemplary embodiment according to the invention with an annular rotary body (1.6) between any associated and / or driven traction means (2.8) and with different internal load functions and system components, in one view.

235 left in the working direction of the displacement of rotational body (1.7) act arbitrary

Counteracting load resistances. Now, it is valid according to the invention by designing suitable, for example, indifferent storage conditions for rotary body (1.7), compensate. To solve this problem, rotary body (1.6) was used as a supporting compensating load for the deflectively supporting, continuously effective function of roller (4.5).

240 oppositely and thus generates a balancing load overhang, the left on traction means (2.8) in the working direction and by means of the adjusting units (6.1) arbitrarily balanced, any load resistances. The rotating body (1.7) is continuously supported by the support wheel (4.5) in a manner that satisfies the desired equilibrium condition and is maintained over the entire displacement path.

245

Rollers (4.4 and 4.6), traction means (4.9) and rotating bodies (1.6) provide one

Drive / loading mechanism but also (as in all other examples according to the invention) arbitrarily different limits, stabilized, reduced or designed differently or can be used.

250 Fig. 8 shows a sixth embodiment according to the invention with two axes of rotation as a rotational body (4.5) or as a deflecting eccentric / support roller with or without freewheels, in a view. The outer race (4.5.1) can sit on any bearing (4.5.2). The adjoining wheel disc (4.5.3) has two axles (4.5.5 and 4.5.7) which can be mounted in position 255 (4.5.2; 4.5.4; 4.5.6) or in any other way, for example, via axle (4). 4.5.5) mounted eccentrically, to deflect any load resistances, compensate. For example, axis (4.5.7) can serve (as shown in dashed lines) to integrate into the system any additional load-deflection function that can be deflected and tuned with any adjustment unit (6.1).

260

Compared to any other compensating loads, the potential load of this support roll also serves to work constantly without loss of potential or change of location in accordance with the invention as a full equivalent of kinetic energy Ekin. However, rotary bodies (4.5) according to the invention can also be used with any other advantages 265 and offer a broad basis for future research and development activities for which only a few examples can be represented here. That is, according to the present invention, the substitution of potential energy as the equivalent of the otherwise consumable kinetic energy is desired in almost all technical fields, as it involves significant advances in environmental technology at the same time.

270

Fig. 9 shows a seventh embodiment according to the invention, in a view like Fig. 7, but with a hydrostatic Auslenk- / load system (6.2 to 6.5). The annular rotating body (1.8) is between support roller (4.2), motor (7.1) and

Generator (7.2) stored indifferently. Traction means (2.11) can fulfill any function. 275 support roller (4.7) has a freewheel and is continuously from the arbitrarily controlled hydrostatic system via lever (3.10), joint (3.6), roller (6.5), piston (6.4), cylinder (6.3) and standpipe (6.2) (arbitrarily tuned ) charged. This can be advantageously avoided for large system loads, bulky or large volumes or large dimensions.

280

In general, the term "stationary" refers to immediate, arbitrary

Ambient / spatial structure (3n). That is, such systems could also be as arbitrary Walk-on, autonomous or mobile versions are used, for example, with external landing gear or propeller functions on land, in the water or in the air. 285 Any part of the rotation can be decoupled and / or arbitrarily

be used differently advantageous.

10 shows an eighth embodiment according to the invention with a rotary body (1.10 and 4.5), in a view. This stationary system between two co-rotating

290 traction means (2.12 and 2.13) compensates with eccentric / support wheel (4.5) deflecting torque of rotating body (1.10) deflecting, off. Supported via the axis (4.5.5) to the environmental structure (3.1), any deflection and load adjustment can be carried out via the axle (4.5.7) and the adjustment unit (6.1). The rotating body (1.10) is prevented from pushing upwards by the fork (3.11) and the axle (1.1.1). The system is powered

295 arbitrarily or via the traction means (2.12 or 2.13). Thus, the system can overcome any load resistances balancing and move any loads on equilibrium states and traction means (2.12) according to the invention.

Fig. 11 as Fig. 10, but showing as a plan view in particular the two-lane concept for 300 system stabilization.

Fig. 12 shows a ninth embodiment of the invention, in a view. As shown in Fig. 7 or 9, but with the annular rotary body (1.11) between the roller, motor and generator (4.2, 7.1 and 7.2) stored. Rotary body (1.12) is additionally controlled or loaded and / or relieved of load as required via bearing (1.1.1) 305 and adjusting unit (6.1) as desired. The support wheels (4.8 and 4.9) coupled via lugs (3.12) can also be adjusted as desired by means of adjusting unit (6.1) and at the same time serve for the synchronized drive of the rotary body (1.12).

310 According to the invention, proceeding all systems according to the examples of Figure 1 to 12 without the supply and / or the consumption of external kinetic energy (Ekin), since potential energy (e _P ot) and the compensation load remains unchanged obtained in the system and always more energy is emitted to the outside than is supplied from the outside. And, since such systems always without energy expenditure in the initial state For the first time, they allow applications to benefit from reversible circular processes.

