Automatic safety wireless charging system for unmanned cruise ship

Abstract

The invention discloses an automatic safety wireless charging system for an unmanned cruise ship. The automatic safety wireless charging system for the unmanned cruise ship comprises a dock, the unmanned cruise ship and a wireless charging circuit, wherein the dock comprises two obliquely arranged parallel guide rails, a floating transducer, a forked connecting seat, a T-shaped connecting seat, adock shell, connecting rods, a guiding device and a sliding unit; the guiding device is arranged on the peripheral side of the dock shell and is used for transmitting a signal; a coil is arranged within the dock shell; the dock outputs wireless charging voltage through the coil; a visual device used for capturing signals is arranged on the unmanned cruise ship; the wireless charging circuit is used for receiving the wireless charging voltage and converting the wireless charging voltage into unmanned cruise ship stable power supply voltage or lithium battery wireless charging voltage; during charging a lithium battery of the unmanned cruise ship, the unmanned cruise ship power supply is switched into wireless charging dock shell power supply. The automatic safety wireless charging system for the unmanned cruise ship has the advantages that locating signals transmitted by the guiding device are effectively received; the detectable distance is long; the locating method under the environment of complicated water surface is accurate and easy to control; the dock can be fixed on the bank and can float up and down with the changing of the water level; the high-reliability wireless charging mode is supported.

Description

technical field [0001] The invention belongs to the field of unmanned ships, in particular to an automatic and safe wireless charging system for an unmanned cruising ship. Background technique [0002] The functions of the unmanned cruise ship control system for aquaculture monitoring are constantly enriched, and the power consumption of the system also increases accordingly. After a period of operation, the unmanned cruise ship needs to be recharged on the shore; Both guidance and positioning methods are researched and developed for indoor smart devices. If these solutions are used for outdoor water unmanned cruise ships, due to the huge changes in the working environment, these technologies are obviously difficult to meet the requirements; the current floating water dock is mainly used to realize the cargo replenishment of large ships, the construction of water work platforms, etc. Moreover, when the unmanned cruise ship is charging, the contact contacts are prone to wate...

AI Technical Summary

Problems solved by technology

If these solutions are used for outdoor water unmanned cruise ships, due to the huge changes in the working environment, these technologies are obviously difficult to meet the requirements; the current floating water dock is mainly used to realize the cargo replenishment of large ships, the construction of water work platforms, etc. And when the unmanned cruising ship is charging, the contact contacts are prone to water short circuit, rust and corrosion

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