Abstract: A gymnastic machine comprising a frame having a base, wherein said base comprises a first and a second longitudinal member, a closed-circuit sliding-belt associated with said base, arranged between said first and said second longitudinal member, on which a user can execute a gymnastic exercise, and a transmission assembly having an electric motor, configured to move said closed-circuit sliding-belt, wherein said gymnastic machine. The electric motor is arranged below said closed-circuit sliding-belt.

Abstract: A gymnastic machine comprising a frame having a base, wherein said base comprises a first and a second longitudinal member, a closed-circuit sliding-belt associated with said base, arranged between said first and said second longitudinal member, on which a user can execute a gymnastic exercise, and a transmission assembly having an electric motor, configured to move said closed-circuit sliding-belt, wherein said gymnastic machine. The electric motor is arranged below said closed-circuit sliding-belt.

Abstract: A gymnastic machine comprising a frame having a base, wherein said base comprises a first and a second longitudinal member, a closed-circuit sliding-belt associated with said base, arranged between said first and said second longitudinal member, on which a user can execute a gymnastic exercise, and a transmission assembly having an electric motor, configured to move said closed-circuit sliding-belt, wherein said gymnastic machine. The electric motor is arranged below said closed-circuit sliding-belt.

Abstract: The present invention relates to a gymnastic machine (1) comprising a frame (2) having a base (21), wherein said base comprises a first (211) and a second (212) longitudinal member, a closed-circuit sliding-belt (3) associated with said base (21), arranged between said first (211) and said second (212) longitudinal member, on which a user can execute a gymnastic exercise, and a transmission assembly (5) having an electric motor (51), configured to move said sliding-belt (6), wherein said gymnastic machine (1) is characterized in that said electric motor (51) is arranged below said sliding-belt (6). The present invention also relates to a manufacturing method of a gymnastic machine (1).

Abstract: The present invention relates to a gymnastic machine (1) comprising a base structure (2) having a front transmission assembly (23) and a rear transmission assembly (24), wherein said base structure comprises two lateral longitudinal members (27, 28) between which a sliding belt (22) slides, a sliding belt (22), associated to said base structure (2), on which a user can perform a gymnastic exercise, wherein said sliding belt (22) is configured to rotate by means of said front transmission assembly (23) and rear transmission assembly (24) according to a sliding direction (X), wherein said sliding belt (22) is arranged between said two lateral longitudinal members (27, 28) and an electric motor (3), having at least one stator (33) and at least one rotor (31, 31?, 32), said electric motor (3, 3?) being kinematically coupled to said front transmission assembly (23), or to said rear transmission assembly (24), for moving said sliding belt (22), said electric motor (3, 3?) being of axial type.

Abstract: The present invention relates to a gymnastic machine (1) comprising a base structure (2) having a front transmission assembly (23) and a rear transmission assembly (24), wherein said base structure (2) comprises two lateral longitudinal members (27, 28) between which a sliding belt (22) slides, a sliding belt (22), associated to said base structure (2), on which a user can perform a gymnastic exercise, wherein said sliding belt (22) is configured to rotate by means of said front transmission assembly (23) and said rear transmission assembly (24) according to a sliding direction (X), wherein said sliding belt (22) is arranged between said two lateral longitudinal members (27, 28) and an electric motor (3), having at least a stator (33) and at least a rotor (31, 31?, 32), said electric motor (3, 3?) being kinematically coupled to said front transmission assembly (23), or to said rear transmission assembly (24), for moving said sliding belt (22), in that said electric motor (3, 3?) is of axial type.

Abstract: The present invention concerns a gymnastic machine of the type having movable steps, comprising a supporting frame, for the resting of said gymnastic machine on the floor, a movable stair comprising a plurality of elongated elements, each elongated element being hinged in series to a preceding elongated element and to a following elongated element, so as to form a closed series, two consecutive elongated elements forming a step of said movable stair acting respectively as tread and riser, said gymnastic machine being characterized in that at least one elongated element comprises at least one first and one second part articulated to each other. The present invention also concerns an operating method of said gymnastic machine.

Abstract: The present invention concerns a gymnastic machine of the type having movable steps, comprising a supporting frame, for the resting of said gymnastic machine on the floor, a movable stair comprising a plurality of elongated elements, each elongated element being hinged in series to a preceding elongated element and to a following elongated element, so as to form a closed series, two consecutive elongated elements forming a step of said movable stair acting respectively as tread and riser, said gymnastic machine being characterized in that at least one elongated element comprises at least one first and one second part articulated to each other. The present invention also concerns an operating method of said gymnastic machine.

Abstract: The present invention concerns a gymnastic machine of the type having a sliding belt comprising a base structure, having a frame, on which a closed circuit sliding belt is installed for gymnastic exercises, a supporting structure rotatably coupled with said base structure, characterized in that said gymnastic machine comprises a closing and moving group, comprising a trolley, rotatably coupled with said frame of said base structure, capable to assume a first position, corresponding to the opening position of said gymnastic machine, wherein said trolley is substantially parallel to said base structure, and a second position, corresponding to the closing position of said gymnastic machine, wherein said trolley is rotated with respect to said base structure, so as to lift and rotate it with respect to said supporting structure, arranging close to it; and actuator means, capable to allow the moving of said trolley from said first position to said second position and vice versa.

Abstract: Described is a treadmill (1) comprising a frame (2) having uprights (3) for supporting a control panel (5) equipped with a user interface; a belt (4) trained around rotatable rollers, defining a treadable surface (4a); a motor connected to at least one of the rollers for moving the belt (4); at least one handle (7) connected to a corresponding upright (3) and having a grip portion (7a) which can be accessed by the user, wherein the treadmill (1) comprises a shape coupling between the handle (7) and the upright (3) and a lock/release mechanism (16) for manually coupling and uncoupling the handle (7) with respect to the upright (3).

Abstract: The present invention relates to precision linewidth control and frequency measurements of continuous wave lasers for the near to far IR spectral regions, precision frequency synthesizers and exemplary applications in molecular detection. Methods and systems are disclosed for simultaneous line narrowing of cw lasers, as well as referencing the desired emission wavelength to a frequency comb laser.

Abstract: The present invention relates to precision linewidth control and frequency measurements of continuous wave lasers for the near to far IR spectral regions, precision frequency synthesizers and exemplary applications in molecular detection. Methods and systems are disclosed for simultaneous line narrowing of cw lasers, as well as referencing the desired emission wavelength to a frequency comb laser.