The invention discloses a ship bottom ventilation air layer drag reduction system which comprises a high-pressure ventilation system and an intelligent monitoring control system. The high-pressure ventilation system is composed of an air supply system, a pressure stabilizing system and an air injection system. The high-pressure ventilation system is arranged on the ship body and used for forming a spreading air layer on the ship bottom face. The intelligent monitoring control system comprises a preorder flow field monitoring system and an intelligent control management system. The preorder flow field monitoring system is arranged on a ship body and used for capturing the real flow speed change of the upstream ship bottom face of the air injection system. And the intelligent control management system is in signal connection with the preorder flow field monitoring system and is used for receiving the flow velocity change captured by the preorder flow field monitoring system and feeding back the flow velocity change to the high-pressure ventilation system in real time so as to regulate and control the ventilation rate to enable the air layer to be stably spread. According to the invention, the flow velocity of the preorder flow field can be accurately captured in real time and fed back, so that self-adaptive fine adjustment can be performed according to the flow velocity change of the external flow field, the air cavity can continuously cover the ship bottom in a large area, and the air layer spreading efficiency is improved.

    本发明公开了一种船底通气气层减阻系统,包括高压通气系统和智能监测控制系统;所述高压通气系统由供气系统、稳压系统及喷气系统组成,高压通气系统布置在船体上用于在船底面上形成铺展气层;所述智能监测控制系统包括前序流场监测系统和智能控制管理系统,所述前序流场监测系统设置在船体上用于捕捉所述喷气系统上游船底面的真实流速变化;所述智能控制管理系统与前序流场监测系统信号连接,用于接收前序流场监测系统捕捉到的流速变化,并实时反馈给高压通气系统以调控通气率使得气层稳定铺展。本发明可实时准确捕捉前序流场流速并进行反馈,进而针对外流场流速变化作出自适应的精细调整,确保气腔能够持续且大面积覆盖船底,提升气层铺展效率。


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    Title :

    Ship bottom ventilation air layer drag reduction system


    Additional title:

    一种船底通气气层减阻系统


    Contributors:
    WANG SHENGZHU (author) / ZHANG ZHENG (author) / HAN YUN (author) / TANG KAI (author) / LI JUN (author) / WU QIMING (author)

    Publication date :

    2025-03-21


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS / F17D Rohrleitungssysteme , PIPE-LINE SYSTEMS



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