IMPLEMENTATION OF INNOVATIVE SURFACE MODIFICATION TECHNOLOGY OF COTTON KNITTED FABRIC, HYDROPHOBIC COMPOUNDS, ATMOSPHERIC PLASMA AND NANOPARTICLES OF TITANIUM DIOXIDE IN ORDER TO INCREASE THE PHYSIOLOGICAL COMFORT OF ITS GARMENTS (Q101532): Difference between revisions
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(Removed claim: summary (P836): The project aims to implement innovative solutions both within the product and process. R & D work carried out on R & D activities aimed at developing an innovative technology for the production of knitted or crocheted cotton for high tech sports with the use of atmospheric plasma. The R & D results were declared for patent protection as an invention: It is not currently used anywhere in the world to attribute the cotton fabric to the cotton f...) |
(Created claim: summary (P836): The aim of the project is to implement innovative solutions both within the product and the process. Planned innovations in Mirwalu’s activities are the result of self-contained R & D works aimed at developing an innovative technology for the production of cotton knitwear for high tech sportswear using atmospheric plasma. The implemented R & D results were submitted for patent protection as an invention entitled. ‘The method of giving knitted co...) |
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The aim of the project is to implement innovative solutions both within the product and the process. Planned innovations in Mirwalu’s activities are the result of self-contained R & D works aimed at developing an innovative technology for the production of cotton knitwear for high tech sportswear using atmospheric plasma. The implemented R & D results were submitted for patent protection as an invention entitled. ‘The method of giving knitted cotton hydrophobic properties on the outer and hydrophilic side on the underside’ and is currently not used anywhere in the world. Based on the above-mentioned technologies, the company will launch the production of knitted cotton fabrics with unknown features and functionalities, such as: — super hydrophobicity of the outer layer; — hydrophilicity of the undercoat; — the ability of the undercoat to transmit water vapour outside the knitted fabric; — antibacterial and antifungal properties obtained by nanoparticles of titanium dioxide which are harmless to the human body; — UV barrier; — digital printing on knitted fabrics with higher intensity of applied colours and durability of colouring. In order to implement the R & D results in the company and start the production of new products on the basis of them, it is necessary to acquire a technological line consisting of: knitting machines, high-temperature dyeing machines, stabiliser, scratchers, digital printers, staples, inserts into the comparator, knitted or crocheted browsers, knitted fabric cleaning machines, plasma generator, quality control equipment, compression and air treatment stations, and print pattern design software, which is a material scope of the project. The direct result of the project will also be to increase employment in the company and to have a positive impact on sustainable development policy. (English) | |||||||||||||||
| Property / summary: The aim of the project is to implement innovative solutions both within the product and the process. Planned innovations in Mirwalu’s activities are the result of self-contained R & D works aimed at developing an innovative technology for the production of cotton knitwear for high tech sportswear using atmospheric plasma. The implemented R & D results were submitted for patent protection as an invention entitled. ‘The method of giving knitted cotton hydrophobic properties on the outer and hydrophilic side on the underside’ and is currently not used anywhere in the world. Based on the above-mentioned technologies, the company will launch the production of knitted cotton fabrics with unknown features and functionalities, such as: — super hydrophobicity of the outer layer; — hydrophilicity of the undercoat; — the ability of the undercoat to transmit water vapour outside the knitted fabric; — antibacterial and antifungal properties obtained by nanoparticles of titanium dioxide which are harmless to the human body; — UV barrier; — digital printing on knitted fabrics with higher intensity of applied colours and durability of colouring. In order to implement the R & D results in the company and start the production of new products on the basis of them, it is necessary to acquire a technological line consisting of: knitting machines, high-temperature dyeing machines, stabiliser, scratchers, digital printers, staples, inserts into the comparator, knitted or crocheted browsers, knitted fabric cleaning machines, plasma generator, quality control equipment, compression and air treatment stations, and print pattern design software, which is a material scope of the project. The direct result of the project will also be to increase employment in the company and to have a positive impact on sustainable development policy. (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to implement innovative solutions both within the product and the process. Planned innovations in Mirwalu’s activities are the result of self-contained R & D works aimed at developing an innovative technology for the production of cotton knitwear for high tech sportswear using atmospheric plasma. The implemented R & D results were submitted for patent protection as an invention entitled. ‘The method of giving knitted cotton hydrophobic properties on the outer and hydrophilic side on the underside’ and is currently not used anywhere in the world. Based on the above-mentioned technologies, the company will launch the production of knitted cotton fabrics with unknown features and functionalities, such as: — super hydrophobicity of the outer layer; — hydrophilicity of the