Air-seat interface observation key technology-data real-time water surface relay communication float

Abstract

The invention discloses an air-seat interface observation key technology-data real-time water surface relay communication float. The air-seat interface observation key technology-data real-time watersurface relay communication float comprises a floating ball, a cylindrical sealed cabin and a carrying platform; a cylindrical body which runs through the floating ball is arranged on the cylindricalsealed cabin; the cylindrical body extends along the vertical diameter of the floating ball; the lower end part of the cylindrical sealed cabin extends out of the floating ball; the carrying platformis fixed at the lower end part of the cylindrical sealed cabin in a sleeving manner; at least one pair of float acoustic transducers is mounted on the carrying platform; a battery pack and a working module are mounted in the cylindrical sealed cabin in sequence from bottom to top; and a cable passing passage coaxial with the cylindrical sealed cabin is arranged in the battery pack. The air-seat interface observation key technology-data real-time water surface relay communication float has the advantages that the vertical stability is high, the vertical directivity of acoustic communication andsatellite communication can be guaranteed so that measuring data are more effectively passed back to a shore station monitoring center in real time.

Description

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AI Technical Summary

Benefits of technology

This technology uses a special device called a boat that floats up or sinks down when it moves horizontally due to its own weight. By placing this device inside another chamber where there's no water between them, the space around these devices becomes smaller while still allowing for smooth movement without causing any problems like leakage from cracks caused during manufacturing processes. Additionally, the use of a separate vessel allows for easy maintenance and replacement of components within the system. Overall, this new design reduces fluid drag and makes navigation more stable over longer periods of time compared to traditional methods used in terrestrial communications systems.

Problems solved by technology

This patented technical problem addressed by this patents relates to improving the ability for submerged waterborne observers (subs) to gather more accurate environmental or situational data during exploration operations on both coastal areas and nearshore locations where they may encounter waves that could affect their performance.

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