Introduction to the company’s offer of a significantly improved modular home with improved performance resulting from own R & D work (Q104474): Difference between revisions
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(Removed claim: summary (P836): The applicant carried out its research work during the period of 2018 and developed its own building elements. On the basis of the experience gained over the years of the building of the modular houses, he noted the shortcomings of the building blocks and decided to eliminate them. It is important that the company has the exclusive right to the results of the R & D work, since the authors and the contractors of the research have carried them o...) |
(Created claim: summary (P836): The applicant carried out research work in 2018 and developed its own way of producing building elements of houses. On the basis of the experience he gained over the years of building modular houses, he noticed the defects they characterise and decided to eliminate them. It is important that the company has the exclusive right to R & D results because the employees who are the authors and performers of the research performed them during working...) |
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The applicant carried out research work in 2018 and developed its own way of producing building elements of houses. On the basis of the experience he gained over the years of building modular houses, he noticed the defects they characterise and decided to eliminate them. It is important that the company has the exclusive right to R & D results because the employees who are the authors and performers of the research performed them during working hours and under their duties. In addition, as employees of the R & D team, they declared that they did not claim any rights to the results of the work in question. The main originators and creators are Mr Mirosław Bober and Mr Bartek Bober. Parameters obtained: Improved attenuation of permeating sounds through the ceiling by an average of 47 % compared to traditional wooden ceilings The use of an additional layer of cardboard-gips allowed to theoretically increase the resistance class from EI15 to EI30 to the traditional wood ceiling with one layer of cardboard-gips. A higher rigidity of the ceiling beams was achieved on average by approx. 24 % compared to solid wood beams used in traditional wooden ceilings The innovative ceiling of modular houses is a new solution (product and process innovation) which improves the comfort of end users while maintaining the traditional wooden structure. The quality of workmanship and the technology used affects the longevity of new structures, ensuring that the number of defects during use is minimised over many years. The chosen home production technology is characterised by a high rate of prefabricated production while maintaining their high quality and precision. The developed technology also gives the possibility of folding the house yourself. Developed products will satisfy the housing needs of a wide range of people, both those who buy the first house after those who are looking for “additional”. The project also involves the implementation of non-technological innovation. (English) | |||||||||||||||
| Property / summary: The applicant carried out research work in 2018 and developed its own way of producing building elements of houses. On the basis of the experience he gained over the years of building modular houses, he noticed the defects they characterise and decided to eliminate them. It is important that the company has the exclusive right to R & D results because the employees who are the authors and performers of the research performed them during working hours and under their duties. In addition, as employees of the R & D team, they declared that they did not claim any rights to the results of the work in question. The main originators and creators are Mr Mirosław Bober and Mr Bartek Bober. Parameters obtained: Improved attenuation of permeating sounds through the ceiling by an average of 47 % compared to traditional wooden ceilings The use of an additional layer of cardboard-gips allowed to theoretically increase the resistance class from EI15 to EI30 to the traditional wood ceiling with one layer of cardboard-gips. A higher rigidity of the ceiling beams was achieved on average by approx. 24 % compared to solid wood beams used in traditional wooden ceilings The innovative ceiling of modular houses is a new solution (product and process innovation) which improves the comfort of end users while maintaining the traditional wooden structure. The quality of workmanship and the technology used affects the longevity of new structures, ensuring that the number of defects during use is minimised over many years. The chosen home production technology is characterised by a high rate of prefabricated production while maintaining their high quality and precision. The developed technology also gives the possibility of folding the house yourself. Developed products will satisfy the housing needs of a wide range of people, both those who buy the first house after those who are looking for “additional”. The project also involves the implementation of non-technological innovation. (English) / rank | |||||||||||||||
