Mold and method for manufacturing wind turbine blade web

Abstract

The invention provides a mold and a method for manufacturing blade webs of a wind power generating set. The mold for manufacturing the blade web of a wind power generating set includes: a mold panel; a flanging baffle, and the flanging baffle is arranged on both sides of the mold panel along the width direction, wherein the flanging baffle The plate includes a first baffle fixed to the mold panel and a second baffle rotatably or detachably mounted to an upper portion of the first baffle. The invention is beneficial to reduce the transfer of the web, save working time, improve production efficiency and operation safety, and ensure the quality of cutting web flanging, so as to improve product quality.

Description

technical field [0001] The present invention relates to the technical field of blades, and more specifically, to a mold and method for manufacturing blade webs of wind power generating sets. Background technique [0002] At present, the vacuum infusion process is generally used to manufacture the web of the wind turbine blade. After completing the vacuum infusion and solidification molding on the blade web mold, use the crane to demould the web molding; Edges are lined and cuts are made to obtain the web at pre-designed flanging lengths; finally, the crane is used again to flip the web so that it is vertical to put in the pairing bracket to assemble the two webs For connection, store on the pair bracket for later use. [0003] Therefore, in the existing wind turbine blade web production process, it is necessary to use the crane to carry out two transfer operations on the web forming parts and place the blade web forming parts on the following three equipments in sequence: ...

AI Technical Summary

Problems solved by technology

[0003] Therefore, in the existing wind turbine blade web production process, it is necessary to use the crane to carry out two transfer operations on the web forming parts and place the blade web forming parts on the following three equipments in sequence: mold, cutting tooling, Assembling brackets, therefore, the existing method of manufacturing wind turbine blade webs prolongs the transfer path of the blade web forming parts, increases the occupied space of the equipment, and also prolongs the working time of the web, resulting in low production efficiency

In addition, in the process of transferring the blade web molding, the blade web molding and the handling personnel may be damaged, thereby reducing product quality and operation safety

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