The market introduction of innovative products by KOBEX through the implementation of R & D results (Q82235): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to place on the market a product, the innovative port halls which make up the steel hubs, on the basis of its own research and development work.The aim of the studies was to develop a portal which would have together the following new features and functionalities relevant to the product’s audience:• Increased capacity to adapt the arena to the new needs of the recipient in the course of its use (e.g. through the dryin...) |
(Created claim: summary (P836): The aim of the project is to introduce a product – innovative portal frames forming steel halls – guided on the basis of their own research and development. The aim of the research was to develop a portal framework that would jointly have the following new features and functionalities relevant to the recipients of the product: • Increased ability to adapt the hall to the new needs of the customer during its use (e.g. by suspension of overhead cr...) |
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The aim of the project is to introduce a product – innovative portal frames forming steel halls – guided on the basis of their own research and development. The aim of the research was to develop a portal framework that would jointly have the following new features and functionalities relevant to the recipients of the product: • Increased ability to adapt the hall to the new needs of the customer during its use (e.g. by suspension of overhead cranes, installation of photovoltaic modules or solar collectors), • Increased resistance to unexpected meteorological hazards • Increased ecological trend – resource efficient construction in CSR of the company’s customers, • Fast possibility of fulfilling the order, • Facilitated possibility of realisation of investments on lands. The result of the development research was the development of a portal frame with a unique set of characteristics and parameters, which consist of very good endurance parameters, stress distribution, displacement index and weight of the element. The project is green. Adopting the most popular hall with dimensions of 18x36 m, it was calculated that the weight of the main frame structure is 11700 kg and based on the new frame 9730 kg. This saves 6.6 tonnes of CO2-Eq – only on the construction of a single hall (detailed information in the following part of the proposal). In order to verify the results of internal R & D works, an analysis of Rzeszów University of Technology was commissioned, which confirmed the results of R & D works. Additionally, in response to a patent application dated 04.12.2017 The applicant received a report from the Patent Office on the state of technology confirming the innovative nature of the developed portal framework (state report attached). Help_reference_reference number: SA 42799(2015/X) (English) | |||||||||||||||
| Property / summary: The aim of the project is to introduce a product – innovative portal frames forming steel halls – guided on the basis of their own research and development. The aim of the research was to develop a portal framework that would jointly have the following new features and functionalities relevant to the recipients of the product: • Increased ability to adapt the hall to the new needs of the customer during its use (e.g. by suspension of overhead cranes, installation of photovoltaic modules or solar collectors), • Increased resistance to unexpected meteorological hazards • Increased ecological trend – resource efficient construction in CSR of the company’s customers, • Fast possibility of fulfilling the order, • Facilitated possibility of realisation of investments on lands. The result of the development research was the development of a portal frame with a unique set of characteristics and parameters, which consist of very good endurance parameters, stress distribution, displacement index and weight of the element. The project is green. Adopting the most popular hall with dimensions of 18x36 m, it was calculated that the weight of the main frame structure is 11700 kg and based on the new frame 9730 kg. This saves 6.6 tonnes of CO2-Eq – only on the construction of a single hall (detailed information in the following part of the proposal). In order to verify the results of internal R & D works, an analysis of Rzeszów University of Technology was commissioned, which confirmed the results of R & D works. Additionally, in response to a patent application dated 04.12.2017 The applicant received a report from the Patent Office on the state of technology confirming the innovative nature of the developed portal framework (state report attached). Help_reference_reference number: SA 42799(2015/X) (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to introduce a product – innovative portal frames forming steel halls – guided on the basis of their own research and development. The aim of the research was to develop a portal framework that would jointly have the following new features and functionalities relevant to the recipients of the product: • Increased ability to adapt the hall to the new needs of the customer during its use (e.g. by suspension of overhead cranes, installation of photovoltaic modules or solar collectors), • Increased resistance to unexpected meteorological hazards • Increased ecological trend – resource efficient construction in CSR of the company’s customers, • Fast possibility of fulfilling the order, • Facilitated possibility of realisation of investments on lands. The result of the development research was the development of a portal frame