Underwater coupling power supply and information transmission device

Abstract

The embodiment of the invention provides an underwater coupling power supply and information transmission device. The device comprise a charging plate, a power supply box, a first watertight connector, a second watertight connector, a power supply coil, a power supply receiving coil, a signal emission antenna, a signal reception antenna, a charging electronic cabin and a power supply electronic cabin, the charging plate is used for containing the power supply receiving coil, the power supply box is used for containing the power supply coil, the first watertight connector is used for connectingthe power supply electronic cabin and the power supply coil, the second watertight connector is used for connecting the charging electronic cabin and the power supply receiving coil, the power supplycoil is used for providing a power supply for the power supply receiving coil, the power supply receiving coil is used for receiving the power supply provided by the power supply coil, the signal emission antenna is used for transmitting signals to the signal reception antenna, and the signal reception antenna is used for receiving the signals transmitted by the signal emission antenna. Accordingto the underwater coupling power supply and information transmission device, the charging efficiency and the information transmission efficiency of underwater equipment can be improved.

Description

technical field [0001] The embodiments of the present invention relate to the field of information technology, in particular to an underwater coupling power supply and information transmission device. Background technique [0002] The development and utilization of the ocean has been paid more and more attention in the new century. Different types of underwater equipment will be used in the development of marine resources. Most of these equipment use electric power. Considering that in order to make the equipment work underwater , so it is very necessary for the equipment to complete autonomous charging directly underwater, the key of which is the docking between the charging socket and the plug. Existing charging methods require equipment to be parked above the charging station. In order to achieve high charging efficiency, precise positioning technology is required. Moreover, there is often a large impedance between the two charging devices, and the charging and informatio...

AI Technical Summary

Problems solved by technology

The existing charging method requires equipment to be parked above the charging station. To achieve high charging efficiency, precise positioning technology is required, and there is often a large impedance between the two charging devices, and the efficiency of charging and information transmission is not high.

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