The invention relates to medicine, to the section of neurology and neuropsychology, and can be used in offices neurorehabilitation neurological and neurosurgical clinics in conducting studies on the restoration of the amplitude of hand movements, breaks in various neurological diseases. Created a device simulator for training to restore the hand range of motion in patients with neurological clinics, comprising a base on the upper surface of which are arranged operating elements in the form of push-buttons. When the base is made of plastic or metal in the form of a semicircle with a radius of 70-90 cm and a height of 5-8 cm. Inside the base control unit is installed and operating elements as push-buttons placed on the basis of 5-8 semicircles of different diameters. Wherein the pushbutton is made of a plastic casing round or square shape, into which LEDs are mounted and the switch connected to the key-cap, in turn movably coupled to the plastic housing of the working element, and each switch and the LED are electrically connected to the control unit. The utility model provides recovery of maximum amplitude of movements of the patient hand by performing the consolidation and habitual movements of the patient, provided the structural elements of the device, from the movements with a minimum amplitude when expressed violations of hand movements, with a gradual increase in the complexity and range of motion.Полезная модель относится к медицине, к разделу неврологии и нейропсихологии, и может найти применение в отделениях нейрореабилитации неврологических и нейрохирургических клиник при проведении занятий по восстановлению амплитуды движений рук, нарушающихся при различных неврологических заболеваниях. Создано устройство-тренажер для занятий по восстановлению амплитуды движений руки у больных неврологической клиники, содержащее основание, на верхней поверхности которого, размещены рабочие элементы в виде кнопочных выключателей. При этом основание выполнено из пластика или
