Abstract: An electrostimulation device comprises at least one shell (2) forming an inner compartment (21) and comprising an opening (22); at least one electrode (3) located at least partly outside the corresponding shell (2) at the opening (22). The device is characterised by the fact that the electrode (3) is connected to an articulated joint (4). The articulated joint (4) is at least partly inside the shell (2) and mobile in its seat (41). The electrode (3) can be angled and moved relative to the shell (2) as a result of the freedom of movement of the articulated joint (4) in its seat (41) depending on the anatomical form and structure of the treatment zone (8).

Abstract: A self-coaching portable device for abdominal muscles comprises a piece of apparatus (1) for exercising abdominal muscles on the floor and an electronic control unit (2) integral with the piece of apparatus (1), having a software (22) with one or more coaching programs, a display (21) for showing the characteristics of the program to be performed, guiding means (23) of the user in performing the program correctly, detecting means (25) of achievement of a predetermined muscle contraction. In a preferred embodiment the device (10) comprises an electrostimulator device (3), consisting of at least one pair of electrodes (31) and adjusting means (32) of the electrostimulating pulses, activated directly by thee detecting means (25) when a predetermined muscle contraction has been achieved.

Abstract: An electrostimulation device comprises at least one shell (2) forming an inner compartment (21) and comprising an opening (22); at least one electrode (3) located at least partly outside the corresponding shell (2) at the opening (22). The device is characterised by the fact that the electrode (3) is connected to an articulated joint (4). The articulated joint (4) is at least partly inside the shell (2) and mobile in its seat (41). The electrode (3) can be angled and moved relative to the shell (2) as a result of the freedom of movement of the articulated joint (4) in its seat (41) depending on the anatomical form and structure of the treatment zone (8).