The invention relates to a double-cable anti-winding method applied to a subsurface buoy, one end of a cable is connected with the subsurface buoy, the subsurface buoy can hover at all depths in water by winding and unwinding a steel cable, the middle section of the cable penetrates through at least one pulley floating body placed at the water bottom, the cable can slide in the pulley floating body, and the part, behind the pulley floating body, of the cable is connected with the subsurface buoy. And at least one floating ball and a heavy block are further installed, the cable can slide below the floating ball, and the cable can be always kept in a two-section straight line state between the subsurface buoy and the floating ball with the floating body with the pulley as a fulcrum, so that winding between the winding and unwinding steel cable and the cable is prevented.
本发明涉及一种应用于潜标的双缆防缠绕方法,电缆的一端与潜标连接,潜标通过收放钢缆能在水中各深度进行悬停,电缆的中段穿过至少一个放置在水底的带滑轮浮体,且电缆能在带滑轮浮体中滑动,电缆在带滑轮浮体位置之后的部分,还安装有至少一个浮球和重块,且电缆能在浮球下方进行滑动,电缆以带滑轮浮体为支点能始终在潜标和浮球之间保持呈两段直线的状态,以防止收放钢缆与电缆之间发生缠绕。
Double-cable anti-winding method and structure applied to subsurface buoy
一种应用于潜标的双缆防缠绕方法及结构
2022-04-15
Patent
Electronic Resource
Chinese
IPC: | B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS |
European Patent Office | 2022
|Automatic cable winding and unwinding buoy for underwater robot
European Patent Office | 2023
|