The invention discloses a non-capsizing ship and belongs to water ships in the technical field of mechanical devices and transportation. Under rolling of any rotating ball embedded in a semicircular surface of an inner ship body or a magnetic thrust generated by same-polarity magnetization of close surfaces of the inner ship body and an outer ship body, a loading and unloading opening is formed ina position, corresponding to the outer ship body, of an edge of an upper plane of the inner ship body, a ventilation light-transmitting opening is horizontally formed above the loading and unloadingopening in a balanced mode, and a hydraulic telescopic steel column is used for opening and closing the openings. A pit type observation hole is formed in the outer ship body; pin nails are inserted into the inner and outer ship bodies to stabilize the inner and outer ship bodies during loading and unloading; and a fixed rolling shaft is perpendicular to an end point of a horizontal diameter of the outer ship body underwater, a sealed cabin is connected with a storage battery motor, a rotating shaft rod of a shifting crawler blade is arranged, a crawler belt is composed of movable crawler blades, and a crawler-type propeller is used for supporting the crawler belt, does not fall off and swing or is fixed and composed of supporting rods with rotating shaft clamping teeth. When stormy wavesblow and strike the outer ship body, only the outer ship body rotates, the inner ship body for carrying objects is always kept vertical and unchanged under the attraction of the earth, and the non-capsizing and non-submerging non-overturning ship is formed.
本发明不翻船属机械装置及运输技术领域水上船只,通过:在内船体半圆面镶的任意旋转滚珠的滚动或在内外船体相近面同性磁化产生的磁推力下、内船体上平面的边与外船体相对应处开的装卸口及其上方水平均衡开的通风透光口及开闭诸口的液压伸缩钢柱、在外船体上开的洼窝式瞭望孔、装卸时为稳定内外两船体而插入其体内的销子钉、在水下垂直于外船体水平直径端点的固定滚轴及其连接的有电瓶电机的密封舱及拨履叶的转轴杆、由活动的履叶所组成的履带、对履带起支撑不掉落摇摆固定作用带有转轴卡牙的支撑杆所组成的履带式推进器等作用下,当风浪对外船体吹打时,只有外船体转而载物的内船体在地球的吸引力下始终保持垂直不变动所形成的不翻不淹的不翻船。
Non-capsizing ship
不翻船
2020-10-30
Patent
Electronic Resource
Chinese
On the Probability of Ship Capsizing
Automotive engineering | 1976
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