Marine wind power blade carbon fiber automatic forming equipment and laying process method

Abstract

The invention relates to the technical field of wind power generation equipment, in particular to marine wind power blade carbon fiber automatic forming equipment and a laying process method. A horizontal three-degree-of-freedom parallel mechanism is used, and the horizontal three-degree-of-freedom parallel mechanism comprises a laying component used for laying fibers and a three-axis adjustable control mechanism used for realizing coordinate conversion of a filament laying mechanism and realizing multi-axis motion. A conveying device of the filament laying mechanism adopts a speed sensor anda plurality of compression rollers to control a filament bundle to be conveyed to a filament bundle tension control device, the high surface roughness is adjusted to ensure that the filament bundle does not slip, the filament bundle respectively passes through a re-transmission mechanism and a cutting device with cylinder cover, the filament bundle is melted under the action of an infrared radiation lamp tube heating device, and finally carbon fibers are laid through the pressurization cooling treatment of a cooling device. According to the marine wind power blade carbon fiber automatic forming equipment and the laying process method, through a motion platform capable of realizing multi-axis motion, a fiber laying head is driven to complete the laying work of the carbon fibers, the layingprocess is completed, the stable and uniform laying can be guaranteed, the filament laying process can be fed back and monitored in real time through a self-provided monitoring device, and the filament laying quality is improved.

Description

technical field [0001] The invention relates to the technical field of wind power generation equipment, in particular to an automatic carbon fiber forming equipment for offshore wind power blades and a laying process method. Background technique [0002] High-performance thermoplastic resin-based composites have the following advantages: fusion welding can be achieved, and the mechanical properties of welding points are high; excellent damage tolerance and strong adaptability to harsh environments; the molding process is reversible, and defects can be repaired online; low hygroscopicity, Reduce the design margin; store indefinitely at room temperature, without refrigeration equipment, and reduce storage costs. [0003] Composite fiber laying is a new type of fully automatic composite component manufacturing technology developed on the basis of fiber winding and automatic tape laying. It integrates advanced technologies such as laying process, laying equipment, computer contr...

AI Technical Summary

Problems solved by technology

[0005] At present, domestic research on automatic lay-up molding has just started, mostly for the research and development of principle prototypes, but less research on technology, and most of them are for thermosetting composite materials.

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