The invention discloses a composite material airfoil-shaped sail slideway structure and an installation method thereof, the composite material airfoil-shaped sail slideway structure is applied to a composite material airfoil-shaped sail, the composite material airfoil-shaped sail comprises a plurality of sub airfoil-shaped sails, the sub airfoil-shaped sails are sequentially arranged from top to bottom, every two adjacent sub airfoil-shaped sails are connected in a sleeved mode, and the composite material airfoil-shaped sail slideway structure is arranged on the composite material airfoil-shaped sail slideway structure. The sub-airfoil-shaped sail located at the upper part is arranged in the sub-airfoil-shaped sail located at the lower part; the composite material wing-shaped sail slideway structure comprises an inner track and an outer track, the outer track is fixedly arranged on the outer surface of an upper sub-wing-shaped sail, and the inner track is fixedly arranged on the inner surface of a lower sub-wing-shaped sail. The relative positions of the upper sub-airfoil-shaped sail and the lower sub-airfoil-shaped sail are adjusted through guiding sliding between the inner track and the outer track. The inner rails and the outer rails play a role in positioning and guiding in the connecting and position adjusting process of the adjacent sub-airfoil-shaped sails, so that the composite airfoil-shaped sail is stable and smooth in the lifting process.
本发明公开了一种复合材料翼型风帆滑道结构及其安装方法,应用于复合材料翼型风帆上,所述复合材料翼型风帆包括多个子翼型风帆,所述的多个子翼型风帆从上至下依次排布,相邻的两个子翼型风帆之间相互套接,且位于上方的子翼型风帆设置于位于下方的子翼型风帆内;该复合材料翼型风帆滑道结构包括内轨道和外轨道,所述外轨道固设于位于上方的子翼型风帆的外表面上,所述内轨道固设于位于下方的子翼型风帆的内表面上,位于上方的子翼型风帆与位于下方的子翼型风帆通过所述内轨道与所述外轨道之间的导向滑动而实现相对位置的调整。内轨道与外轨道在相邻的子翼型风帆连接和位置调整过程中起到定位导向作用,使得复合材料翼型风帆在升降过程中平稳顺滑。
Composite material wing-shaped sail slideway structure and mounting method thereof
一种复合材料翼型风帆滑道结构及其安装方法
2023-07-28
Patent
Electronic Resource
Chinese
IPC: | B63H Schiffsantrieb oder Steuerung der Schiffe , MARINE PROPULSION OR STEERING |
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