undercoat; — the ability of the undercoat to transmit water vapour outside the knitted fabric; — antibacterial and antifungal properties obtained by nanoparticles of titanium dioxide which are harmless to the human body; — UV barrier; — digital printing on knitted fabrics with higher intensity of applied colours and durability of colouring. In order to implement the R & D results in the company and start the production of new products on the basis of them, it is necessary to acquire a technological line consisting of: knitting machines, high-temperature dyeing machines, stabiliser, scratchers, digital printers, staples, inserts into the comparator, knitted or crocheted browsers, knitted fabric cleaning machines, plasma generator, quality control equipment, compression and air treatment stations, and print pattern design software, which is a material scope of the project. The direct result of the project will also be to increase employment in the company and to have a positive impact on sustainable development policy. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 14:47, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | IMPLEMENTATION OF INNOVATIVE SURFACE MODIFICATION TECHNOLOGY OF COTTON KNITTED FABRIC, HYDROPHOBIC COMPOUNDS, ATMOSPHERIC PLASMA AND NANOPARTICLES OF TITANIUM DIOXIDE IN ORDER TO INCREASE THE PHYSIOLOGICAL COMFORT OF ITS GARMENTS |
Project in Poland financed by DG Regio |
Statements
3,499,629.0 zloty
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8,771,000.0 zloty
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39.9 percent
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1 June 2018
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30 September 2019
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"MIRWAL" MIROSŁAW PRYC, WALDEMAR PRYC SPÓŁKA JAWNA
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51°36'6.5"N, 18°44'23.6"E
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Przedmiotem projektu jest wdrożenie innowacyjnych rozwiązań zarówno w obrębie produktu jak i procesu. Planowane do implementacji w działalności Mirwalu innowacje są wynikiem samodzielnie przeprowadzonych prac B+R mających na celu opracowanie innowacyjnej technologii wytwarzania dzianin bawełnianych na odzież sportową typu high tech z zastosowaniem plazmy atmosferycznej. Wdrażane wyniki B+R zostały zgłoszone do ochrony patentowej jako wynalazek pn. „Sposób nadawania dzianinie bawełnianej właściwości hydrofobowych po stronie zewnętrznej i hydrofilowych po stronie spodniej” i nie są obecnie stosowane nigdzie na świecie. W oparciu o ww. technologie firma uruchomi produkcję dzianin bawełnianych z nieznanymi na rynku cechami i funkcjonalnościami, takimi jak: - super hydrofobowość warstwy zewnętrznej; - hydrofilowość warstwy spodniej; - zdolność warstwy spodniej do transmisji pary wodnej na zewnątrz dzianiny; - właściwości antybakteryjne i antygrzybiczne uzyskane nanocząsteczkami dwutlenku tytanu, które są nieszkodliwe dla organizmu ludzkiego; - barierowość dla UV; - druk cyfrowy na dzianinie o wyższej intensywności naniesionych kolorów i trwałości wybarwień. Aby wdrożyć do działalności przedsiębiorstwa wyniki prac B+R i uruchomić na ich podstawie produkcję nowych wyrobów konieczne jest nabycie linii technologicznej, złożonej z: maszyn dziewiarskich, barwiarek wysokotemperaturowych, stabilizatora, draparki, drukarki cyfrowej, zszywarki, wprowadzenia do kompaktora, przeglądarki do dzianin, maszyny do czyszczenia powierzchni dzianiny przed drukiem, generatora plazmy, urządzenia do kontroli jakości, stacji sprężania i uzdatniania powietrza oraz oprogramowania do projektowania wzorów druków, co stanowi zakres rzeczowy projektu. Bezpośrednim rezultatem projektu będzie także zwiększenie zatrudnienia w przedsiębiorstwie oraz pozytywny wpływ na politykę zrównoważonego rozwoju. (Polish)
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The aim of the project is to implement innovative solutions both within the product and the process. Planned innovations in Mirwalu’s activities are the result of self-contained R & D works aimed at developing an innovative technology for the production of cotton knitwear for high tech sportswear using atmospheric plasma. The implemented R & D results were submitted for patent protection as an invention entitled. ‘The method of giving knitted cotton hydrophobic properties on the outer and hydrophilic side on the underside’ and is currently not used anywhere in the world. Based on the above-mentioned technologies, the company will launch the production of knitted cotton fabrics with unknown features and functionalities, such as: — super hydrophobicity of the outer layer; — hydrophilicity of the undercoat; — the ability of the undercoat to transmit water vapour outside the knitted fabric; — antibacterial and antifungal properties obtained by nanoparticles of titanium dioxide which are harmless to the human body; — UV barrier; — digital printing on knitted fabrics with higher intensity of applied colours and durability of colouring. In order to implement the R & D results in the company and start the production of new products on the basis of them, it is necessary to acquire a technological line consisting of: knitting machines, high-temperature dyeing machines, stabiliser, scratchers, digital printers, staples, inserts into the comparator, knitted or crocheted browsers, knitted fabric cleaning machines, plasma generator, quality control equipment, compression and air treatment stations, and print pattern design software, which is a material scope of the project. The direct result of the project will also be to increase employment in the company and to have a positive impact on sustainable development policy. (English)
17 October 2020
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Identifiers
RPLD.02.03.01-10-0064/17
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