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| Property / summary: The applicant carried out research work in 2018 and developed its own way of producing building elements of houses. On the basis of the experience he gained over the years of building modular houses, he noticed the defects they characterise and decided to eliminate them. It is important that the company has the exclusive right to R & D results because the employees who are the authors and performers of the research performed them during working hours and under their duties. In addition, as employees of the R & D team, they declared that they did not claim any rights to the results of the work in question. The main originators and creators are Mr Mirosław Bober and Mr Bartek Bober. Parameters obtained: Improved attenuation of permeating sounds through the ceiling by an average of 47 % compared to traditional wooden ceilings The use of an additional layer of cardboard-gips allowed to theoretically increase the resistance class from EI15 to EI30 to the traditional wood ceiling with one layer of cardboard-gips. A higher rigidity of the ceiling beams was achieved on average by approx. 24 % compared to solid wood beams used in traditional wooden ceilings The innovative ceiling of modular houses is a new solution (product and process innovation) which improves the comfort of end users while maintaining the traditional wooden structure. The quality of workmanship and the technology used affects the longevity of new structures, ensuring that the number of defects during use is minimised over many years. The chosen home production technology is characterised by a high rate of prefabricated production while maintaining their high quality and precision. The developed technology also gives the possibility of folding the house yourself. Developed products will satisfy the housing needs of a wide range of people, both those who buy the first house after those who are looking for “additional”. The project also involves the implementation of non-technological innovation. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 16:18, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Introduction to the company’s offer of a significantly improved modular home with improved performance resulting from own R & D work |
Project in Poland financed by DG Regio |
Statements
1,841,000.0 zloty
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2,630,000.0 zloty
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70.0 percent
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1 February 2019
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30 September 2021
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FABRYKA DOMÓW DREWNIANYCH "BARTEK"MIROSŁAW BOBER, EWA NIEWĘGŁOWSKA
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Wnioskodawca przeprowadził w okresie 2018 roku prace badawcze i opracował własny sposób wytwarzania elementów konstrukcyjnych domów. Na podstawie doświadczeń jakie zdobył przez lata budowania domów modułowych zauważył wady, jakimi się charakteryzują i postanowił je wyeliminować. Istotne jest, że firma posiada wyłączne prawo do wyników prac B+R ponieważ pracownicy będący autorami i wykonawcami badań realizowali je w godzinach pracy i w ramach swoich obowiązków służbowych. Ponadto jako pracownicy zespołu B+R oświadczyli, że nie roszczą sobie żadnych praw do wyników przedmiotowych prac. Głównymi pomysłodawcami i twórcami są Pan Mirosław Bober i Pan Bartek Bober. Uzyskane parametry: Uzyskano poprawę tłumienia przenikających dźwięków przez strop średnio o 47% w porównaniu do tradycyjnych stropów drewnianych Zastosowanie dodatkowej warstwy płyty karton-gips pozwoliło na teoretyczne zwiększenie klasy odporności z EI15 do EI30 względem tradycyjnego stropu drewnianego z jedną warstwą płyty karton-gips. Uzyskano większa sztywność belek stropowych średnio o ok. 24% w porównaniu do belek z drewna litego używanych w tradycyjnych stropach drewnianych Innowacyjny strop domów modułowych - stanowi nowe rozwiązanie (innowacyjność produktowa i procesowa) wpływające na poprawę komfortu użytkowników końcowych przy zachowaniu tradycyjnej, drewnianej konstrukcji. Jakość wykonania i zastosowana technologia wpływa na długowieczność nowych konstrukcji, gwarantując minimalizację ilość usterek w trakcie użytkowania przez wiele lat. Wybrana technologia produkcji domów charakteryzuje się wysokim tempem wytwarzania prefabrykatów przy zachowaniu ich wysokiej jakości i precyzji wykonania. Opracowana technologia daje też możliwość składania domu samodzielnie. Opracowane produkty zaspokoją potrzeby mieszkaniowe szerokiej grupy osób zarówno tych, którzy kupują pierwszy dom po tych, którzy szukają "dodatkowego". Projekt zakłada również wdrożenie innowacji nietechnologicznej. (Polish)
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The applicant carried out research work in 2018 and developed its own way of producing building elements of houses. On the basis of the experience he gained over the years of building modular houses, he noticed the defects they characterise and decided to eliminate them. It is important that the company has the exclusive right to R & D results because the employees who are the authors and performers of the research performed them during working hours and under their duties. In addition, as employees of the R & D team, they declared that they did not claim any rights to the results of the work in question. The main originators and creators are Mr Mirosław Bober and Mr Bartek Bober. Parameters obtained: Improved attenuation of permeating sounds through the ceiling by an average of 47 % compared to traditional wooden ceilings The use of an additional layer of cardboard-gips allowed to theoretically increase the resistance class from EI15 to EI30 to the traditional wood ceiling with one layer of cardboard-gips. A higher rigidity of the ceiling beams was achieved on average by approx. 24 % compared to solid wood beams used in traditional wooden ceilings The innovative ceiling of modular houses is a new solution (product and process innovation) which improves the comfort of end users while maintaining the traditional wooden structure. The quality of workmanship and the technology used affects the longevity of new structures, ensuring that the number of defects during use is minimised over many years. The chosen home production technology is characterised by a high rate of prefabricated production while maintaining their high quality and precision. The developed technology also gives the possibility of folding the house yourself. Developed products will satisfy the housing needs of a wide range of people, both those who buy the first house after those who are looking for “additional”. The project also involves the implementation of non-technological innovation. (English)
17 October 2020
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Identifiers
RPLU.03.07.00-06-0165/19
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