The invention discloses a marine ecology monitoring buoy device with a lifting structure, the marine ecology monitoring buoy device comprises a rope box, the outer wall of the rope box is fixedly connected with a support, and the end, away from the rope box, of the support is welded with a floating barrel. According to themarine ecology monitoring buoy device with the lifting structure, a swing plate is arranged, in a clamping box, a pneumatic push rod works to drive a push plate to move, the push plate drives two groups of moving blocks to move, the telescopic length of the moving blocks is equal to the distance between a clamping block and a limiting sliding groove, the moving blocks drive the swing plate to rotate through a first hole groove, and the swing plate drives the sliding block to slide along the inner wall of the clamping box through a second hole groove. The movement length of the sliding block is equal to the movement length of the moving blocks, the sliding block drives the clamping block to move, the clamping block conducts brief loosening adjustment on a traction rope through a limiting sliding groove, and after loosening adjustment is finished, the moving blocks are reversely pushed through the first spring, so that the clamping block conducts continuous and stable clamping operation on the traction rope.
本发明公开了具有升降结构的海洋生态监测浮标装置,包括绳索箱,所述绳索箱的外壁固定连接有支架,且支架远离绳索箱的一端焊接有漂浮桶,该具有升降结构的海洋生态监测浮标装置,通过设置摆动板,在夹紧箱中,气动推杆工作带动推动板运动,推动板带动运动块运动,运动块设置有两组,且运动块的伸缩长度与夹紧块到限位滑槽的距离相等,运动块通过第一孔槽带动摆动板转动,摆动板通过第二孔槽带动滑动块沿夹紧箱内壁滑动,且滑动块的运动长度与运动块的运动长度相等,滑动块带动夹紧块运动,夹紧块通过限位滑槽将牵引绳进行短暂松开调整操作,松开调整结束后,通过第一弹簧反向推动运动块,使得夹紧块将牵引绳进行持续稳定夹紧操作。
Marine ecology monitoring buoy device with lifting structure
具有升降结构的海洋生态监测浮标装置
2021-06-25
Patent
Electronic Resource
Chinese
Marine ecology automatic monitoring buoy device and method
European Patent Office | 2023
|Marine ecology automatic monitoring buoy system and monitoring method thereof
European Patent Office | 2020
|