У статті розглянуто конструктивні та функціональні особливості, принципи дії сучасної системи для верхніх
кінцівок ISO-SHIFT для задач спорту, фізичного виховання та реабілітації. Мета роботи - аналіз особливостей
функціонування системи ISO-SHIFT для задач спорту, фізичного виховання та реабілітації.
The article deals with constructive and functional features, the principles of the ISO-SHIFT upper limb
system in the tasks of sport, physical education and rehabilitation. The purpose of the work is to analyze the features of the
ISO-SHIFT system for the tasks of sport, physical education and rehabilitation. The cable system allows you to recognize
movement and conduct effective training. The system with its dynamic geometry is specific for training upper limbs, designed
for use in sports, physical education of youth, physical rehabilitation and professional therapy. This is provided by a perso nal
computer with a touch screen 23", the detection load surface and a unique integrated 3D camer a for motion capture. The
system support base is a sensor platform with 4 load elements that in real time reveals the distribution of user loads on a
platform with a resolution of 1 mm and a frequency of 20 Hz. The 3D camera system is able to "scan" the us er, is equipped
with 3 optics: a two-dimensional camera, ultrasonic and infrared camera. The system has 2 independent mechanical and
regulating Handles in the frontal and sagittal planes This extends the versatility of the system for targeted upper limb
exercises and basic stability training. The 3D digital graphic image allows you to study the jump phases, frame by frame, at
different viewing angles .The software analyzes the development of "pressure centers" in phase of flight and during the
landing phase. The platform software has a powerful postural module, offers standard tests for static and dynamic orthostatic
control.
