Reconsidering the conventional interpretation of the uncertainty relations

The Conventional Interpretation of the Uncertainty Relations (CIUR) is reconsidered through a revaluation of its main assertions. It is shown that all the respective assertions are troubled by insurmountable defects. So it is revealed the indubitable failure of CIUR and the necessity of its abandonment as an unjustified doctrine which generates misconceptions and cofusions.Consequently theUR must be deprived of their quality of crucial formulae in distinction between quantum and classical physics. The theoretical UR are shown to be not indicators of measuring accuracies but simple fluctuations formmulae with natural analogous in classical (non-quantum) physics. That is why we propose that they to be named simply Heisenberg's relations. It is argued that the measurements description must be discriminated from quantum mechanics and done in a distict scientific branh disinct .