Abstract: A mobile operating machine comprising a motor vehicle provided with at least one internal combustion motor which cooperates with a movement unit to move said motor vehicle, an articulated arm able to deliver concrete and a pumping unit configured to pump the concrete from said drum to said articulated arm. At least one of either the articulated arm or the pumping unit is connected to a respective hydraulic pump configured to pump a working fluid and determine the drive of said articulated arm and/or respectively said pumping unit. The mobile operating machine also comprises at least one electromechanical machine connected to said internal combustion motor, to said hydraulic pump, and to an electric accumulator.

Abstract: A mobile operating machine comprising a motor vehicle provided with at least one internal combustion motor which cooperates with a movement unit to move said motor vehicle, an articulated arm able to deliver concrete and a pumping unit configured to pump the concrete from said drum to said articulated arm. At least one of either the articulated arm or the pumping unit is connected to a respective hydraulic pump configured to pump a working fluid and determine the drive of said articulated arm and/or respectively said pumping unit. The mobile operating machine also comprises at least one electromechanical machine connected to said internal combustion motor, to said hydraulic pump, and to an electric accumulator.

Abstract: The present invention refers to a method for the transfer of DNA sequences or exogenous genes into animal sperm cells by means of the use of episomal vectors. The invention also relates to the use of “Sperm Mediated Gene Transfer” (SMGT) technology for the creation of genetically modified individuals.

Abstract: The present invention refers to a method for the transfer of DNA sequences or exogenous genes into animal sperm cells by means of the use of episomal vectors. The invention also relates to the use of “Sperm Mediated Gene Transfer” (SMGT) technology for the creation of genetically modified individuals.

Abstract: A method for improved adhesion between dielectric material layers at their interface during the manufacture of a semiconductor device, comprising operations for forming a first layer (1) of a dielectric material, specifically silicon oxynitride or silicon nitride, on a circuit structure (7) defined on a substrate of a semiconductor material (6) and subsequently forming a second layer (3) of dielectric material (silicon oxynitride or silicon nitride particularly) overlying the first layer (1). Between the first dielectric material layer and the second, a thin oxide layer (2), silicon dioxide in the preferred embodiment, is formed in contact therewith. This interposed oxide (2) serves an adhesion layer function between two superimposed layers (1,3).

Abstract: A method for improved adhesion between dielectric material layers at their interface during the manufacture of a semiconductor device, comprising operations for forming a first layer (1) of a dielectric material, specifically silicon oxynitride or silicon nitride, on a circuit structure (7) defined on a substrate of a semiconductor material (6) and subsequently forming a second layer (3) of dielectric material (silicon oxynitride or silicon nitride particularly) overlying the first layer (1). Between the first dielectric material layer and the second, a thin oxide layer (2), silicon dioxide in the preferred embodiment, is formed in contact therewith. This interposed oxide (2) serves an adhesion layer function between two superimposed layers (1,3).