Embedded underwater remote camera system based on Debian

Abstract

The invention discloses an embedded underwater remote camera system based on Debian. The system comprises a system core control circuit, a high-definition camera, an Ethernet circuit, a communication circuit and a fill-in light module. The system core control circuit is electrically connected with the high-definition camera, the Ethernet circuit, the communication circuit and the fill-in light module. The core control circuit is used for controlling the whole work of the system. The high-definition camera is used for underwater shooting to capture an image. The Ethernet circuit is used for image transmission. The communication circuit is used for transmitting a control signal. The fill-in light module is used for providing an underwater shooting condition. The system core control circuit is provided with Debian in a transplantation manner. Debian is provided with gPhoto2 used for controlling the work of the camera in a transplantation manner. According to the invention, the pixel of a shot photograph is up to 18 million; and through a fill-in light circuit, the high-definition camera system can adapt to a dark underwater condition, and photographs of a high definition requirement are acquired.

Description

technical field [0001] The invention belongs to the technical field of underwater camera systems, in particular to an embedded underwater remote camera system based on Debian. Background technique [0002] With the development of marine resources, the demand for underwater high-definition images is increasing, and various forms of underwater high-definition camera systems have emerged as the times require. For example, the patent No. CN201410422226.0 provides an underwater camera control system based on MAX16802B, including a power management unit, a camera, an LED drive unit, and a microcontroller. The power management unit includes a CPU power supply module, a camera power supply module, and an LED power supply module. , the CPU power supply module supplies power to the overall system, the camera power supply module supplies power to the camera, and the LED power supply module supplies power to the LED drive unit. The dial switch and the LED drive unit control the work of...

AI Technical Summary

Problems solved by technology

Although the system provides 14 million pixels, it does not provide an underwater supplementary light module, which cannot adapt to the dim underwater environment. Moreover, the system pixels cannot be updated, and the portability of the entire system is low.

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