Password type charging device for private special electric vehicle

Abstract

The invention provides a password type charging device for a private special electric vehicle. The charging device comprises a plug connected with an electric automobile and a socket connected with apower supply. The plug comprises a vehicle connection mechanism which is connected with the electric automobile and is matched with the socket. The socket comprises a housing, and an encryption connection mechanism and a circuit connection mechanism, wherein the encryption connection mechanism and the circuit connection mechanism are installed in the housing. The encryption connection mechanism adopts a quadruple encryption mode based on magnetic encryption. One end of the circuit connection mechanism is connected with the power supply, and the other end is connected with the encryption connection mechanism. After the vehicle connection mechanism is inserted into the encryption connection mechanism in a matched mode, power current can be transmitted into a vehicle through the current connection mechanism, the encryption connection structure and the vehicle connection mechanism to charge the vehicle, and the vehicle connection mechanism is inserted into the encryption connection mechanism and the vehicle connection mechanism is enabled to rotate forwards in a decrypted mode.

Description

technical field [0001] The invention relates to the field of electric vehicle charging, in particular to a device for encrypted docking charging of electric vehicles. Background technique [0002] Due to the shortage of oil resources and the deterioration of the global environment, the sales of traditional vehicles powered by fuel and other non-renewable energy sources have been slowing down year by year. As an important choice to solve energy and environmental problems, electric vehicles powered by electricity are developing rapidly. The problem of car charging also follows. If the car owner does not take back the socket due to carelessness and other reasons after the car is fully charged, other people can use the car owner's socket to charge, which will directly cause the car owner to suffer economic losses. At the same time, if the child is curious Carefully inserting fingers or other conductive objects into the socket will lead to contact accidents and threaten the safet...

AI Technical Summary

Problems solved by technology

[0002] Due to the shortage of oil resources and the deterioration of the global environment, the sales of traditional vehicles powered by fuel and other non-renewable energy sources have been slowing down year by year. As an important choice to solve energy and environmental problems, electric vehicles powered by electricity are developing rapidly. The problem of car charging also follows. If the car owner does not take back the socket due to carelessness and other reasons after the car is fully charged, other people can use the car owner's socket to charge, which will directly cause the car owner to suffer economic losses. At the same time, if the child is curious Carefully inserting fingers or other conductive objects into the socket will lead to contact accidents and threaten the safety of children. For this reason, the inventor has designed a device that uses a mechanical method to encrypt the docking and charging between the vehicle and the socket. If the docking does not match, the conductive channel cannot be built between the vehicle and the power supply, so as to achieve the purpose of encrypted docking charging

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