PROCESS AND EQUIPMENT FOR PRODUCING COMPOSITE CORE WITH THERMOPLASTIC MATRIX FOR RECYCLABLE AND THERMALLY STABLE ELECTRICAL TRANSMISSION LINE CONDUCTOR

The invention relates to new, heat resistant, recyclable conductor for electrical transmission lines having composite load bearing core made by pultrusion using a thermoplastic polymer matrix, by in situ polymerization of the cyclic monomers and/or oligomers of the matrix polymer, optionally in the...

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Hauptverfasser: KARGER KOCSIS, J?ZSEF, CZIGANY, TIBOR, ZSIGMOND, BALAZS, SZAPLONCZAY, PAL
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creator KARGER KOCSIS, J?ZSEF
CZIGANY, TIBOR
ZSIGMOND, BALAZS
SZAPLONCZAY, PAL
description The invention relates to new, heat resistant, recyclable conductor for electrical transmission lines having composite load bearing core made by pultrusion using a thermoplastic polymer matrix, by in situ polymerization of the cyclic monomers and/or oligomers of the matrix polymer, optionally in the presence of polymers prone to melt phase transreactions, with reinforcements consisting of high modulus and strength fibers, optionally textile structures made of such fibers, which are mostly oriented along the axis of the core (see Figure 1. The load bearing cable core). The invention relates further to process(es) aimed at the continuous production of said conductor core (see Figure 2. Scheme of the coextrusion production process with braided and/or wound synthetic fibers and Figure 3. Scheme of the production process with braided synthetic fibers). La présente invention concerne un nouveau conducteur recyclable, résistant à la chaleur, destiné à des lignes de transmission électrique ayant une âme porteur composite fabriqué par pultrusion à l'aide d'une matrice polymère thermoplastique, par polymérisation in situ de monomères et/ou d'oligomères cycliques de la matrice polymère, éventuellement en présence de polymères sujets à des transréactions de phase de fusion, avec des renforcements composés d'un module élevé et de fibres de résistance, éventuellement des structures textiles composées de ces fibres qui sont principalement orientées le long de l'axe de l'âme (voir Figure 1. La charge portant l'âme du câble porteur). L'invention concerne également un ou plusieurs procédés destinés à la production continue de l'âme conductrice (voir Figure 2. Schéma du procédé de production de coextrusion avec fibres synthétiques enroulées et/ou tressées et Figure 3. Schéma du procédé de production avec fibres synthétiques tressées).
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The load bearing cable core). The invention relates further to process(es) aimed at the continuous production of said conductor core (see Figure 2. Scheme of the coextrusion production process with braided and/or wound synthetic fibers and Figure 3. Scheme of the production process with braided synthetic fibers). La présente invention concerne un nouveau conducteur recyclable, résistant à la chaleur, destiné à des lignes de transmission électrique ayant une âme porteur composite fabriqué par pultrusion à l'aide d'une matrice polymère thermoplastique, par polymérisation in situ de monomères et/ou d'oligomères cycliques de la matrice polymère, éventuellement en présence de polymères sujets à des transréactions de phase de fusion, avec des renforcements composés d'un module élevé et de fibres de résistance, éventuellement des structures textiles composées de ces fibres qui sont principalement orientées le long de l'axe de l'âme (voir Figure 1. La charge portant l'âme du câble porteur). L'invention concerne également un ou plusieurs procédés destinés à la production continue de l'âme conductrice (voir Figure 2. Schéma du procédé de production de coextrusion avec fibres synthétiques enroulées et/ou tressées et Figure 3. 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The load bearing cable core). The invention relates further to process(es) aimed at the continuous production of said conductor core (see Figure 2. Scheme of the coextrusion production process with braided and/or wound synthetic fibers and Figure 3. Scheme of the production process with braided synthetic fibers). La présente invention concerne un nouveau conducteur recyclable, résistant à la chaleur, destiné à des lignes de transmission électrique ayant une âme porteur composite fabriqué par pultrusion à l'aide d'une matrice polymère thermoplastique, par polymérisation in situ de monomères et/ou d'oligomères cycliques de la matrice polymère, éventuellement en présence de polymères sujets à des transréactions de phase de fusion, avec des renforcements composés d'un module élevé et de fibres de résistance, éventuellement des structures textiles composées de ces fibres qui sont principalement orientées le long de l'axe de l'âme (voir Figure 1. La charge portant l'âme du câble porteur). 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The load bearing cable core). The invention relates further to process(es) aimed at the continuous production of said conductor core (see Figure 2. Scheme of the coextrusion production process with braided and/or wound synthetic fibers and Figure 3. Scheme of the production process with braided synthetic fibers). La présente invention concerne un nouveau conducteur recyclable, résistant à la chaleur, destiné à des lignes de transmission électrique ayant une âme porteur composite fabriqué par pultrusion à l'aide d'une matrice polymère thermoplastique, par polymérisation in situ de monomères et/ou d'oligomères cycliques de la matrice polymère, éventuellement en présence de polymères sujets à des transréactions de phase de fusion, avec des renforcements composés d'un module élevé et de fibres de résistance, éventuellement des structures textiles composées de ces fibres qui sont principalement orientées le long de l'axe de l'âme (voir Figure 1. La charge portant l'âme du câble porteur). L'invention concerne également un ou plusieurs procédés destinés à la production continue de l'âme conductrice (voir Figure 2. Schéma du procédé de production de coextrusion avec fibres synthétiques enroulées et/ou tressées et Figure 3. Schéma du procédé de production avec fibres synthétiques tressées).</abstract><oa>free_for_read</oa></addata></record>
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subjects AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
BASIC ELECTRIC ELEMENTS
CABLES
CONDUCTORS
ELECTRICITY
INSULATORS
PERFORMING OPERATIONS
SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING ORDIELECTRIC PROPERTIES
SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDEDFOR
SHAPING OR JOINING OF PLASTICS
TRANSPORTING
WORKING OF PLASTICS
WORKING OF SUBSTANCES IN A PLASTIC STATE, IN GENERAL
title PROCESS AND EQUIPMENT FOR PRODUCING COMPOSITE CORE WITH THERMOPLASTIC MATRIX FOR RECYCLABLE AND THERMALLY STABLE ELECTRICAL TRANSMISSION LINE CONDUCTOR
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