with a unique set of characteristics and parameters, which consist of very good endurance parameters, stress distribution, displacement index and weight of the element. The project is green. Adopting the most popular hall with dimensions of 18x36 m, it was calculated that the weight of the main frame structure is 11700 kg and based on the new frame 9730 kg. This saves 6.6 tonnes of CO2-Eq – only on the construction of a single hall (detailed information in the following part of the proposal). In order to verify the results of internal R & D works, an analysis of Rzeszów University of Technology was commissioned, which confirmed the results of R & D works. Additionally, in response to a patent application dated 04.12.2017 The applicant received a report from the Patent Office on the state of technology confirming the innovative nature of the developed portal framework (state report attached). Help_reference_reference number: SA 42799(2015/X) (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:00, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The market introduction of innovative products by KOBEX through the implementation of R & D results |
Project in Poland financed by DG Regio |
Statements
14,203,000.0 zloty
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20,290,000.0 zloty
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70.0 percent
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10 September 2018
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15 January 2021
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FIRMA PRODUKCYJNO - USŁUGOWO - HANDLOWA KOBEX STANISŁAW REMBISZ
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Celem projektu jest wprowadzenie na rynek produktu – innowacyjnych ram portalowych tworzących hale stalowe - oprowadzone na podstawie własnych prac badawczo – rozwojowych. Celem prowadzonych badań było opracowanie ramy portalowej która posiadałaby łącznie następujące nowe cechy i funkcjonalności istotne dla odbiorców produktu: • Zwiększona zdolność dostosowania hali do nowych potrzeb odbiorcy w trakcie jej użytkowania (np. poprzez podwieszenie suwnic, zainstalowanie modułów fotowoltaicznych czy kolektorów słonecznych), • Zwiększona odporność na niespodziewane zagrożenia meteorologiczne, • Uwzględnienie trendu ekologicznego – zasobooszczędnego budownictwa wpisującego się w CSR odbiorców firmy, • Szybką możliwość realizacji zamówienia, • Ułatwiona możliwość realizacji inwestycji na gruntach o trudnych warunkach hydrologicznych i geologicznych, • Rozwiązanie posiadające istotne walory użytkowe i architektoniczne. Efektem prac badawczo rozwojowych było opracowanie ramy portalowej o wyjątkowym zestawie cech i parametrów na które składają się bardzo dobre parametry wytrzymałościowe, rozkład naprężeń, wskaźnik przemieszczeń oraz masa elementu. Projekt ma proekologiczny charakter. Przyjmując najpopularniejszą halę o wymiarach 18x36 m wyliczono, że waga konstrukcji głównej ram wykonanej z dwuteowników to 11 700 kg a oparta na nowych ramach 9 730 kg. Daje to oszczędność 6,6 tony CO2-Eq - tylko na wytworzeniu konstrukcji dla jednej hali (szczegółowe informacje w dalszej części wniosku). W celu weryfikacji wyników wewnątrzzakładowych prac badawczo rozwojowych, zlecono przeprowadzenie analizy Politechnice Rzeszowskiej, która potwierdzała wyniki prac B+R. Dodatkowo w odpowiedzi na zgłoszenie patentowe z dnia 04.12.2017 Wnioskodawca otrzymał z Urzędu Patentowego raport o stanie techniki potwierdzający innowacyjny charakter opracowanej ramy portalowej (raport o stanie techniki w załączeniu). Numer_referencyjny_progamu pomocowego: SA 42799(2015/X) (Polish)
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The aim of the project is to introduce a product – innovative portal frames forming steel halls – guided on the basis of their own research and development. The aim of the research was to develop a portal framework that would jointly have the following new features and functionalities relevant to the recipients of the product: • Increased ability to adapt the hall to the new needs of the customer during its use (e.g. by suspension of overhead cranes, installation of photovoltaic modules or solar collectors), • Increased resistance to unexpected meteorological hazards • Increased ecological trend – resource efficient construction in CSR of the company’s customers, • Fast possibility of fulfilling the order, • Facilitated possibility of realisation of investments on lands. The result of the development research was the development of a portal frame with a unique set of characteristics and parameters, which consist of very good endurance parameters, stress distribution, displacement index and weight of the element. The project is green. Adopting the most popular hall with dimensions of 18x36 m, it was calculated that the weight of the main frame structure is 11700 kg and based on the new frame 9730 kg. This saves 6.6 tonnes of CO2-Eq – only on the construction of a single hall (detailed information in the following part of the proposal). In order to verify the results of internal R & D works, an analysis of Rzeszów University of Technology was commissioned, which confirmed the results of R & D works. Additionally, in response to a patent application dated 04.12.2017 The applicant received a report from the Patent Office on the state of technology confirming the innovative nature of the developed portal framework (state report attached). Help_reference_reference number: SA 42799(2015/X) (English)
14 October 2020
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Identifiers
POIR.03.02.01-18-0009/18
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