Конструируются протезно-ортопедичес

Конструируются протезно-ортопедические изделия на основе достижений физиологии, электроники, механики, биомеханики, электромеханики, химии, физики, математики и прочих областей научных знаний. Во всём мире огромное число разработчиков трудится над созданием и модернизацией различных изделий для лиц с ограниченными возможностями. В настоящее время в данной сфере достигнут огромнейший прогресс, в частности внедрены так называемые «бионические протезы», которые максимально приближены к естественным, данным людям самой природой конечностям. Исследователи активно работают над обеспечением обратной связи, которая позволит человеку-пользователю протезом испытывать осязательные ощущения от прикосновения искусственной руки, покрытой особой протезирующей кожей, к тому либо иному предмету.

Встроенные микропроцессоры дают возможность программировать протезы ног для обеспечения более естественной ходьбы и комфортного выполнения ряда других движений. Уже налажено серийное производство протезов ног для спортсменов и лиц, предпочитающих вести активный образ жизни, есть специальные протезы для ходьбы на лыжах, купания и принятия душа. Прошла испытания искусственная рука, управляемая силой мысли.

В протезно-ортопедической промышленности используются лёгкие и в тоже время очень прочные материалы, создаются конструкции по индивидуальным замерам пользователя, культеприёмные гильзы производятся из углеволокна, а также других современных композитных материалов. Серьёзно совершенствуются ключевые элементы - коленные модули, стопы, тазобедренные, лучезапястные, локтевые и плечевые шарниры. И это ещё далеко не предел.

Results (English) 1:

Designed prosthetic and orthopedic products based on advances in Physiology, biomechanics, mechanics, electronics, electromechanics, chemistry, physics, mathematics and other areas of scientific knowledge. All over the world, a huge number of developers working on building and upgrading of various products for persons with disabilities. At present, in this area there has been huge progress in particular introduced so-called "Bionic limbs", which is as close to a natural, given people the very nature of the limbs. Researchers are actively working on providing feedback that will allow a man-user experience tactile sensations from the prosthesis touching hands, covered with a special synthetic proteziruûŝej skin, and other subjects.Built-in microprocessors give the possibility to program the foot prosthesis to ensure a more natural walk and perform a number of other movements. For batch production of prosthetic legs for the athletes and those who engage in an active lifestyle, there is a special prosthesis for cross-country skiing, swimming and showering. Tested the artificial hand, guided by the power of thought.In the prosthetic and orthopaedic industry uses light and at the same time very durable materials, creates designs for individual measurements of the user kul′tepriëmnye sleeves are made of carbon fiber and other advanced composites. Seriously improving key elements-knee modules, foot, hip, lučezapâstnye, elbow and shoulder joints. And it is not the end.

Results (English) 2:

Constructed orthopedic items based on the achievements of physiology, electronics, mechanics, biomechanics, electromechanics, chemistry, physics, mathematics and other areas of scientific knowledge. Throughout the world, a huge number of developers working on the creation and modernization of various products for persons with disabilities. Currently, this area has been tremendous progress, in particular introduced the so-called "bionic prostheses", which is as close to natural given the very nature of people extremities. Researchers are actively working to provide feedback that will allow the human user prosthesis experience tactile sensations from the touch of artificial hands, covered with a special prosthetic skin to any particular subject. Embedded microprocessors enable programming prosthetic legs for a more natural and comfortable walk to perform some other movements. Already the serial production of prosthetic legs for athletes and those who choose to be active, there is a special prosthesis for skiing, swimming and taking a shower. Was tested artificial arm controlled by thought. In the prosthetic and orthopedic industry uses lightweight and yet very durable materials to create a design for individual measurements user kultepriёmnye liner made ​​of carbon fiber and other advanced composite materials. Seriously improved key elements - modules knee, feet, hip, wrist, elbow and shoulder joints. And this is not the limit.

Results (English) 3:

RID/ADR prosthetic and orthopedic products on the basis of physics, electronics, mechanics, linguistics, electromechanics, chemistry, physics, mathematics and other areas of scientific knowledge.Throughout the world a great number of developers is working on the establishment and upgrading of products for persons with disabilities. Currently, in this area has been made strong impressions progress,In particular introduced the so-called "бионические prostheses", which are as close as possible to a natural, according to the very nature people limbs. Researchers are actively working on the feedback,Which will allow individual-user psychologists help feel taste sensation from touching artificial hands, covered with a special протезирующеи skin, to any other subject.

Built-in microprocessors provide an opportunity to program artificial limbs legs to ensure a more natural walking distance and the comfort of a number of other movements.The production has already been established prosthetic legs for athletes and individuals who prefer to conduct an active way of life, there is a special prosthetic devices for walking on skis, bathing and showering.Passed the test an artificial hand, managed by force of thought.lord in prosthetic and orthopaedic industry are used light and at the same time, very strong materials,Created design for individual measurements user, культеприемные liners are made from carbon fiber, as well as other modern composite materials.Seriously improved key elements - knee modules, foot, hip, лучезапястные, elbow and shoulder joints. And this is still far from being limit.