Innovative kitchen furniture for people with disabilities (Q107882): Difference between revisions
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(Removed claim: summary (P836): Research work carried out in cooperation with the Warsaw University of Technology (Dresden’s Technology Division) is the development of a new type of light film to be used for acrylic and connected windows, which will be used to carry out a green kitchen dedicated to disabled and elderly people. This work will form the basis for designing smart solutions, consisting of: the possibility to apply wider fronts, the copyright of the coupling syste...) |
(Created claim: summary (P836): The subject of research work carried out in cooperation with the SGGW in Warsaw (Department of Wood Technology) is the development of a new type of light plate for acrylic wrapping and veneer joining, which will be used to make an ecological kitchen dedicated to disabled and elderly people. The above-mentioned works will provide the basis for designing intelligent solutions, consisting of: the possibility of using wider fronts, proprietary conne...) |
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The subject of research work carried out in cooperation with the SGGW in Warsaw (Department of Wood Technology) is the development of a new type of light plate for acrylic wrapping and veneer joining, which will be used to make an ecological kitchen dedicated to disabled and elderly people. The above-mentioned works will provide the basis for designing intelligent solutions, consisting of: the possibility of using wider fronts, proprietary connection system, RES systems (energy cogeneration using batteries for storing it) and conversion algorithms, for the prototype of the application that manages particular functionalities in the kitchen (voice and automatic opening/closing of cabinets, control of shelves release systems and whole cabinet systems, etc.). Automation and illumination of the furniture rant will be supported by energy obtained directly from the lost heat generated in the kitchen (fridge work, freezer, eaves, dishwashers, etc.). This design of solutions will determine the product innovation of our solutions. Due to the nature of the works and their uniqueness in the world, we assume that once the project is completed, the results obtained will be submitted to the patent office in order to ensure legal protection. The multi-faceted aspects of the project’s issues stem from both the needs of the market itself and the expectations of customers. On the one hand, work on obtaining new types of discs will reduce the cost of production compared to traditional MDF discs, and on the other hand increase their functionality (application to larger front surfaces with reduced weight). Thanks to this, this will also relieve the work of the designed automation system. Thanks to the solutions used, the project also contributes to environmental objectives related to the use of energy from RES and to reduce the amount of material consumed, including natural resources. (English) | |||||||||||||||
| Property / summary: The subject of research work carried out in cooperation with the SGGW in Warsaw (Department of Wood Technology) is the development of a new type of light plate for acrylic wrapping and veneer joining, which will be used to make an ecological kitchen dedicated to disabled and elderly people. The above-mentioned works will provide the basis for designing intelligent solutions, consisting of: the possibility of using wider fronts, proprietary connection system, RES systems (energy cogeneration using batteries for storing it) and conversion algorithms, for the prototype of the application that manages particular functionalities in the kitchen (voice and automatic opening/closing of cabinets, control of shelves release systems and whole cabinet systems, etc.). Automation and illumination of the furniture rant will be supported by energy obtained directly from the lost heat generated in the kitchen (fridge work, freezer, eaves, dishwashers, etc.). This design of solutions will determine the product innovation of our solutions. Due to the nature of the works and their uniqueness in the world, we assume that once the project is completed, the results obtained will be submitted to the patent office in order to ensure legal protection. The multi-faceted aspects of the project’s issues stem from both the needs of the market itself and the expectations of customers. On the one hand, work on obtaining new types of discs will reduce the cost of production compared to traditional MDF discs, and on the other hand increase their functionality (application to larger front surfaces with reduced weight). Thanks to this, this will also relieve the work of the designed automation system. Thanks to the solutions used, the project also contributes to environmental objectives related to the use of energy from RES and to reduce the amount of material consumed, including natural resources. (English) / rank | |||||||||||||||
