Research and development on the development of an innovative diving computer (Q78162): Difference between revisions
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(Removed claim: summary (P836): The project focuses on R & D on the development of an innovative diving computer based on the augmented reality technology (AR & rest;AALAugmented Reality) & nl;the first in the world of an integrated diving computer to an diving mask and a demonstration of all the data remaining in the field of vision.The Applicant will combine all the functionalities of the top diving computers in the market, with more safety and comfort for their users.Lead...) |
(Created claim: summary (P836): The project focuses on R & D on the development of an innovative Diving Computer based on Enlarged Reality Technology (AR – I'm sorry. Augmented Reality) – the world’s first diving computer externally mounted to a diving mask and presenting data remaining in the diver’s field of view. Solution Applicant will combine all the functionalities of the leading diving computers on the market, giving more safety and comfort to their users. T...) |
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The project focuses on R & D on the development of an innovative Diving Computer based on Enlarged Reality Technology (AR – I'm sorry. Augmented Reality) – the world’s first diving computer externally mounted to a diving mask and presenting data remaining in the diver’s field of view. Solution Applicant will combine all the functionalities of the leading diving computers on the market, giving more safety and comfort to their users. The leading innovations in the project include:- mounting the device on the outside of the device for the strip of any dive mask, – transparent screen giving the impression of virtual reality, resistant to pressure, moisture and salinity and remaining in the diver’s field of vision (VGA resolution, 16 million colors),- function of extended personalisation of the interface (screen) of the device. The RSX dive computer is directed to technical divers, providing adequate diving comfort and maximum facilities for recreational divers. So far, these divers were forced to use (mostly) diving computers in the form of wrist watches, which, although sufficient, did not provide sufficient safety and could not provide comfort comparable to the RSX computer. During R & D work the Applicant:- develops an optimal optical-opto-electronic system resistant to water conditions and allows the application of a virtual image to the real,- selects an optimal set of sensors,- creates warning systems, – implements the decompression algorithm,- develops a mobile and web application with a unique ability to personalise the interface,- develops a universal mounting system, – will perform the rest of the firm’s work. SA.41471(2015/X)Determination of public aid: Article: 25 EC Regulation No 651/2014 of 17 June 2014 declaring certain types of aid compatible (English) | |||||||||||||||
| Property / summary: The project focuses on R & D on the development of an innovative Diving Computer based on Enlarged Reality Technology (AR – I'm sorry. Augmented Reality) – the world’s first diving computer externally mounted to a diving mask and presenting data remaining in the diver’s field of view. Solution Applicant will combine all the functionalities of the leading diving computers on the market, giving more safety and comfort to their users. The leading innovations in the project include:- mounting the device on the outside of the device for the strip of any dive mask, – transparent screen giving the impression of virtual reality, resistant to pressure, moisture and salinity and remaining in the diver’s field of vision (VGA resolution, 16 million colors),- function of extended personalisation of the interface (screen) of the device. The RSX dive computer is directed to technical divers, providing adequate diving comfort and maximum facilities for recreational divers. So far, these divers were forced to use (mostly) diving computers in the form of wrist watches, which, although sufficient, did not provide sufficient safety and could not provide comfort comparable to the RSX computer. During R & D work the Applicant:- develops an optimal optical-opto-electronic system resistant to water conditions and allows the application of a virtual image to the real,- selects an optimal set of sensors,- creates warning systems, – implements the decompression algorithm,- develops a mobile and web application with a unique ability to personalise the interface,- develops a universal mounting system, – will perform the rest of the firm’s work. SA.41471(2015/X)Determination of public aid: Article: 25 EC Regulation No 651/2014 of 17 June 2014 declaring certain types of aid compatible (English) / rank | |||||||||||||||
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| Property / summary: The project focuses on R & D on the development of an innovative Diving Computer based on Enlarged Reality Technology (AR – I'm sorry. Augmented Reality) – the world’s first diving computer externally mounted to a diving mask and presenting data remaining in the diver’s field of view. Solution Applicant will combine all the functionalities of the leading diving computers on the market, giving more safety and comfort to their users. The leading innovations in the project include:- mounting the device on the outside of the device for the strip of any dive mask, – transparent screen giving the impression of virtual reality, resistant to pressure, moisture and salinity and remaining in the diver’s field of vision (VGA resolution, 16 million colors),- function of extended personalisation of the interface (screen) of