The cabin system formed by the three-stage series damping devices is adopted, the multiple sets of electromagnetic locking devices are started and stopped through the logic circuit, the devices at all stages are controlled to work independently or in a combined mode or all the devices are controlled to work, and damage to passengers caused by hull impact is relieved. Due to the fact that the series damping effect is achieved through superposition of all levels, different attenuation coefficients can be provided to cope with different sea conditions, and safety and comfort of passengers are guaranteed. The damping deck and the seat plate which are made of the EVA sandwich plates have the advantages of being simple in structure, good in damping effect and the like. When the ultra-high-speed boat sails at a high speed under severe sea conditions, all the damping devices are started, the acceleration borne by passengers is smaller than 1.2 g and is far lower than the bearing limit of a human body, the damping effect of the damping seat is 9.6 times that of a high-grade damping seat scheme, and the technical problems which cannot be solved by an existing damping seat are solved. The damping device is high in carrying capacity, good in damping effect, safe, reliable, high in cost performance and suitable for being used for the ultra-high-speed boat with a large cabin and multiple passengers.

    本发明采用三级串联减震装置构成的座舱系统,通过逻辑电路,启闭多组电磁锁止器,控制各级装置单独、组合或全部工作,用以减缓船体冲击对乘员造成损伤。由于串联减震的效果为各级的叠加,故能提供不同的衰减系数,应对不同海况,以确保乘员的安全和舒适。采用EVA夹芯板制成的减震甲板和座板,具有结构简单和减震效果好等优点。超高速艇在恶劣海况高速航行时,开启全部减震装置,乘员所受加速度<1.2g,远低于人体承受极限,其减震效果是高级减震座椅方案的9.6倍,解决了现有减震座椅无法解决的技术问题。本发明的搭载能力强,减震效果好,安全可靠,性价比高,适用于大座舱、多乘员的超高速艇使用。


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    Title :

    Shock-absorbing cabin system of superspeed boat


    Additional title:

    超高速艇减震座舱系统


    Contributors:
    FU XIUJUN (author) / FU HAOBO (author) / LIU YONGHUI (author) / LI YAN (author) / LIU BAOMIN (author) / MA YIBIN (author) / LENG JINYING (author) / LI JIAO (author) / LI CHUNXIAN (author) / GUO QIANG (author)

    Publication date :

    2023-04-21


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS



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