| SUBJECT of DEVELOPMENT |
| TODAY'S PRACTICAL RESULTS |
| TECHNOLOGIES COMPARISON |
| AREAS of APPLICATION |
| DESIGN FEATURES |
| SOME MORE DETAILS |
| DEVELOPMENT CONDITIONS |
Even the simplest realized modifications of these devices increase physical abilities of the person in all basic fields of its life and activity:
Exoskeletons already have found the application, first of all, for the secondary deformations development prevention in extremities in a result of insufficiency of the musculotendinous (musculoskeletal (locomotor)) system. They allow to correct the revealed deformations by normalization of biomechanical workloads conditions, including difficult "backbone" diseases (for more detailed information on application in medicine press here or on a photo); Exoskeleton modification, which has the medical application permission in Ukraine and Russia, allows step-by-step moving inside and outside the buildings for the persons, which have flail legs due to spinal trauma or diseases, such as brain insult, degenerate and general diseases of joints. It’s achieved by reducing workloads on musculoskeletal (locomotor) system and, in some cases, for the functional reconstruction on its earlier stages application. The interfaces for the combined application of the exoskeleton with known orthopedic devices, corsets, crutches, braces, prosthetics, and so on;
The main usage purpose for the relaxation of the musculoskeletal (locomotor) system, as a prophylactic against static stress at standing job inside/outside buildings, including roadless cases (to get more detailed information on manufacture and in a life application press here or on a photo);. Prototype models of exoskeletons, that were developed, also allow to reduce musculoskeletal (locomotor) workloads during walking, rising and moving of weights, including on a ladder and roadless cases. Additionally have been created some external modules, that increases transforming abilities of exoskeleton to hybrid device with new useful properties. For example, one of them, transforms exoskeleton to a mobile walking ladder. Others - in to chair, armchair, armchair - rocking chair. Meanwhile all useful properties exoskeleton are kept.
As a mobile gym, for improvement of achievements and development of new kinds (for more detailed information on application in sphere of sports and entertainments press here or on a photo). Prototype models of exoskeletons, that were developed, allow to increase/reduce workloads on musculoskeletal (locomotor) of the person. Reducing workloads allows to accelerate movements to reduce weariness. The ability of dosed workloads on musculoskeletal (locomotor) system and its separate parts allows to use exoskeleton as a mobile gym, suitable for any environmental conditions application (natural, home, work), and not just in a fitness center. Besides these exoskeletons are easily combined practically with all sports gyms, devices and equipment (for example, skates, a ski, sport shoes, football boots and so on). On their basis different kinds of sport gyms, devices and equipment with new useful features(for example, bicycles, stilts etc.) have being developing.