New energy automobile arc surface intercepting automatic docking and charging method based on internet of vehicles technology

Abstract

The invention provides a new energy automobile arc surface intercepting automatic docking and charging method based on an internet of vehicles technology. The new energy automobile arc surface intercepting automatic docking and charging method based on the internet of vehicles technology is characterized by comprising the steps that a user drives a new energy automobile to directly run to a position above a mounting box; a sensing probe detects and recognizes a running signal of the new energy automobile and transmits the running signal to an internet of vehicles control system; the internet of vehicles control system transmits the running signal to a charging connector device at the bottom of the new energy automobile and the charging connector device vertically extends downwards from thebottom of the new energy automobile; a plugging plate in the mounting box is switched to an open state; the internet of vehicles control system transmits the running signal to an arc surface limitingdevice and the arc surface limiting device drives a docking device to vertically extend out to a position above a road surface from the interior of the mounting box; the user drives the new energy vehicle to continue to slowly advance; the arc surface limiting device limits and intercepts the charging connector device which extends out; the docking device is automatically started to realize docking with the intercepted and limited charging connector device; and the new energy automobile begins to be charged.

Description

technical field [0001] The invention relates to a new energy vehicle charging pile, in particular to a new energy vehicle arc-surface interception automatic docking charging method based on the Internet of Vehicles technology. Background technique [0002] With the rapid development of new energy vehicles, supporting products, new energy vehicle charging piles are also widely installed in public buildings, residential parking lots and charging stations. Ordinary new energy vehicle charging piles include power supply piles on the ground, The charging gun electrically connected to the power supply pile and the docking device installed inside the new energy vehicle. When charging the new energy vehicle through the new energy vehicle charging pile, park the car next to the power supply pile and turn on the docking device. And manually dock the charging gun with the docking device, the electric energy inside the power supply pile body is transmitted from the charging gun to the d...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of new energy vehicles, supporting products, new energy vehicle charging piles are also widely installed in public buildings, residential parking lots and charging stations. Ordinary new energy vehicle charging piles include power supply piles on the ground, The charging gun electrically connected to the power supply pile and the docking device installed inside the new energy vehicle. When charging the new energy vehicle through the new energy vehicle charging pile, park the car next to the power supply pile and turn on the docking device. And manually dock the charging gun with the docking device, the electric energy inside the power supply pile body is transmitted from the charging gun to the docking device and the electric energy is stored in the battery of the new energy vehicle. After charging is completed, the charging gun is pulled out from the docking device and placed On the power supply pile, the operation of using ordinary new energy vehicle charging piles to charge new energy vehicles is cumbersome, time-consuming and laborious. For this reason, a new energy vehicle arc based on Internet of Vehicles technology with simple structure and convenient operation is designed. Surface interception automatic docking charging method is very important

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