Inertial Sensor and Protetics sensors (Q10503): Difference between revisions

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(‎Created claim: summary (P836): Verification of the diagnostic benefits of the implementation of inertial sensors and of strain sensors for continuous, long-term measurements of the walking parameters of the made-to-measure of lower limbs for 3D printed DAFO, orthopaedic inserts, and prostheses in the nose (amp. according to Choparta/Lisfranca). Specifically, it is a verification of the diagnostic benefits of the analysis of walking, using inertial sensors and pressure sensors...)
Property / summary
 
Verification of the diagnostic benefits of the implementation of inertial sensors and of strain sensors for continuous, long-term measurements of the walking parameters of the made-to-measure of lower limbs for 3D printed DAFO, orthopaedic inserts, and prostheses in the nose (amp. according to Choparta/Lisfranca). Specifically, it is a verification of the diagnostic benefits of the analysis of walking, using inertial sensors and pressure sensors as fitted to orthoprosthetic aids. (English)
Property / summary: Verification of the diagnostic benefits of the implementation of inertial sensors and of strain sensors for continuous, long-term measurements of the walking parameters of the made-to-measure of lower limbs for 3D printed DAFO, orthopaedic inserts, and prostheses in the nose (amp. according to Choparta/Lisfranca). Specifically, it is a verification of the diagnostic benefits of the analysis of walking, using inertial sensors and pressure sensors as fitted to orthoprosthetic aids. (English) / rank
 
Normal rank

Revision as of 16:35, 25 February 2020

Project in Czech Republic financed by DG Regio
Language Label Description Also known as
English
Inertial Sensor and Protetics sensors
Project in Czech Republic financed by DG Regio

    Statements

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    249,750.0 Czech koruna
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    9,990.0 Euro
    10 January 2020
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    333,000.0 Czech koruna
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    13,320.0 Euro
    10 January 2020
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    75 percent
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    23 September 2016
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    28 June 2017
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    10 July 2017
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    Ortopedická protetika Frýdek-Místek, s.r.o.
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    49°35'19.90"N, 18°22'12.25"E
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    73911
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    Ověření diagnostických přínosů implementace inerciálních senzorů a tenzometrických senzorů pro kontinuální dlouhodobé měření parametrů chůze v zakázkové ortotice-protetice dolní končetiny u 3D tištěných DAFO ortéz, ortopedických vložek a protéz po amputaci v noze (amp. podle Choparta/Lisfranca). Konkrétně se jedná o ověření diagnostických přínosů analýzy chůze s využitím inerciálních senzorů a tlakových senzorů implememtovaných do ortoticko-protetických pomůcek. a. (Czech)
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    Verification of the diagnostic benefits of the implementation of inertial sensors and of strain sensors for continuous, long-term measurements of the walking parameters of the made-to-measure of lower limbs for 3D printed DAFO, orthopaedic inserts, and prostheses in the nose (amp. according to Choparta/Lisfranca). Specifically, it is a verification of the diagnostic benefits of the analysis of walking, using inertial sensors and pressure sensors as fitted to orthoprosthetic aids. (English)
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    Identifiers

    CZ.01.1.02/0.0/0.0/16_045/0007233
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