INTERACTION METHOD FOR A DEVICE INVOLVING THE INTERWEAVING OF TWO OPPOSING SOURCES OF REACTIONS, IN ORDER TO SUPPLY AN ASYMMETRIC TRANSFER

摘要

The invention relates to an interaction method involving the interweaving of two opposing sources of reactions, in order to supply a subtractive method for the asymmetric extraction of quantities, becoming additive in respect of one source at the expense of the other. The quantitative difference in performance losses in the direction of action of each vector as it moves in translation and its addition to the reaction of the vector opposing same by a change in the sign thereof prove: the law of conservation by the increase in the effectiveness of one vector inversely to the other; the imbalance in the interaction between two points or masses by entanglement contrary to the reason for the inverse distance squared; etc.. The transfer operates on a geometry delimiting the interconnection of elements of a device comprising: an oscillating converter (2) coupled to a second-class lever (3) which conveys the driving action effectively to the telescopic first-class lever (7) by means of an intermediate double pivot (6), all operating in a reciprocating manner for a predetermined period of time in order to counter the resistance load, disadvantageously applied between the double rocker arm at the output (10) in tandem with the short double arm of the first-class lever, by means of guides (15) acting on free wheels (8) disposed on the output shaft (11) of the oscillating converter (9).