Abstract: A motorized expandable table includes a vertical column upperly supporting a table top. In a first configuration the table top is defined only by main portions and in a second configuration only by the main portions and by additional portions, which include outer additional portions and a central additional portion. The additional portions are entirely covered by and hidden below the main portions in the first configuration, and the outer additional portions are disposed radially about a support associated with the column and present an inclination different from the adjacent outer additional portions. A driving system is associated with the main portions, the support, the outer additional portions and the central additional portion for their movement, to enable the table to pass between the first and the second configuration. An electronic control and management is provided for the driving system.

Abstract: An endocardial heart function intervention device that optimizes the cardiac geometry in patients with heart failure. The device comprises one or more elastic elements sutured in place within a heart that will establish radial elasticity in a direction towards the inside of the ventricle and plastic deformation in a direction that is transversal to the ventricle and is configured to be adjusted axially and radially to and along a section of the endocardial wall while in a neutral rest condition and can thereafter expand to receive energy from the endocardial wall during the diastolic phase, to cede energy received to the endocardial wall during a systolic phase.

Abstract: An intracardiac device for restoring the functional elasticity of the cardiac structures, in particular for the treatment of cardiomyopathies and or valvulopathies, by storing energy from the cardiac structures and ceding energy to the cardiac structures during the cardiac cycle, has an elongated shape, is at least partially wound in coils and is attachable to a cardiac structure; the coils are selected in material, number and dimension so as to allow an elastic elongation of the intracardiac device higher than 10% of the rest length of the intracardiac device and are exposed, in use, to the blood flow.

Abstract: The invention consists in a device that concerns the optimization of the cardiac geometry in patients with heart failure. The device comprises one or more elastic elements in the radial direction towards the inside of the ventricle and plastic deformation in a direction that is transversal to the said ventricle, the element being equipped with means for attaching it to the internal wall of the ventricle.

Abstract: The invention consists in a device that concerns the optimization of the cardiac geometry in patients with heart failure. The device comprises one or more elastic elements in the radial direction towards the inside of the ventricle and plastic deformation in a direction that is transversal to the said ventricle, the element being equipped with means for attaching it to the internal wall of the ventricle.

Abstract: An intracardiac device for restoring the functional elasticity of the cardiac structures, in particular for the treatment of cardiomyopathies and or valvulopathies, by storing energy from the cardiac structures and ceding energy to the cardiac structures during the cardiac cycle, has an elongated shape, is at least partially wound in coils and is attachable to a cardiac structure; the coils are selected in material, number and dimension so as to allow an elastic elongation of the intracardiac device higher than 10% of the rest length of the intracardiac device and are exposed, in use, to the blood flow.