In addition, it holds true that, according to the invention, any further advantages or exemplary embodiments (also possible to run in any other way and / or with components other than those described here) can be achieved as desired.

Likewise, any other work capacity, loads, forces, system functions / components, methods, objects, functions or other design criteria of any kind, quantity, dimension or otherwise can be used to solve any task

Characteristics, an arbitrary advantageous way - and / or load balancing and / or the achievement of any other advantages allow. Furthermore, all system components (In to 7n) according to FIGS. 1 to 12 can be arbitrarily combined, guided, saved, changed, exchanged and / or applied or supplemented in any other advantageous manner.

330 The technology according to the invention affects a wide range of applications. This here

However, the available framework is not sufficient to present all conceivable application examples. The patent application describes such a basic patent whose licensing a correspondingly large drive to various

Research / development activities.

335

For example, new engines, automotive, aircraft and / or / marine propulsion could be used so environmentally neutral and independent of energy resources. In addition, other advantageous applications are conceivable, although belonging to the same inventive basis, here but neither to take into account

340 are excluded.

All embodiments can be arbitrarily adapted to any other system requirements, reduced, extended and or modified any other way. Any application forms can be changed, transferred and / or changed as desired

345 shape.

Claims

The invention relates to methods or devices for performing shift work, according to claim 1, characterized in that according to the invention any

Supporting any potential load in any system supporting / supported, rotating and / or translationally designed support functions to arbitrary, opposing load resistances without loss of potential or change of location in the system, constantly or fully balancing or maintaining any equilibrium states, only performing friction or acceleration work, As an equivalent of kinetic energy, it can be environmentally neutral, independent of resources, or can be used to advantage anytime, anywhere.

Claim 2, characterized according to claim 1, characterized in that according to the invention traversing any displacement systems or requirements by continuously

360 supportive / supported designed support functions for the storage of constantly effective internal potential load, any load / distance compensation without consuming external energy, with positive energy balance and / or any reversible cycles enabling, advantageously be used.

365 claim 3, according to claim 1 or 2, characterized in that according to the invention traversing arbitrary loads, components and / or functions arbitrary load-, away-, time-dependent, non-positive or positive and / or function as any functioning hinge chains, any and / or or arbitrarily counterbalancing / sliding cooperating arbitrarily supporting / supported system structures arbitrarily energy-saving

370 acting advantageous to apply.

Claim 4, according to claim 1 to 3, characterized in that according to the invention traversing any actions-reactions arbitrarily dormant, sliding, sliding, supporting / supported or other system configurations or functions, 375 arbitrarily open or closed link chains, arbitrary degrees of freedom arbitrarily designed, active or passively regulated, can return to the initial state via any shift operations without energy expenditure or with any other advantageous properties, any advantage can be used.

380 claim 5, characterized according to claim 1 to 4, characterized in that according to the invention traversing besüebige storage conditions, system components and / or functions of any kind, nature, number, quantity, size, origin, shape, power, execution any mechanical, electrical, magnetic, pneumatic, hydraulically, hydrostatically, potentially, kinetically acting differently or behaving differently

385 criteria underlying, arbitrarily used to arbitrarily compensate for any load resistances, exclude, the Büüeigen course arbitrary shift distances arbitrarily following and / or any other way, are advantageously used.

Claim 6, according to claim 1 to 5 characterized in that erfindungs-390 according traversing beüebige load transfer elements (In to 7n) and / or functions as supportive / supported, interchangeable, secured, guided, balancing,

acting / reacting, driving / driven, fixed, loading / unloading, changeable, leading, limiting, static-dynamic, evasive, deflecting, separated / coupled, compressing / expanding, active / passive, stationary / rotating, mobile, arbitrarily influenced, 395 controlled, stored, translationally continuous, combinable, recorded and / or arbitrary

otherwise advantageous to use.

Claim 7, according to one of claims 1 to 6, characterized in that according to the invention traversing any rotational body (In) or those with several

400 rotary shafts with each other, between arbitrary traction means (2n), environmental structures or trajectories (3n) by means of rollers, toothed or pulleys with / without freewheel (4n) supporting / supported or any other way, with arbitrary levers, joints, control, regulation Adjustment units, loads, springs (5n and 6n) Drives, generators or other aggregates / devices (7n) arbitrarily cooperating, arbitrary

405 incriminating / relieving, tunable and / or any other circumstances arbitrary

adapted, come any advantageous application.

Claim 8, according to any one of claims 1 to 7, characterized in that according to the invention traversing any system behavior übüig used, evaluated or 410, that any loads, functions, work capacity and / or other conditions, arbitrarily reduced, supplemented, combined, exchanged, reused, generated or used in any other way to any desired means or effects as arbitrarily advantageous to apply.

415 claim 9, characterized according to any one of claims 1 to 8, characterized in that according to the invention arbitrarily traversing any over the embodiments of Figures 1 to 12 arbitrarily hinausan- applications are possible and / or after any further development of the invention additional or arbitrarily modified applications even if methods other than those mentioned here are used.

420 tion or components are used to arbitrarily, for example, any inventive concepts or configurations to arbitrarily transfer to any other application areas or process effects or to bring advantageous to apply.