Testing of the use of radio waves in metal furniture. (Q77697): Difference between revisions

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(‎Removed claim: summary (P836): The project concerns research on the use of the UHF RFID technology to identify resources located in a complex metal environment (i.e. electromagnetic sealed storage cabinets (EM)).The work will focus on obtaining better reading parameters including:An effective reading of a large number of tags located inside the interior of the metal cabinet, which will be made possible by means of solutions that ensure a more effective spread of waves acros...)
Property / summary
The project concerns research on the use of the UHF RFID technology to identify resources located in a complex metal environment (i.e. electromagnetic sealed storage cabinets (EM)).The work will focus on obtaining better reading parameters including:An effective reading of a large number of tags located inside the interior of the metal cabinet, which will be made possible by means of solutions that ensure a more effective spread of waves across the space and reductions in the blind or low-quality areas.— enabling effective implementation of multi-safe cabinets including efficient reading in small metal spaces with high leakage with EM (currently such conditions will prevent the correct functioning of RFID Equipment).The innovative product is based on IoT implementations for the purpose of improving the wealth management processes (documents, tools, equipment) and the organisation of working clothes management processes.The results meet the needs of industry 4.0 and are expected to make a significant progress towards the current offer.These will be 2 types of product identification products located inside the cabinets:— with shelves in which a large number of unfreely distributed tags can be stored (favourably more than 1000) to be stored, while fulfilling the need to have a limited access to small warehouses (e.g. to issue the assigned clothes to a staff member) while at the same time recording their status.The project will be implemented by the Technical (TM) (+ subcontracting which does not address the key research challenges) in 3 phases over the 25-31.10.2021 period.— Step 1 (BP) — Solution to key problems at laboratory conditions in the simplified environment — Step 2 environment (PR) — development of prototypes of new products, their demonstration and validation under opera conditions (English)
 
Property / summary: The project concerns research on the use of the UHF RFID technology to identify resources located in a complex metal environment (i.e. electromagnetic sealed storage cabinets (EM)).The work will focus on obtaining better reading parameters including:An effective reading of a large number of tags located inside the interior of the metal cabinet, which will be made possible by means of solutions that ensure a more effective spread of waves across the space and reductions in the blind or low-quality areas.— enabling effective implementation of multi-safe cabinets including efficient reading in small metal spaces with high leakage with EM (currently such conditions will prevent the correct functioning of RFID Equipment).The innovative product is based on IoT implementations for the purpose of improving the wealth management processes (documents, tools, equipment) and the organisation of working clothes management processes.The results meet the needs of industry 4.0 and are expected to make a significant progress towards the current offer.These will be 2 types of product identification products located inside the cabinets:— with shelves in which a large number of unfreely distributed tags can be stored (favourably more than 1000) to be stored, while fulfilling the need to have a limited access to small warehouses (e.g. to issue the assigned clothes to a staff member) while at the same time recording their status.The project will be implemented by the Technical (TM) (+ subcontracting which does not address the key research challenges) in 3 phases over the 25-31.10.2021 period.— Step 1 (BP) — Solution to key problems at laboratory conditions in the simplified environment — Step 2 environment (PR) — development of prototypes of new products, their demonstration and validation under opera conditions (English) / rank
Normal rank
 

Revision as of 10:05, 14 October 2020

Project in Poland financed by DG Regio
Language Label Description Also known as
English
Testing of the use of radio waves in metal furniture.
Project in Poland financed by DG Regio

    Statements

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    2,126,446.25 zloty
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    510,347.1 Euro
    13 January 2020
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    3,914,262.5 zloty
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    939,423.0 Euro
    13 January 2020
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    54.33 percent
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    1 October 2019
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    31 October 2021
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    TECHMARK L. OGŁOZA S. ZDZIECHOWSKI SPÓŁKA JAWNA
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    51°49'10.9"N, 19°18'12.6"E
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    Projekt dotyczy badań nad zastosowaniem technologii RFID UHF do identyfikacji zasobów zlokalizowanych w złożonym otoczeniu metalowym (tj. szczelne elektromagnetycznie (EM) szafy metalowe). Prace skupiały się będą wokół uzyskania lepszych parametrów odczytu w tym: -skuteczny odczyt dla dużej liczby tagów zlokalizowanych we wnętrzu szafy metalowej, co będzie możliwe dzięki zastosowaniu rozwiązań zapewniających efektywniejsze rozprowadzenie fal w całej przestrzeni i redukcje stref martwych lub o niskiej jakości pola. -umożliwiający efektywną implementacje w szafach wieloskrytkowych w tym skuteczny odczyt w małych przestrzeniach metalowych o wysokiej szczelności EM (obecnie takie warunki uniemożliwią poprawne działanie osprzętu RFID). Innowacyjny produkt zakłada implementacje IoT dla potrzeb usprawnienia procesów gospodarowania majątkiem (dokumenty, narzędzia, wyposażenie) i organizacji procesów zarządzania odzieżą roboczą. Rezultaty odpowiadają na potrzeby przemysłu 4.0. i zakładają uzyskanie znaczącego postępu względem oferty obecnej. Będą to 2 typy produktów identyfikujących zasoby zlokalizowane we wnętrzu szaf: -z półkami w których możliwe będzie przechowywanie dużej liczby dowolnie rozmieszczonych tagów (korzystnie ponad 1000) -wieloskrytkowych, realizując potrzebę ograniczonego dostępu do małych magazynów (np. do wydawania przypisanej do pracownika odzieży czystej) z jednoczesną ewidencją ich stanu. Projekt realizowany będzie przez Techmark (TM) (+podwykonawstwo, które nie dotyczy kluczowych wyzwań badawczych) w 3 etapach przez 25 miesięcy w okresie 01.10.2019–31.10.2021. -Etap 1 (BP) - rozwiązanie kluczowych problemów w warunkach laboratoryjnych w środowisku uproszczonym -Etap 2 (PR) - opracowanie prototypów nowych produktów, ich demonstracja i walidacja w warunkach opera (Polish)
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    Identifiers

    POIR.01.01.01-00-0118/19
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