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Malyuga, O. V.
The design of the exoskeleton : monograph / Malyuga O. V. - Саратов : Ай Пи Ар Медиа, 2019. - 178 с. - ISBN 978-5-4497-0117-6 : Б. ц.
Книга находится в Премиум-версии IPR SMART.
ББК 32.81
Кл.слова (ненормированные):
bioengineering -- design -- drug treatment -- exoskeleton -- implementation -- upper limb
Аннотация: Standard methods of drug treatment are aimed at restoring adirect connection between the brain and the muscles of the limbs. However, there is not a single drug that is able to restore feedback. In this case, the official medicine refers to physiotherapeutic methods of treatment and physiotherapy exercises, which patients receive in short courses, practically unable to use them at home, with the exception of active, but more often passive, exercises that require outside help. This type of treatment should be available to patients every day, is low in production, simple and easy to use, which plays a key role in the adaptation of children with disabilities and allows them to become full members of society and take an active part in all aspects of social life. The solution of this problem in many respects becomes possible due to the innovative direction of bioengineering — the design and implementation of the exoskeleton of the upper limb.
Malyuga, O. V.
The design of the exoskeleton : monograph / Malyuga O. V. - Саратов : Ай Пи Ар Медиа, 2019. - 178 с. - ISBN 978-5-4497-0117-6 : Б. ц.
Книга находится в Премиум-версии IPR SMART.
| УДК |
Кл.слова (ненормированные):
bioengineering -- design -- drug treatment -- exoskeleton -- implementation -- upper limb
Аннотация: Standard methods of drug treatment are aimed at restoring adirect connection between the brain and the muscles of the limbs. However, there is not a single drug that is able to restore feedback. In this case, the official medicine refers to physiotherapeutic methods of treatment and physiotherapy exercises, which patients receive in short courses, practically unable to use them at home, with the exception of active, but more often passive, exercises that require outside help. This type of treatment should be available to patients every day, is low in production, simple and easy to use, which plays a key role in the adaptation of children with disabilities and allows them to become full members of society and take an active part in all aspects of social life. The solution of this problem in many respects becomes possible due to the innovative direction of bioengineering — the design and implementation of the exoskeleton of the upper limb.
Беті 1, Нәтижелерін: 1