Cellulose based functional composites, energy storage devices and manufacturing methods thereof

Vesa Kunnari; Otto-Ville Kaukoniemi

Cellulose based functional composites, energy storage devices and manufacturing methods thereof

Vesa Kunnari (Inventor), Otto-Ville Kaukoniemi (Inventor)

Research output: Patent › Patent

Abstract

Document discloses new technologies for utilizing cellulose based materials in composites and electrically functionalised structures, such as energy storage devices. The object of the invention is achieved by means of high consistency fibrillated cellulose with at least one functional additive. This high consistency mixture is processed to form the composite structure having a shape and then dried or let to dry.

Patent family as of 25.11.2021
CA2965436 AA 20170421 CA20152965436 20151106
CA2965436 C 20190319 CA20152965436 20151106
CN107001699 A 20170801 CN201580060512 20151106
CN107001699 B 20210108 CN201580060512 20151106
DE602015064258 D1 20210121 DE201560064258T 20151106
EP3215563 A1 20170913 EP20150856564 20151106
EP3215563 A4 20180425 EP20150856564 20151106
EP3215563 B1 20201230 EP20150856564 20151106
FI127814 B 20190315 FI20140005974 20141106
FI20145974 A 20160507 FI20140005974 20141106
JP2017533339 T2 20171109 JP20170542339T 20151106
KR20170078772 A 20170707 KR20177014626 20151106
KR20190045319 A 20190502 KR20197009873 20151106
US10396328 BB 20190827 US20150524654 20151106
US2017346059 AA 20171130 US20150524654 20151106
WO16071573 A1 20160512 WO2015FI50766 20151106

Link to current patent family on right

Original language	English
Patent number	EP3215563
IPC	H01M 4/ 62 A I
Priority date	6/11/15
Publication status	Published - 13 Sept 2017
MoE publication type	H1 Granted patent

Cite this

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title = "Cellulose based functional composites, energy storage devices and manufacturing methods thereof",

abstract = "Document discloses new technologies for utilizing cellulose based materials in composites and electrically functionalised structures, such as energy storage devices. The object of the invention is achieved by means of high consistency fibrillated cellulose with at least one functional additive. This high consistency mixture is processed to form the composite structure having a shape and then dried or let to dry.Patent family as of 25.11.2021CA2965436 AA 20170421 CA20152965436 20151106 CA2965436 C 20190319 CA20152965436 20151106 CN107001699 A 20170801 CN201580060512 20151106 CN107001699 B 20210108 CN201580060512 20151106 DE602015064258 D1 20210121 DE201560064258T 20151106 EP3215563 A1 20170913 EP20150856564 20151106 EP3215563 A4 20180425 EP20150856564 20151106 EP3215563 B1 20201230 EP20150856564 20151106 FI127814 B 20190315 FI20140005974 20141106 FI20145974 A 20160507 FI20140005974 20141106 JP2017533339 T2 20171109 JP20170542339T 20151106 KR20170078772 A 20170707 KR20177014626 20151106 KR20190045319 A 20190502 KR20197009873 20151106 US10396328 BB 20190827 US20150524654 20151106 US2017346059 AA 20171130 US20150524654 20151106 WO16071573 A1 20160512 WO2015FI50766 20151106Link to current patent family on right ",

author = "Vesa Kunnari and Otto-Ville Kaukoniemi",

year = "2017",

month = sep,

day = "13",

language = "English",

type = "Patent",

note = "EP3215563; H01M 4/ 62 A I",

}

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T1 - Cellulose based functional composites, energy storage devices and manufacturing methods thereof

AU - Kunnari, Vesa

AU - Kaukoniemi, Otto-Ville

PY - 2017/9/13

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N2 - Document discloses new technologies for utilizing cellulose based materials in composites and electrically functionalised structures, such as energy storage devices. The object of the invention is achieved by means of high consistency fibrillated cellulose with at least one functional additive. This high consistency mixture is processed to form the composite structure having a shape and then dried or let to dry.Patent family as of 25.11.2021CA2965436 AA 20170421 CA20152965436 20151106 CA2965436 C 20190319 CA20152965436 20151106 CN107001699 A 20170801 CN201580060512 20151106 CN107001699 B 20210108 CN201580060512 20151106 DE602015064258 D1 20210121 DE201560064258T 20151106 EP3215563 A1 20170913 EP20150856564 20151106 EP3215563 A4 20180425 EP20150856564 20151106 EP3215563 B1 20201230 EP20150856564 20151106 FI127814 B 20190315 FI20140005974 20141106 FI20145974 A 20160507 FI20140005974 20141106 JP2017533339 T2 20171109 JP20170542339T 20151106 KR20170078772 A 20170707 KR20177014626 20151106 KR20190045319 A 20190502 KR20197009873 20151106 US10396328 BB 20190827 US20150524654 20151106 US2017346059 AA 20171130 US20150524654 20151106 WO16071573 A1 20160512 WO2015FI50766 20151106Link to current patent family on right

AB - Document discloses new technologies for utilizing cellulose based materials in composites and electrically functionalised structures, such as energy storage devices. The object of the invention is achieved by means of high consistency fibrillated cellulose with at least one functional additive. This high consistency mixture is processed to form the composite structure having a shape and then dried or let to dry.Patent family as of 25.11.2021CA2965436 AA 20170421 CA20152965436 20151106 CA2965436 C 20190319 CA20152965436 20151106 CN107001699 A 20170801 CN201580060512 20151106 CN107001699 B 20210108 CN201580060512 20151106 DE602015064258 D1 20210121 DE201560064258T 20151106 EP3215563 A1 20170913 EP20150856564 20151106 EP3215563 A4 20180425 EP20150856564 20151106 EP3215563 B1 20201230 EP20150856564 20151106 FI127814 B 20190315 FI20140005974 20141106 FI20145974 A 20160507 FI20140005974 20141106 JP2017533339 T2 20171109 JP20170542339T 20151106 KR20170078772 A 20170707 KR20177014626 20151106 KR20190045319 A 20190502 KR20197009873 20151106 US10396328 BB 20190827 US20150524654 20151106 US2017346059 AA 20171130 US20150524654 20151106 WO16071573 A1 20160512 WO2015FI50766 20151106Link to current patent family on right

UR - https://worldwide.espacenet.com/patent/search/family/055908645/publication/EP3215563A1?q=EP3215563

M3 - Patent

M1 - EP3215563

ER -

Cellulose based functional composites, energy storage devices and manufacturing methods thereof

Abstract

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