Improved new energy automobile device

Abstract

The invention discloses an improved new energy automobile device which comprises a charging pile body and a charging end connected to a new energy automobile. The bottom of the charging pile body is provided with a base in an integrated mode. The top of the charging pile body is provided with a rainproof shed, and a right end face of the charging pile body is internally provided with a charging slot. The charging slot is internally provided with insertion grooves with rightward through mouths in up and down symmetry. Upper and lower end walls of the insertion grooves are equipped with contactsconnected to mains supply. Left ends of the insertion grooves are provided with sliding cavities which are internally equipped with sliding frames capable of sliding left and right. The sliding frames are internally provided with connection grooves which have rightward through mouths and are connected to the insertion grooves. Left end walls of the connection grooves are provided with communication grooves. The sliding frames are internally equipped with sliding grooves in up and down symmetry, and the sliding grooves have through mouths facing the connection grooves. One end of each of the sliding grooves opposite to a connection groove is fixedly equipped with a button for controlling charging of the contacts. The sliding grooves are also slidingly equipped with sliding blocks.

Description

technical field [0001] The invention relates to the field of new energy vehicles, in particular to an improved new energy vehicle device. Background technique [0002] New energy vehicles are gradually replacing traditional vehicles with many advantages such as energy saving, environmental protection and pollution-free, and are widely used. Charging piles are supporting facilities for new energy vehicles and are carriers for charging new energy vehicles. However, the traditional charging piles have a single setting mode, and the charging process only depends on the friction force when the charging terminal and the charging port are plugged in to maintain a stationary state. If you accidentally touch the charging terminal or be affected by the pulling of the charging cable, the charging terminal may fall off from the charging port, causing charging interruption, which seriously affects the normal charging use. At the same time, the traditional charging port The conductive sh...

AI Technical Summary

Problems solved by technology

Charging piles are supporting facilities for new energy vehicles and are carriers for charging new energy vehicles. However, the traditional charging piles have a single setting mode, and the charging process only depends on the friction force when the charging terminal and the charging port are plugged in to maintain a stationary state. If you accidentally touch the charging terminal or be affected by the pulling of the charging cable, the charging terminal may fall off from the charging port, causing charging interruption, which seriously affects the normal charging use. At the same time, the traditional charging port The conductive sheet is generally set relatively outside. This conductive sheet is easily touched by the metal sheet or metal rod. Therefore, when a person who lacks safety awareness inserts the metal sheet or metal rod into the charging port, an electric shock accident is likely to occur. It is easy to cause casualties and there is a big safety hazard

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