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| Property / summary: The subject of research work carried out in cooperation with the SGGW in Warsaw (Department of Wood Technology) is the development of a new type of light plate for acrylic wrapping and veneer joining, which will be used to make an ecological kitchen dedicated to disabled and elderly people. The above-mentioned works will provide the basis for designing intelligent solutions, consisting of: the possibility of using wider fronts, proprietary connection system, RES systems (energy cogeneration using batteries for storing it) and conversion algorithms, for the prototype of the application that manages particular functionalities in the kitchen (voice and automatic opening/closing of cabinets, control of shelves release systems and whole cabinet systems, etc.). Automation and illumination of the furniture rant will be supported by energy obtained directly from the lost heat generated in the kitchen (fridge work, freezer, eaves, dishwashers, etc.). This design of solutions will determine the product innovation of our solutions. Due to the nature of the works and their uniqueness in the world, we assume that once the project is completed, the results obtained will be submitted to the patent office in order to ensure legal protection. The multi-faceted aspects of the project’s issues stem from both the needs of the market itself and the expectations of customers. On the one hand, work on obtaining new types of discs will reduce the cost of production compared to traditional MDF discs, and on the other hand increase their functionality (application to larger front surfaces with reduced weight). Thanks to this, this will also relieve the work of the designed automation system. Thanks to the solutions used, the project also contributes to environmental objectives related to the use of energy from RES and to reduce the amount of material consumed, including natural resources. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 17:15, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Innovative kitchen furniture for people with disabilities |
Project in Poland financed by DG Regio |
Statements
2,471,048.82 zloty
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3,357,398.63 zloty
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73.6 percent
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1 September 2016
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30 November 2018
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"MEBLO-GLASS" NAPORA DYGAS SASAL SPÓŁKA JAWNA
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51°25'1.9"N, 21°9'39.2"E
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Przedmiotem prac badawczych realizowanych we współpracy z SGGW w Warszawie (wydział Technologii Drewna) jest opracowanie nowego rodzaju lekkiej płyty przeznaczonej do oklejania akrylowego i łączenia oklein, które posłużą do wykonania ekologicznej kuchni dedykowanej osobom niepełnosprawnym i starszym. Ww. prace będą stanowić podstawę do zaprojektowania inteligentnych rozwiązań, na które składają się: możliwość zastosowania szerszych frontów, autorskiego systemu łączenia, systemów OZE (kogeneracja energii z wykorzystaniem baterii do jej magazynowania) oraz algorytmów przeliczeniowych, do prototypu aplikacji zarządzającej poszczególnymi funkcjonalnościami w kuchni (głosowe i automatyczne otwieranie/zamykanie szafek, sterowanie systemami wysuwania półek oraz całych systemów szafek itd.). Automatyka oraz podświetlenie rantów mebli będzie wspomagane energią pozyskiwaną bezpośrednio z ciepła traconego powstającego w kuchni (praca lodówki, zamrażalki, okapu, zmywarki, itd.). Tak zaprojektowany układ rozwiązań będzie decydował o innowacyjności produktowej naszych rozwiązań. Ze względu na charakter autorskich prac i ich unikalność w skali świata zakładamy, że po zakończeniu realizacji projektu uzyskane wyniki zostaną zgłoszone do urzędu patentowego w celu zapewnienia ochrony prawnej. Wielo aspektowość podjętych w ramach projektu zagadnień wynika zarówno z potrzeb samego rynku jak również oczekiwań klientów. Prace nad uzyskaniem nowe rodzaju płyty mają z jednej strony zmniejszyć koszty jej produkcji w stosunku do tradycyjnych płyt MDF, a z drugiej zwiększyć ich funkcjonalność (zastosowanie do większych powierzchni frontów przy zmniejszonej masie własnej). Dzięki temu odciąży to również pracę projektowanego systemu automatyki. Dzięki zastosowanym rozwiązaniom projekt przyczynia się również do realizacji celów ekologicznych związanych z zastosowaniem energii z OZE oraz zmniejszeniem ilości zużywanego materiału w tym również surowców naturalnych. (Polish)
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The subject of research work carried out in cooperation with the SGGW in Warsaw (Department of Wood Technology) is the development of a new type of light plate for acrylic wrapping and veneer joining, which will be used to make an ecological kitchen dedicated to disabled and elderly people. The above-mentioned works will provide the basis for designing intelligent solutions, consisting of: the possibility of using wider fronts, proprietary connection system, RES systems (energy cogeneration using batteries for storing it) and conversion algorithms, for the prototype of the application that manages particular functionalities in the kitchen (voice and automatic opening/closing of cabinets, control of shelves release systems and whole cabinet systems, etc.). Automation and illumination of the furniture rant will be supported by energy obtained directly from the lost heat generated in the kitchen (fridge work, freezer, eaves, dishwashers, etc.). This design of solutions will determine the product innovation of our solutions. Due to the nature of the works and their uniqueness in the world, we assume that once the project is completed, the results obtained will be submitted to the patent office in order to ensure legal protection. The multi-faceted aspects of the project’s issues stem from both the needs of the market itself and the expectations of customers. On the one hand, work on obtaining new types of discs will reduce the cost of production compared to traditional MDF discs, and on the other hand increase their functionality (application to larger front surfaces with reduced weight). Thanks to this, this will also relieve the work of the designed automation system. Thanks to the solutions used, the project also contributes to environmental objectives related to the use of energy from RES and to reduce the amount of material consumed, including natural resources. (English)
17 October 2020
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Identifiers
RPMA.01.02.00-14-5641/16
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