Registration Number
0224U032949,
(0124U002680)
, R & D reports
Title
Digitalization of the advanced rehabilitation products development for people with special needs (after limb amputation) (DIGARE)
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Розробка засад створення функціональних виробів реабілітаційного призначення для потреб пацієнтів після ампутації кінцівки
Head
Melnyk Liudmyla M., к.т.н.
Registration Date
12-12-2024
Organization
Kyiv National University of Technologies and Design
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The purpose of the work is to develop an algorithm for designing a rehabilitation compression product for a stump, which will correspond to the individual forms of a specific person and will create the necessary physiotherapeutic effect. It will be the basis for the digitalization of the product development process that is not inferior to world analogs by main characteristics.
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The purpose of the work is to develop an algorithm for designing a rehabilitation compression product for a stump, which will correspond to the individual forms of a specific person and will create the necessary physiotherapeutic effect. It will be the basis for the digitalization of the product development process that is not inferior to world analogs by main characteristics. During the project`s first stage, it was established that the range of compression products is determined by amputation levels and design features, but they are usually manufactured in a limited number of standardized sizes. It has been found that 3D scanning is a promising way to establish the relationship "body size - product size". Such emerging technology allows to analyze a real object and collect three-dimensional data about its shape and morphology. The results of 3D scanning provide the opportunity for the accurate reproduction of complex geometric shapes and the obtained frames can be re-evaluated without the patient. It is relevant for people with limited mobility.
A new design strategy for compression products is proposed that will ensure enhanced product design according to individual needs and subsequent manufacturing of a personalized product. The obtained results are the prerequisites for further digital transformation of the 3D scan data into a technological map for a knitting machine.
Knitted materials with different ranges of density, stretchability and elasticity have been developed. The indicators variation is due to ensuring a certain shape and size of the product as well as compliance with the size and shape of real objects.
Product Description
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Arabuli Arsenii T.
Arabuli Svitlana I.
Halavska Liudmyla Ye.
Hanushchak-Yefimenko Liudmyla M.
Kyzymchuk Olena P.
Kravchenko Alona S.
Melnyk Liudmyla M.
Pashkevych Kalyna L.
Truba Anastasiia A.
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2024-12-12
