Comprehensive monitoring ocean buoy

Abstract

The invention relates to a comprehensive monitoring ocean buoy. The comprehensive monitoring ocean buoy comprises a monitoring device, a shell arranged above a monitoring platform, a floating body arranged below the monitoring device, a lower-layer platform connected with the lower portion of the floating body and a power supply device arranged in the lower-layer platform. The monitoring device comprises a monitoring platform, an infrared temperature measuring sensor, a wide-angle lens and a pressure monitoring ring. The infrared temperature measuring sensor and the wide-angle lens are fixed on the monitoring platform in parallel; the pressure monitoring ring is arranged outside the monitoring platform in a sleeving manner; the pressure monitoring ring comprises an elastic ring and a pressure sensor arranged in the elastic ring; the elastic ring is made of an elastic material and can transmit elastic deformation caused by the outside to the pressure sensor; the comprehensive monitoringocean buoy has the advantages of being capable of achieving multifunctional monitoring at the same time, is high in stability, and suitable for long time operation under a severe sea surface environment.

Description

technical field [0001] The invention relates to the field of marine monitoring equipment, in particular to a comprehensive monitoring marine buoy. Background technique [0002] In recent years, frequent oil spill incidents at sea have caused great damage to human beings and the environment on which they depend. At present, research and development of oil spill detection devices have been carried out at home and abroad. In addition, with the continuous discharge of garbage generated by humans, the number of floating debris on the sea surface is increasing, and how to monitor the floating debris on the sea surface in a timely manner has become a thorny technical problem. [0003] see figure 1 , the patent announcement number is CN205770019U "autonomous semi-submersible oil spill real-time monitoring buoy and system" discloses a kind of autonomous semi-submersible oil spill real-time monitoring buoy, including the upper structure floating on the sea surface and the lower stru...

AI Technical Summary

Problems solved by technology

[0004] However, the existing buoys have poor stability and are not suitable for long-term operation in the harsh environment of the sea surface. They cannot prevent the buoy from entering water in all directions without hindering the collection of oil spill-related images by infrared temperature detection sensors and wide-angle lenses.

Moreover, the existing buoy monitoring function is single

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