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Llorente Gonzalez Jose Ignacio, Velez Oria Sergio: Wind turbine blade. Gamesa Eolica Soc Uniperso, October 12, 2005: EP1584817-A1 (34 worldwide citation)

A wind turbine blade, which is transversely subdivided into two or more independent modules (1-2) constituted of external aerodynamic cases or walls (4) and an internal longitudinal reinforcement structure (3). The modules are provided with connecting means located in coincidence with the end sectio ...


2
Llorente Gonzalez Jose Ignacio, Velez Oria Sergio: Blade for wind-power generators. Gamesa Innovation & Technology, January 16, 2008: EP1878915-A2 (32 worldwide citation)

The invention relates to a blade for wind-power generators. The inventive blade is divided transversely into two or more independent sections, each section comprising aerodynamic skins or walls (3) and an inner longitudinal reinforcing structure (4). In addition, the ends of the aforementioned secti ...


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Llorente Gonzalez Jose Ignacio, Velez Oria Sergio: Transport container for blades. Gamesa Innovation And Technolo, September 5, 2007: EP1829762-A1 (22 worldwide citation)

The container for the transport of blades is comprised of side walls made of tubular trusses diagonally crossed by stays, the different trusses are coupled at the bottom with a bolt with lock pin and at the top with a nut and screw. Both side walls are joined at the top and bottom by adjustable stay ...


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Llorente Gonzalez Jose Ignacio, Velez Oria Sergio: Structural beam for a wind generator blade and production method thereof. Gamesa Innovation & Technology, July 18, 2007: EP1808598-A1 (11 worldwide citation)

Structural beam of a wind turbine blade comprising a body-root and a body-trunk in the form of a box with a section decreasing towards the blade tip, comprising various piles each formed by various layers of carbon fibre impregnated with a synthetic resin, located on the upper and lower areas, inter ...


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Llorente Gonzalez Jose Ignacio, Velez Oria Sergio: Lightning conductor system for wind generator blades comprising carbon fibre laminates. Gamesa Innovation And Technolo, August 29, 2007: EP1826402-A1 (5 worldwide citation)

Lightning protection system of wind turbine blades formed by various connections arranged on carbon fibre laminates (2) of the blade (1), equipotentialising the surface of the airfoils (4) of the beam (10) via derivations from a main cable (6) using the respective auxiliary cables (5). The auxiliary ...


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Llorente Gonzalez Jose Ignacio, Velez Oria Sergio: Lightning arrester system for a wind generator blade. Gamesa Innovation And Technolo, September 5, 2007: EP1830063-A1 (4 worldwide citation)

The invention relates to a lightning arrester system for wind generator blade, which replaces the standard main copper cable and which employs two strips of copper that extend along the entire length of the beam such as to be in direct contact with the carbon fibre. In this way, the carbon fibre lam ...


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Llorente Gonzalez Jose Ignacio, Velez Oria Sergio: Split-blade for wind generators. Gamesa Innovation &Amp, Technology, August 6, 2008: EP1953383-A1 (3 worldwide citation)

The invention relates to a split-blade for wind generators, consisting of two or more segments (6 and 7) which are joined consecutively to one another using rigid connections. The axes of the aforementioned segments form an angle of more than 180 DEG on the side facing the wind generator tower (1).


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VELEZ ORIA SERGIO, ZUGASTI PARAMO AMAIA, MARIN MARTINEZ FRANCISCO JAVIER, RODRIGUEZ SAIZ EMILIO, AROCENA DE LA RUA ION, SANZ PASCUAL ENEKO: Procédé de liaison pour pale déolienne à panneaux multiples, Bondingverfahren für eine Windturbinenschaufel mit mehreren Blättern, A bonding method for a wind turbine multi-panel blade. GAMESA INNOVATION & TECH SL, November 28, 2012: EP2527128-A2

A method for bonding a first and a second prefabricated parts of a wind turbine blade comprising the steps of: disposing bands (45, 55, 65) of an adhesive material in a manageable uncured state following traces (43, 53, 63) signaled on a bonding area of one of said parts, said adhesive material bein ...


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Llorente Gonzalez Jose Ignacio, Velez Oria Sergio: Lightning conductor system for wind generator blades comprising carbon fibre laminates. Gamesa Eolica Soc Uniperso, huangwei, December 26, 2007: CN200580038666

The invention relates to a lightning conductor system for a wind generator blade, comprising several connections which are disposed on the carbon fibre laminates (2) of the blade (1), forming an equipotential surface on the flanges (4) of the beam (10) by means of branches from a main cable (6) thro ...