Abstract: Herein described is a hybrid propulsion and transmission system for a motorcycle of the type comprising at least an internal combustion engine (10) and at least one driving wheel (22). The system comprises a first electric machine (14), provided with first mechanical connection means (12) to the internal combustion engine (10), and a second electric machine (18), coupled with first electric machine (14) through electric and/or electronic connection means (16) and/or through second mechanical connection means (20), and coupled with the driving wheel (22) through second mechanical connection means (20).

Abstract: An exercise machine (1)(101) has a work zone (20)(120) for performing physical exercise in accordance with a predetermined medical/sport program, a service zone (30)(130) adjacent to work zone (20)(120) and provided with a load group (31)(131), with the work zone (20)(120) and the service zone (30)(130) being located adjacent to each other and inscribable completely inside a minimum volume (V) of a predetermined height (H), width (L) and depth (W), and volume indicating means (40?)(140?) capable to render a visually discernible minimum training module (M) of predetermined dimensions which can be easily assembled and rapidly installed in a space of limited dimensions.

Abstract: Herein described is a hybrid propulsion and transmission system for a motorcycle of the type comprising at least an internal combustion engine (10) and at least one driving wheel (22). The system comprises a first electric machine (14), provided with first mechanical connection means (12) to the internal combustion engine (10), and a second electric machine (18), coupled with first electric machine (14) through electric and/or electronic connection means (16) and/or through second mechanical connection means (20), and coupled with the driving wheel (22) through second mechanical connection means (20).

Abstract: Exercising machine (1) provided with a frame (10) (110) (210) and with at least one operating apparatus (30) (130) (230) which can be used to perform a physical exercise and comprising a load group (15) (115) (215) supported by the frame (10) (110) (210) and connected to the operating apparatus (30) (130) (230) by means of at least one cable (26) (126) (226) wound around a plurality of transmission members (25) (140) (240) supported by the frame (10) (110) (210) and arranged so as to define a path (P) for the cable (26) (126) (226); the load group (15) (115) (215) comprising at least two load units (16, 17) separate from each other and connected together by means of the said cable (26) (126) (226) and arranged at ends of the path (P) on opposite sides of the operating apparatus (30) (130) (230) so that the latter can be tensioned on respective opposite sides by means of different loads.

Abstract: A rolling vehicle (10) with two front steering wheels (16, 18) comprising a frame (14), handlebars (20), at least a rear driving wheel (12) connected to a motor (22), and a steering kinematism of the two front wheels (16, 18), wherein the steering kinematism is longitudinal and comprises two parallel longitudinal arms (36, 38) fixedly connected at one end of a steering control lever (26), connected to the handlebars (20) through a cylindrical hinge (24), and at the other end, through two spherical hinges (32, 34), to two articulated quadrilaterals, also longitudinal with respect to the vehicle (10), which rotatably connect the two front wheels (16, 18) to the frame (14), so as to achieve steering, performed by a user through a rotation of the handlebars (20), of the two front wheels (16, 18) with respect to the frame (14).

Abstract: The present invention provides a method for the immuno-diagnosis of diseases with different aetiology (infectious diseases, tumors etc) by measurement of the T cell response J, B and NK lymphocytes) induced by a set of diseasespecific antigens. The method is based on the quantitative determination of antigenspecific T lymphocytes (referred as Ag-Sp), stimulated by using a newly devised pathology-specific antigen or epitope compositions which represent further embodiments of the invention. After stimulation, the selective measurement of the Ag-Sp T lymphocytes is performed by: A) monoclonal antibodies recognizing membrane structures of T lymphocytes and of their sub-populations; B) monoclonal antibodies binding to cytokines accumulating at intracellular level after the stimulation with the antigen; or C) mixtures of A) and B).

Abstract: An exercise machine (1)(101) has a work zone (20)(120) for performing physical exercise in accordance with a predetermined medical/sport program, a service zone (30)(130) adjacent to work zone (20)(120) and provided with a load group (31)(131), with the work zone (20)(120) and the service zone (30)(130) being located adjacent to each other and inscribable completely inside a minimum volume (V) of a predetermined height (H), width (L) and depth (W), and volume indicating means (40?)(140?) capable to render a visually discernible minimum training module (M) of predetermined dimensions which can be easily assembled and rapidly installed in a space of limited dimensions.

Abstract: Exercising machine (1) provided with a frame (10) (110) (210) and with at least one operating apparatus (30) (130) (230) which can be used to perform a physical exercise and comprising a load group (15) (115) (215) supported by the frame (10) (110) (210) and connected to the operating apparatus (30) (130) (230) by means of at least one cable (26) (126) (226) wound around a plurality of transmission members (25) (140) (240) supported by the frame (10) (110) (210) and arranged so as to define a path (P) for the cable (26) (126) (226); the load group (15) (115) (215) comprising at least two load units (16, 17) separate from each other and connected together by means of the said cable (26) (126) (226) and arranged at ends of the path (P) on opposite sides of the operating apparatus (30) (130) (230) so that the latter can be tensioned on respective opposite sides by means of different loads.