Charging port and display ship with automatic charging function

Abstract

The invention discloses a charging port and a display ship with an automatic charging function. The charging port comprises a charging dock, a charging shell and charging guide rails are fixed to a charging base plate in the charging dock, and one ends of the charging guide rails are assembled with and fixed to the charging shell and other parts of the charging guide rails are supported by supportcolumns; the charging guide rails are composed of guiding parts and guide rail parts; the charging shell is provided with a charging slot, and charging top plates are fixed to the top of the chargingshell; the charging top plates are provided with articulated frames, articulated grooves and charging notch slots, and the charging notch slots communicate with the charging slot; the articulated frames are hinged to outer shells of oil cylinders, and oil cylinder telescopic shafts of the oil cylinders are hinged to one ends of clamping plates through second articulated shafts; the clamping plates are installed into the articulated grooves, and first articulated shafts penetrate through the clamping plates and the two ends of the first articulated shafts are correspondingly and rotatably assembled with both sides of the articulated grooves to enable the clamping plates to be hinged to the charging top plates; the ends, away from the oil cylinder telescopic shafts, of the clamping plates are pressed against the end surface of a guide rail plate of a display ship to enable the ends, provided with a wireless charging receiver, of the display ship to be closely attached to a wireless charging transmitter installed on the charging shell.

Description

technical field [0001] The invention relates to water surface floating equipment, in particular to a charging port and a display ship with automatic charging function thereof. Background technique [0002] In places with large lakes, reservoirs, etc., it is generally difficult to set up advertisements or display devices on the water surface. At present, the main method is to spray or paste advertisement patterns on the boat, and then obtain the display effect by manually sailing the boat. Obviously, this method has a higher cost and is only suitable for places with larger lakes. In addition, in places with remote reservoirs, it is generally necessary to set up warning signs, especially in water sources, and it is generally necessary to prohibit swimming in the water, washing clothes, and sewage discharge. At present, artificial patrols or remote monitoring of cameras are mainly used, and the cameras are mainly installed on the shore, and there are many dead spots. It is obv...

AI Technical Summary

Problems solved by technology

At present, artificial patrols or remote monitoring of cameras are mainly used, and the cameras are mainly installed on the shore, and there are many dead spots. It is obviously unrealistic to use a large number of cameras for monitoring. Therefore, there are still management loopholes

Images