Photoelectric detection components and integrated photoelectric detection operation device

Abstract

Disclosed is a photoelectric detection assembly. The photoelectric detection assembly comprises a photoelectric detection unit fixedly connected with a rotation shaft, the rotation shaft is driven by a stepping motor, the photoelectric detection unit comprises a forward-looking imaging sonar, a first electronic device chamber, a rotation holder, an installation housing and satellite communication positioning antennas which are axially successively connected, wherein the rotation holder drives the installation housing to rotate, the installation housing is internally provided with a photoelectric detection chamber with video cameras, and a light-transmitting window is arranged at a position, right opposite to each pick-up head in the photoelectric detection chamber, of the installation housing; and the first electronic device chamber is internally provided with a satellite communication positioning host and a video signal processing device. The invention further discloses a corresponding integrated photoelectric detection operation apparatus. The rotation shaft of the photoelectric detection assembly is rotationally installed on an installation frame, and the installation frame is provided with a buoyancy block, a propeller, a manipulator, a distribution box, a hydraulic pressure source, a Doppler velometer, an acoustic energy transducer, an underwater camera and an underwater lamp in an integrated mode. According to the invention, underwater detection and operation, water surface detection, navigation and communication functions can be realized.

Description

technical field [0001] The invention relates to the technical field of photoelectric detection operation of underwater equipment, in particular to a component with photoelectric detection function and a releasable and recycled underwater large The integrated photoelectric detection operation device of the carrier platform can be used for photoelectric detection of large underwater carrier platforms, underwater long-distance communication, underwater position calibration, underwater operations, etc. Background technique [0002] The large-scale underwater carrier platform is a new symbol of the development of marine technology in the 21st century. It is a manned deep-sea carrier equipment used for marine scientific research, resource exploration and development, and submarine engineering operations. Its main feature is that it is not restricted by the harsh wind and wave environment on the sea surface. It can directly control working tools and devices in the deep sea for a lo...

AI Technical Summary

Problems solved by technology

If a multi-functional communication buoy is configured, a corresponding buoy winch needs to be configured, and at the same time, the operational ROV also needs to be equipped with a winch device, which requires more space and resources for the large underwater carrier platform, and the attitude of the multi-functional communication buoy on the water surface Difficult to control, the harsh sea conditions will seriously interfere with the buoy's work, which in turn will affect the buoy's navigation, communication and detection functions; Navigation, communication and photoelectric detection equipment, when the underwater large-scale carrier platform needs to realize underwater position calibration, long-distance communication, surface photoelectric detection and other functions, it is necessary to float the underwater large-scale carrier platform to the water surface, and the underwater large-scale carrier The process of floating and submerging the platform requires a lot of time and energy consumption or even waste

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