Creation of a targeted rehabilitation algorithm in dysfunctional traffic system, based on the results of a biomechanical test and a functional evaluation with diagnostic and therapeutic devices for the upper and lower limbs (Q122663): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to create an algorithm for personalised selection of exercises for patients with dysfunction of the traffic system, based on a functional and biomechanical assessment, and for the construction and implementation of innovative diagnostic and therapeutic devices which complement the algorithm. The equipment currently used in the rehabilitation of the device does not fully meet the initial assumptions of the draft algori...) |
(Created claim: summary (P836): The project aims to create an algorithm for personalised exercise selection for patients with musculoskeletal dysfunction based on functional and biomechanical evaluation, and to construct and implement innovative diagnostic-therapeutic devices complementary to this algorithm. Currently used in rehabilitation devices do not fully meet the initial assumptions of the proposed algorithm in relation to the diagnostic and/or therapeutic part. Therefo...) |
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The project aims to create an algorithm for personalised exercise selection for patients with musculoskeletal dysfunction based on functional and biomechanical evaluation, and to construct and implement innovative diagnostic-therapeutic devices complementary to this algorithm. Currently used in rehabilitation devices do not fully meet the initial assumptions of the proposed algorithm in relation to the diagnostic and/or therapeutic part. Therefore, the Applicant plans to create new devices in order to maximise the therapeutic effect by using the algorithm developed within the framework of the project for selecting objectives and exercise parameters. The innovativeness of the algorithm will be linked to a close link between the assessment and the selection of objectives and exercise parameters. The innovativeness of the devices will be related to a construction that allows, in addition to measuring mechanical parameters of motion, also control and active correction of the mode of movement (motion patterns), which is a key element in the proposed solution. (English) | |||||||||||||||
| Property / summary: The project aims to create an algorithm for personalised exercise selection for patients with musculoskeletal dysfunction based on functional and biomechanical evaluation, and to construct and implement innovative diagnostic-therapeutic devices complementary to this algorithm. Currently used in rehabilitation devices do not fully meet the initial assumptions of the proposed algorithm in relation to the diagnostic and/or therapeutic part. Therefore, the Applicant plans to create new devices in order to maximise the therapeutic effect by using the algorithm developed within the framework of the project for selecting objectives and exercise parameters. The innovativeness of the algorithm will be linked to a close link between the assessment and the selection of objectives and exercise parameters. The innovativeness of the devices will be related to a construction that allows, in addition to measuring mechanical parameters of motion, also control and active correction of the mode of movement (motion patterns), which is a key element in the proposed solution. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The project aims to create an algorithm for personalised exercise selection for patients with musculoskeletal dysfunction based on functional and biomechanical evaluation, and to construct and implement innovative diagnostic-therapeutic devices complementary to this algorithm. Currently used in rehabilitation devices do not fully meet the initial assumptions of the proposed algorithm in relation to the diagnostic and/or therapeutic part. Therefore, the Applicant plans to create new devices in order to maximise the therapeutic effect by using the algorithm developed within the framework of the project for selecting objectives and exercise parameters. The innovativeness of the algorithm will be linked to a close link between the assessment and the selection of objectives and exercise parameters. The innovativeness of the devices will be related to a construction that allows, in addition to measuring mechanical parameters of motion, also control and active correction of the mode of movement (motion patterns), which is a key element in the proposed solution. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 10:07, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Creation of a targeted rehabilitation algorithm in dysfunctional traffic system, based on the results of a biomechanical test and a functional evaluation with diagnostic and therapeutic devices for the upper and lower limbs |
Project in Poland financed by DG Regio |
Statements
1,131,452.9 zloty
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1,644,197.57 zloty
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68.81 percent
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1 October 2019
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30 September 2021
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PRZEDSIĘBIORSTWO HANDLOWO-USŁUGOWE "TECHNOMEX" SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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Projekt ma na celu stworzenie algorytmu spersonalizowanego doboru ćwiczeń dla pacjentów z dysfunkcjami układu ruchu w oparciu o ocenę czynnościową i biomechaniczną, oraz skonstruowanie i wdrożenie innowacyjnych urządzeń diagnostyczno–terapeutycznych komplementarnych z tym algorytmem. Obecnie stosowane w rehabilitacji urządzenia nie spełniają w pełni wstępnych założeń projektowanego algorytmu w odniesieniu do części diagnostycznej i/lub terapeutycznej. Dlatego Wnioskodawca planuje stworzenie nowych urządzeń, aby wykorzystując opracowany w ramach projektu algorytm doboru celów i parametrów ćwiczeń zmaksymalizować efekt terapeutyczny. Innowacyjność algorytmu będzie związana ze ścisłym powiązaniem oceny z doborem celów i parametrów ćwiczeń. Innowacyjność urządzeń związana będzie z konstrukcją umożliwiającą poza pomiarami parametrów mechanicznych ruchu również kontrolę i czynną korektę sposobu wykonywania ruchu (wzorców ruchowych), co jest kluczowym elementem w proponowanym rozwiązaniu. (Polish)
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The project aims to create an algorithm for personalised exercise selection for patients with musculoskeletal dysfunction based on functional and biomechanical evaluation, and to construct and implement innovative diagnostic-therapeutic devices complementary to this algorithm. Currently used in rehabilitation devices do not fully meet the initial assumptions of the proposed algorithm in relation to the diagnostic and/or therapeutic part. Therefore, the Applicant plans to create new devices in order to maximise the therapeutic effect by using the algorithm developed within the framework of the project for selecting objectives and exercise parameters. The innovativeness of the algorithm will be linked to a close link between the assessment and the selection of objectives and exercise parameters. The innovativeness of the devices will be related to a construction that allows, in addition to measuring mechanical parameters of motion, also control and active correction of the mode of movement (motion patterns), which is a key element in the proposed solution. (English)
21 October 2020
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Identifiers
RPSL.01.02.00-24-00AB/19
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