Cascade leverage...

[iacob alex]

.....or a serial arrangement of levers , playing balance-unbalance at :
   www.youtube.com/watch?v=2MXMZ9Cj0ys
   www.frithmobiles.com/Templates/stabiles.html
A small unbalance can develop a "butter-fly " effect ?!
       Al_ex

[iacob alex]

.....or an ubiquitous ( being everywhere,omnipresent ) principle ( fundamental rule,truth on which others are based ) leverage ( power to act or influence ) you can consider deeply and thoroughly at :
www.stateofnature.org/?p=5852
Our point can be to use this principle for a gravity engine,motor,device or as you like to call it.
    Al_ex. 

[iacob alex]

.....as a closed loop ( self-repeating leverage ) process , at :
www.nathancoppedge.com/Perpetual_Motion_Summary_Prospect_RepeatingLeverage
If imagination rules the world , sometimes we can discover common points regarding a possible gravity powered device/motor/engine...or as you like to call it.
    Al_ex

[MarkE]

.....as a closed loop ( self-repeating leverage ) process , at :
www.nathancoppedge.com/Perpetual_Motion_Summary_Prospect_RepeatingLeverage
If imagination rules the world , sometimes we can discover common points regarding a possible gravity powered device/motor/engine...or as you like to call it.
    Al_ex

This idea is similar to some of those one can find in The Museum of Unworkable devices.  If you have faith in this concept then you should prototype it and try to get it to self-loop.

[lancaIV]

http://www.rexresearch.com/bellocq/bellocq.htm


When the inventor, Toribio Bellocq, applied for a US patent on a pump to be mounted on top of a well and to draw water up from almost unlimited depths, officials pointed out that his device apparently would have to defy the law of gravitation. Every high school student knows that by no effort can a pump suck water higher than approximately 33 feet. This is the limit at which the weight of an imprisoned column of water balances the atmospheric pressure outside. To force water higher from its source, authorities have always agreed that it must be pushed from below. Therefore Bellocq's "wave pump" seemed in a class with perpetual motion machines, which are not patentable because they are impossible.

Bellocq built one of his pumps, installed it atop a Washington DC office building, and invited officials to inspect it. They saw it draw a steady stream of water up a pipe 80 feet high. Not until they dropped weights down the pipe and found no unseen machinery did they believe their own eyes. Then they acknowledged that Bellocq had chanced upon an entirely new mechanical principle and issued his patent.


Lex icon: in dubio - pro reo ! reo= testimony/factum/indices

Vale bene : think
                               
                           think~ ding : tribu/tribe/tribunal expression: iustitiare =justice;
   
                                                     judge right !


             "Erst (Folgernd) Denken,dann (Urteil) Sprechen"
                                                                                        Mathaeus(Mathew),Evangelist


German Family relationship: Ding-elstaedt : Gau-Stamm-(Ge)Richt/Judge-baum/Tribe
           (honour citizen)
                                                                http://upload.wikimedia.org/wikipedia/commons/thumb/b/b4/Wappen_Dingelstaedt.png/139px-
Wappen_Dingelstaedt.png


Portuguese Family relationship : grandfather Arnaldo dos Santos Lanca
                                                                        Supreme court judge (Lancia/Lanza/....)


familiar: http://www.manfred-hiebl.de/genealogie-mittelalter/deutschland_koenige_2/bianca_koenigin_von_sizilien_1243_lancia_staufer/bianca_von_lancia_koenigin_von_sizilien_+_1243.html


If it seems that I am 1:1 orthodox this does me not matter !


Sincerely
              OCWL


p.s.:                          Toribio Bellocq e-gas LCR-circuit AC-current analogy :

                                                 US1941593

                   The present invention involves the discovery that an improved pumping effect may be accomplished by modifying the relative size and arrangement of the various elements of the pumping system and by adding to or inserting certain auxiliary devices. These are referred to herein as filters and may be made up of inertias, capacities, resistances, leakages, or any of them and may be arranged in series, in shunt, or in derivation to the main liquid conveying pipe of the pumping system.Compression waves moving in liquid are to a very considerable extent controlled by or operate in accordance with substantially the same laws as those governing alternating current electricity. The curves of pressure and flow of such waves are analogous to the voltage and amperage curves of electric current in that the difference in phase may determine the value of the wave. Inertia, capacity, resistance or friction and leakage in a liquid system correspond more or less to induction, capacity, resistance, and losses respectively in electricity.
Variations in capacity or in leakage or in resistance or in inertia in the system effect changes therein including varying phase differences between pressure and flow of the impulses in the liquid. In an ordinary line which has its capacity, inertia, resistance and leakage more or les uniformly distributed throughout the length of the apparatus, the efficiency of the line and the quantity of liquid that is to be pumped with such efficiency may be determined. Often, however, it may be desired to change the conditions of such a line to adapt it to a given speed, given efficiency or a given volume of pumped liquid. There may be produced an artificial line whose capacity, inertia, resistance and leakage will be the combination of the natural capacity, inertia, resistance and leakage with added capacity, inertia, resistance and leakage.
Inertia, as employed herein, refers to an element in or inserted in the system for reducing the passageway at one or more points and/or decreasing the elasticity of the liquid.
Capacity, as employed herein, refers to an element in or inserted in the system for increasing the passageway at one or more points and/or increasing the elasticity of the liquid.
Leakage, as employed herein, refers to liquid leaving the system whether at a main outlet for the pumped liquid or at other points in the system, some of which may be accidental, unavoidable and incalculable. The entrance of liquid into the system may be considered as negative leakage.
Resistance, as employed herein, is the retarding effect of the system on the wave movement.
Friction, as employed herein, is the resistance caused by the contact of the liquid with the pipe or within the liquid.
Filter, as employed herein, refers to assemblage of inertias, capacities, resistances and leakages, or one or more of them, and this is referred to by the term "wave filter" used in the claims.
A filter may be said to be arranged in series when it is in such a portion of the system that a wave goes directly through the filter and passes on to another portion of the system. A filter may be said to be in shunt when the wave takes a divided path going through a plurality of elements of the filter. A filter may be said to be in derivation when the wave enters it from the main path of the wave and returns again to that path.





Generally electric circuits employ two wires or lines and the induction, capacity, resistance and leakage may be installed in one or both or between them in series, derivation, or in shunt. In liquid systems, especially pumping systems, usually there is but a single line or pipe but the inertia, capacity, resistance and leakage may be placed in series or in shunt on the line or in derivation on the line, in which case the effect is as if the element in derivation communicated at one side with the line and at the other side with a ground, analogous to the grounding of an electrical device.