METHOD AND APPARATUS FOR FORMING FIBRE FROM POLYMER MATRIX IN ELECTROSTATIC FIELD Russian patent published in 2013 - IPC D01D1/09 D01D5/00 B82B3/00 

Abstract RU 2489535 C2

FIELD: chemistry.

SUBSTANCE: electrostatic field is formed in fibre-forming space between the fibre-forming element of a fibre-forming electrode, which is connected to one terminal of a high-voltage source and is located in a fibre-forming position, and a precipitation electrode connected to the second terminal of the high-voltage source to which a polymer matrix is fed from a reservoir with the matrix in an electrostatic field for forming fibre on the surface of the fibre-forming element of the fibre-forming electrode, wherein temperature of the fibre-forming elements of the fibre-forming electrode is raised higher than ambient temperature by direct contact heating of the fibre-forming elements.

EFFECT: more technologically effective method, and simple and efficient design of the apparatus.

8 cl, 2 dwg

Similar patents RU2489535C2

Title Year Author Number
METHOD AND DEVICE FOR APPLICATION OF LIQUID POLYMER MATRIX ON FIBRE-FORMING STRINGS 2012
  • Maly Miroslav
  • Sejak Pavel
  • Stromski Vit
  • Nydrle Milan
  • Bittner Mikhael
  • Maresh Ladislav
  • Chmelik Jan
  • Ganushova Lenka
  • Podany Martin
  • Krenek Radim
RU2584520C2
SPINNING FIBRE-FORMING ELECTRODE 2010
  • Syba Frantishek
  • Maly Miroslav
RU2547639C2
METHOD FOR PRODUCTION OF POLYMERIC NANOFIBERS AND LINEAR FORMATION FROM POLYMERIC NANOFIBERS PREPARED BY THIS METHOD 2013
  • Kocis Lubomir
  • Pokorny Pavel
  • Lukas David
  • Mikes Petr
  • Chvojka Jiri
  • Kostakova Eva
  • Beran Jaroslav
  • Bilek Martin
  • Valtera Jan
  • Amler Evzen
  • Buzgo Matej
  • Mickova Andrea
RU2672630C2
METHOD OF PRODUCING POLYMER NANOFIBRES BY ELECTRICALLY FORMING FIBER FROM POLYMER SOLUTION OR MELT, A FIBER-FORMING ELECTRODE FOR THIS METHOD AND A DEVICE FOR PRODUCING POLYMER NANOFIBRES, HAVING AT LEAST ONE FIBER-FORMING ELECTRODE 2016
  • Beran, Jaroslav
  • Valtera, Jan
  • Bilek, Martin
  • Skrivanek, Josef
  • Batka, Ondrej
  • Lukas, David
  • Pokorny, Pavel
  • Kalous, Tomas
  • Soukupova, Julie
  • Kostakova, Eva
RU2726726C2
FILTRATION MATERIAL, METHOD OF ITS PRODUCTION AND APPLICATION 2011
  • Filatov Jurij Nikolaevich
  • Perminov Dmitrij Valer'Evich
  • Kirillova Irina Vasil'Evna
  • Filatov Ivan Jur'Evich
  • Shchurov Pavel Mikhajlovich
RU2477644C1
METHOD OF PRODUCING NANOFIBRES FROM POLYMER SOLUTION AND DEVICE FOR ITS REALISATION 2004
  • Irzhak Ol'Drikh
  • Sanetrnik Filip
  • Lukas David
  • Kotek Vatslav
  • Martinova Lenka
  • Khaloupek Iri
RU2365686C2
METHOD FOR PRODUCTION OF ULTRATHIN POLYMER FIBERS 0
  • Yurov Yurij Lvovich
  • Kirichenko Valentin Nikolaevich
  • Polevov Vyacheslav Nikolaevich
  • Rykunov Vladimir Arkadevich
  • Druzhinin Ernest Avgustinovich
  • Efimov Igor Mikhajlovich
  • Golomuz Igor Nikolaevich
SU1815280A1
FILTERING MATERIAL BASED ON POLYMER NANOFIBRES LAYER AND SPINNING SOLUTION FOR ITS PRODUCTION 2019
  • Khrustitskii Vladimir Vladimirovich
  • Khrustitskii Kirill Vladimirovich
  • Kossovich Leonid Iurevich
RU2718786C1
TEXTILE NON-WOVEN ELECTRIC-SPINNING MATERIAL WITH MULTICOMPONENT ACTIVE MODIFYING ADDITIVES AND METHOD OF ITS PRODUCTION 2018
  • Antipov Mikhail Vladimirovich
  • Bolotin Mikhail Grigorevich
  • Zapsis Konstantin Vasilevich
  • Kossovich Leonid Yurevich
RU2697772C1
METHOD OF PRODUCING NANOFIBRES FROM ALIPHATIC COPOLYAMIDES 2010
  • Dobrovol'Skaja Irina Petrovna
  • Poprjadukhin Pavel Vasil'Evich
  • Judin Vladimir Evgen'Evich
RU2447207C1

RU 2 489 535 C2

Authors

Sevtsik Ladislav

Tsmelik Jan

Sladetsek Radek

Dates

2013-08-10Published

2009-04-03Filed