Self-cleaning deep water camera takes you to enjoy the underwater world

Some marine ranches have already taken the first step in scientific management. Underwater cameras are used to monitor the activities of underwater organisms. Through long-term underwater monitoring, the abnormal state of aquatic organisms can be detected as early as possible, and risks and disasters can be avoided in time.

Unlike the air on land, there is a lot of mud and sand on the seabed. If the equipment is immersed in water for a long time, many microorganisms and algae will adhere to the surface of the monitoring equipment, which will deteriorate the quality of the collected images.

Especially for aquaculture areas, the surface of underwater monitoring equipment will accumulate impurities such as excrement of underwater organisms and food residues after eating by underwater organisms. These impurities will greatly affect the shooting effect of underwater monitoring devices and seriously affect The clarity and reliability of video capture, what's more, will directly make underwater surveillance work impossible.

At this time, manual or necessary cleaning devices are required to clean the surface of the collection window of the monitoring equipment. However, most of the current underwater cameras have no self-cleaning function and can only be cleaned manually. It is necessary to lift the monitoring device out of the water for cleaning, which consumes manpower, material resources and high cost.

In order to better solve this problem, a deep water network camera with its own wiper can self-clean the camera.

The wiper network camera is mainly used in long-term underwater fixed-point video monitoring, such as: fixed-point monitoring of aquaculture, fixed-point video observation of deep-sea cage culture, etc. Realize video transmission and real-time monitoring. Equipped with a self-cleaning mechanism, it can be cleaned automatically with a cleaning brush at the bottom of the water.

Since the underwater camera is available, it is possible to sense the changes in the water environment in real time, monitor the activities of aquatic organisms, and take emergency measures when the underwater environment and breeding groups are in danger, so as to recover economic losses.