This utility model relates to the field of obstacle training equipment technology, and discloses a training device for motor disorders based on
neurology, including a training device body, a
handle, two foot pedals, and two foot pedals. The training device body has an internal mounting cavity, and an air supply mechanism is connected inside the mounting cavity. The output end of the air supply mechanism is connected to the two foot pedals respectively. Each foot pedal has an internal air passage, and several air outlets are formed at the end of each air passage away from the training device body. A control component is connected to the external side of the two foot pedals near the air outlets. This training device for motor disorders based on
neurology inflates the foot straps through the air supply mechanism, causing them to automatically conform to the patient's instep and form a flexible clamp. A second
pressure sensor monitors the
contact pressure in real time, ensuring moderate and reliable fixation. Compared with traditional anti-slip rings, this effectively solves the problem of foot slippage caused by weak
lower limb strength, ensuring training continuity and
rehabilitation effects.