The invention discloses a cross-medium information cross-linking device which comprises a lifting platform and a take-up and pay-off mechanism arranged in the lifting platform, the lifting platform comprises a supporting frame and a shielding shell, the shielding shell is made of a buoyancy material, and the section of the shielding shell is of an oval structure; the communication buoy mechanism comprises a buoy main body, the buoy main body is coated with a coating shell, and the coating shell is of a goose-egg-shaped structure. The cross section of the shielding shell is designed to be of an oval structure, so that the lifting platform has the advantages of being small in fluid resistance and small in size and incident flow area, the lifting platform has low sedimentation under the influence of ocean currents, and then a communication buoy mechanism connected with a take-up and pay-off mechanism in the lifting platform is closer to the sea surface; the buoy main body is coated with the coating shell which is made of buoyancy materials and is of a goose-egg-shaped structure, so that the resistance in the lifting process of the communication buoy mechanism is reduced, the water outlet probability of the communication buoy mechanism is effectively improved, and the communication success rate of the communication buoy mechanism is guaranteed.
本发明公开了一种跨介质信息交联设备,其包括升降平台及设置在升降平台内的收放线机构,升降平台包括支撑框体及遮蔽壳体,遮蔽壳体为浮力材料构造,遮蔽壳体截面为椭圆形结构;通信浮标机构包括浮标主体,浮标主体外包覆有包覆壳体,包覆壳体为鹅蛋型结构。本发明通过将遮蔽壳体的截面设计为椭圆形构造,使得升降平台具有流体阻力小、体积和迎流面积小的优点,在海流影响下升降平台具有较低的沉降,进而使得与升降平台内收放线机构连接的通信浮标机构也更接近海面,配合在浮标主体外包覆由浮力材料制造而成的鹅蛋型结构的包覆壳体,降低通信浮标机构升降过程中的阻力,有效提高通信浮标机构的出水概率,从而保证通信浮标机构通信成功率。
Cross-medium information crosslinking equipment
一种跨介质信息交联设备
2024-06-14
Patent
Electronic Resource
Chinese
IPC: | B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS |
Underwater lifting winch and cross-medium information crosslinking equipment
European Patent Office | 2024
|PRODUCTION METHOD OF CROSSLINKED COMPACT, CROSSLINKING DEVICE AND CROSSLINKING METHOD
European Patent Office | 2024
|RADIATION CROSSLINKING OF HIGH POLYMERS
SAE Technical Papers | 1961
|Polychloroprene crosslinking for improved aging resistance
Automotive engineering | 1996
|