The blade root (14) is gripped between two metal plates (26, 28) fixed against the side flanks (22, 24) of the blade root by a screw (30) and a nut (40) passing through the plates (26, 28) and the blade root (14).

For this application, the first resin is typically used for a root end of the wind turbine blade or part of wind turbine blade.

The blade root includes a root base segment and a pair of root side segments.

The rotor blade includes a blade root arranged within the slot.

The invention also relates to a blade root obtained by such a method.

The root spacer is arranged within the slot between the rotor disk and the blade root.

The invention is also directed to rotor blade having such a blade root.

The rotor blade includes a blade root that is arranged within the slot.

The last installed rotor blade protrudes into the installation opening (56) with the one side of the blade root of said rotor blade.

According to the invention, the blade (4) comprises a blade body (5) and a blade root (6).

Each of the plurality of vane stages includes a vane guide and at least one window axially aligned with each of the vane guides.

The inventive rotating blade (10) is provided with a front of blade (11) and a footing of blade (12) connected thereto.

The vane element (101) is mounted to the vane platform (102) and the vane root (103) is mounted to the annular rail (105).

Each vane structure includes a curved, axial vane segment extending axially from the shroud.

A blade (44) is composed of a blade body (51) and a blade cover (61).