PATENT PROSECUTION

The most innovative aspects of our solutions are protected by means of international patents.
007038A1

WO2023 / 007038A1

TRANSITION OF VARIABLE THICKNESSES OF COMPOSITE MATERIAL LAMINATES OF A MODULAR BLADE

Disclosed is a transition of variable thicknesses of composite material laminates of a modular blade when the thickness varies by 50-400% and which smooths the centroid distribution, the centroid being represented as a function of the thickness and material of the laminate with respect to the corresponding radius of the blade.

WO2023 / 012385A1

TRANSITION FOR COMPOSITE LAMINATES FOR A MODULAR BLADE

The present invention relates to a transition for composite laminates for a modular blade, said transition being characterised in that the real load distribution per element F2 is flattened, overlapping with the theoretical load distribution per element F2theor by means of a non-homogenous hybrid laminate across the width of same, with an area at the ends having a very high modulus of elasticity E2’ext and an area in the centre having a lower modulus of elasticity E2’int.

WO2023 / 09485A1

SYSTEM FOR THE AUTOMATED LIFTING OF A HYBRID TOWER WIND TURBINE AND METHOD FOLLOWED

PATENT PROSECUTION
Art. 19 modifications

194631A1

WO2023 / 194631A1

METHOD FOR REPAIRING THE ROOT OF A BLADE

The present invention relates to a method for repairing the root of a blade having the following sequence: loosening the bolts of the root of the blade by removing the nuts in the bearing of the bushing . Lowering the blade to the ground using the Bladerunner® system.

PATENT PROSECUTION
IPEA to modify text, drawings and claims on July 7th 23

214097A1

WO2023 / 214097A1

ALIGNMENT AND INSERTION SYSTEM FOR LOWERING BLADES WITHOUT USING A CRANE

The invention relates to a system for lowering blades without using a crane, which solves the alignment and insertion problem resulting from the tilt and coning of the blade along the first/last 200-400 mm and the problem of space inside the hub.