The invention relates to a limb-sensor-stimulator arrangement comprising a sensor part (1) to be fastened in a shoe, or in or to a sock (2), or to a
cuff (35), comprising a sensor sole (30) or sensors (4) in the sole of a sock (2) or a
cuff, in each case for a foot (17) of a patient; wherein: the sensor part (1) comprises sensors (4) in
gait-line-typical sole portions (3) of the sole (30); and each sole portion (3) has at least one sensor (4) which is or can be connected to at least one controller (6) via a
data link (5); and the controller (6) itself is connected to stimulators / actuators (7) for controlled transmission of information to the patient; at least two, preferably four, and at most thirteen
gait-line-typical sole portions (3) are formed in the sensor part (1), each of which has at least one sensor (4) which is operatively connected to one stimulator (7) or to a plurality of stimulators (7a, 7b, 7n) via the
data link (5) and via the controller (6); or some of the sensors are connected to one stimulator (7) each; and the first stimulators (7a) and the second stimulators (7b) or the nth stimulators (7n) are designed such that, when used, they can be fastened to
muscle areas (8) on a leg (19) or to other
muscle areas (8) of the patient body (12) - in particular at the upper end of the calf - and can emit independent flat
muscle-stimulating signals - instead of conventional neural stimulating signals - to the patient body (12), which muscle-stimulating signals are triggered by sensor activities of the sensors (4); and each stimulator (7) is designed to be vibrationally muscle-stimulating - in the sense of a muscle-activating, and simultaneously therapeutic, intervention on the muscle - for each determined
muscle group (8) with which it is associated.