the device. The RSX dive computer is directed to technical divers, providing adequate diving comfort and maximum facilities for recreational divers. So far, these divers were forced to use (mostly) diving computers in the form of wrist watches, which, although sufficient, did not provide sufficient safety and could not provide comfort comparable to the RSX computer. During R & D work the Applicant:- develops an optimal optical-opto-electronic system resistant to water conditions and allows the application of a virtual image to the real,- selects an optimal set of sensors,- creates warning systems, – implements the decompression algorithm,- develops a mobile and web application with a unique ability to personalise the interface,- develops a universal mounting system, – will perform the rest of the firm’s work. SA.41471(2015/X)Determination of public aid: Article: 25 EC Regulation No 651/2014 of 17 June 2014 declaring certain types of aid compatible (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:37, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Research and development on the development of an innovative diving computer |
Project in Poland financed by DG Regio |
Statements
1,739,875.83 zloty
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2,789,696.07 zloty
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62.37 percent
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1 November 2018
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30 June 2020
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RSX SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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54°21'41.0"N, 18°37'41.5"E
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Przedmiotem projektu są prace B+R nad opracowaniem innowacyjnego komputera nurkowego opartego o technologię rozszerzonej rzeczywistości (AR – ang. Augmented Reality) – pierwszego na świecie komputera nurkowego montowanego zewnętrznie do maski nurkowej i prezentującego dane pozostające cały czas w polu widzenia nurka. Rozwiązanie Wnioskodawcy będzie łączyło wszystkie funkcjonalności czołowych komputerów nurkowych na rynku, dając przy tym więcej bezpieczeństwa i komfortu swoim użytkownikom. Czołowe innowacje w projekcie to:- montaż urządzenia „na zewnątrz” do paska dowolnej maski nurkowej, - przezroczysty ekran dający wrażenie wirtualnej rzeczywistości, odporny na ciśnienie, wilgoć i zasolenie i pozostający cały czas w polu widzenia nurka (rozdzielczość VGA, 16 mln kolorów),- funkcja rozszerzonej personalizacji interfejsu (ekranu) urządzenia. Komputer nurkowy firmy RSX kierowany jest do nurków technicznych, zapewniając przy tym odpowiedni komfort nurkowania i maksimum udogodnień również dla nurków rekreacyjnych. Nurkowie ci dotychczas zmuszeni byli do korzystania (w większości) z komputerów nurkowych w formie zegarków nadgarstkowych, które choć wystarczające, nie zapewniały wystarczającego bezpieczeństwa i nie mogły dawać komfortu porównywalnego do komputera RSX. Podczas prac B+R Wnioskodawca:- opracuje optymalny układ optyczno-optoelektroniczny odporny na warunki panujące w wodzie i pozwalający na nakładanie obrazu wirtualnego na rzeczywisty,- dobierze optymalny zestaw czujników,- stworzy systemy ostrzegania, - zaimplementuje algorytm dekompresji,- opracuje aplikację mobilną i webową posiadającą unikalną możliwość personalizacji interfejsu,- opracuje uniwersalny system montażu, - wykona pozostałe prace firmware/hardware w celu stworzenia końcowego.Numer_referencyjny_programu_pomocowego: SA.41471(2015/X)Przeznaczenie_pomocy_publicznej: art: 25 rozporządzenia KE nr 651/2014 z dnia 17 czerwca 2014 r. uznające niektóre rodzaje pomocy za zgodn (Polish)
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The project focuses on R & D on the development of an innovative Diving Computer based on Enlarged Reality Technology (AR – I'm sorry. Augmented Reality) – the world’s first diving computer externally mounted to a diving mask and presenting data remaining in the diver’s field of view. Solution Applicant will combine all the functionalities of the leading diving computers on the market, giving more safety and comfort to their users. The leading innovations in the project include:- mounting the device on the outside of the device for the strip of any dive mask, – transparent screen giving the impression of virtual reality, resistant to pressure, moisture and salinity and remaining in the diver’s field of vision (VGA resolution, 16 million colors),- function of extended personalisation of the interface (screen) of the device. The RSX dive computer is directed to technical divers, providing adequate diving comfort and maximum facilities for recreational divers. So far, these divers were forced to use (mostly) diving computers in the form of wrist watches, which, although sufficient, did not provide sufficient safety and could not provide comfort comparable to the RSX computer. During R & D work the Applicant:- develops an optimal optical-opto-electronic system resistant to water conditions and allows the application of a virtual image to the real,- selects an optimal set of sensors,- creates warning systems, – implements the decompression algorithm,- develops a mobile and web application with a unique ability to personalise the interface,- develops a universal mounting system, – will perform the rest of the firm’s work. SA.41471(2015/X)Determination of public aid: Article: 25 EC Regulation No 651/2014 of 17 June 2014 declaring certain types of aid compatible (English)
14 October 2020
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Identifiers
POIR.01.01.01-00-0601/18
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