Placement head device

Abstract

The invention relates to a placement head device comprising a tow channel, a guiding module, a fastening module, a re-conveying module, a shearing module, and a pressuring module. The guiding module is used for delivering the tows into the tow channel. The fastening module is used for fastening the tows by clamping before shearing. The re-conveying module is used for conveying the tows. The shearing module is used for shearing the tows. The pressuring module is used for compactly pressing the tows onto a product. A heating and gathering module is used for heating the tows and gathering the tows. According to the placement head device provided by the invention, through the cooperation of the modules, each stream of tows can be independently controlled, such that molding problems such as complicated curved surfaces, variable thicknesses, and reinforcement can be solved; product quality can be improved; and placement quality can be stabilized. Also, mechanized operations are adopted, such that placement efficiency is improved.

Description

【Technical field】 [0001] The invention relates to a carbon fiber laying equipment, in particular to a laying head device of the carbon fiber laying equipment. 【Background technique】 [0002] Composite fiber laying and forming technology is a fully automatic composite material processing technology developed as a reform of fiber winding and automatic tape laying technology. Filament winding equipment only has the related silk outlet, and does not have the function of laying head, which limits the fiber winding equipment to only aim at the rotary product, and finally wind the tow on the rotary product; the traditional one contains Larger flat rotary bodies are manufactured by manual laying, the production efficiency is very low, and the product quality is not stable. Carbon fiber laying equipment can theoretically lay mandrels of any shape. The laying head itself must complete the guiding, clamping, refeeding, shearing, heating and assembly of the tow, and finally lay the tow...

AI Technical Summary

Problems solved by technology

[0003] In the existing technology, the limitation of the mandrel is relatively large, and the fiber winding technology is only suitable for rotary products. For large-scale rotary products with flat surfaces, manual laying is generally used, and complex curved surfaces, variable thickness, and reinforcement cannot be completed. Molding problems such as low molding efficiency and unstable product quality

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