The invention discloses a streamline underwater vehicle based on a high-effect active steering type vector device. A storage battery assembly and an electric control system of the underwater vehicle are installed in a vehicle shell. An active steering type vector device is located in a through hole of the vehicle shell, and the tail of the active steering type vector device is located in external seawater. The device comprises a universal ball head assembly for self passive rotation and a propeller assembly for active steering. The high-efficiency active steering type vector propulsion device and the universal ball head are arranged, the problems that an existing underwater vehicle is low in reliability, complex in structure, damaged in streamline design, insufficient in maneuvering performance and the like can be solved, the angle adjusting range of the vector section is widened, closed-loop control is accurately conducted on the angle of the tail section, and therefore the path accuracy is improved, and the maneuvering performance of the underwater vehicle is improved. The underwater vehicle has the advantages that high propulsion efficiency and reliability are shown, excellent maneuvering characteristics and attitude adjusting capacity are given, the influence of reverse torsional moment of a vehicle body caused by a propeller is avoided, and the operation performance of the underwater vehicle in running water is improved.

    本发明公开了一种基于高效能主动转向式矢量装置的流线型水下航行器。水下航行器的蓄电池组件和电控系统安装在航行器外壳中,主动转向式矢量装置位于航行器外壳的贯通孔中且尾部位于外部海水中;装置中包括用于自身被动转动的万向球头组件和主动转向的推进器组件。本发明配置高效能主动转向式矢量推进装置和万向球头,可解决现有水下航行器面临的可靠性低、结构复杂、流线型设计受损及机动性能不足等问题,提升矢量段调节角度范围,准确对尾段角度进行闭环控制,从而提高路径精准性,展现出高推进效率与可靠性,赋予了卓越的机动性能和姿态调节能力,避免了推进器导致的机身反扭力矩的影响,提高了水下航行器在流水中的作业性能。


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    Title :

    Streamline underwater vehicle based on high-effect active steering type vector device


    Additional title:

    一种基于高效能主动转向式矢量装置的流线型水下航行器


    Contributors:
    ZHANG DAHAI (author) / ZHAO YUANYUAN (author) / SUN ZHIWEI (author) / WANG BOHAN (author) / WANG YUANKUI (author) / MA ENLIN (author) / QIAN PENG (author)

    Publication date :

    2024-11-12


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B63G OFFENSIVE OR DEFENSIVE ARRANGEMENTS ON VESSELS , Angriffs- oder Verteidigungsanordnungen auf Schiffen



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