The invention belongs to the technical field of ship ocean devices, and particularly relates to a boosting appendage device and boosting method for amphibious automobile water sailing, the boosting appendage device comprises an arc-shaped baffle covering an amphibious automobile driving wheel, and a plurality of partition plates arranged at intervals are arranged on the inner surface of the side, facing the driving wheel, of the arc-shaped baffle. A flowable space is formed between an inner groove of the arc-shaped baffle and the upper rim of the driving wheel, vertical partition plates pointing to the hub of the driving wheel are distributed in the inner groove of the baffle, and the vertical distance between the tail ends of the partition plates and the upper rim of the driving wheel and the circumferential length of the baffle are adjustable. According to the arrangement, due to the fact that the vertical partition plates exist in the flowing water channels of the upper rim, water flow impacts the vertical partition plates and then partially counteracts the water flow impact force of the upper rim, and the overall impact force difference can be increased by changing the vertical distance between the tail ends of the partition plates and the upper circumference of the driving wheel and the length of the flowing water channels; therefore, the problem that the amphibious automobile is insufficient in advancing power when sailing on water is solved.
本发明属于船舶海洋装置技术领域,具体为一种两栖汽车水上航行的助推附体装置及助推方法,包括覆盖于两栖汽车驱动轮上方的弧形挡板,所述弧形挡板朝向所述驱动轮的一侧内表面设置有若干个间隔排列的隔板。弧形挡板的内凹槽与驱动轮上轮圈之间形成可流动空间,挡板内凹槽布有指向驱动轮轮毂的竖向隔板,隔板末端与驱动轮上轮圈的垂向距离和挡板的周向长度可调。如此设置,上轮圈由于流动水道中存在竖向隔板,水流冲击竖向隔板后与上轮圈水流冲击力部分抵消,通过改变隔板末端与驱动轮上圆周的垂向距离和流动水道的长度可增强整体所受冲击力差,从而解决两栖汽车水上航行时前进动力不足的问题。
Boosting appendage device and boosting method for amphibious vehicle sailing on water
一种两栖汽车水上航行的助推附体装置及助推方法
2025-02-07
Patent
Electronic Resource
Chinese
IPC: | B60F VEHICLES FOR USE BOTH ON RAIL AND ON ROAD , Fahrzeuge für den Verkehr sowohl auf Schienen als auch auf Straßen |
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