Anti-blocking multi-core protective socket

Abstract

An anti-blocking multi-core protective socket belongs to the fields of new energy electric vehicle, charger, electronic device and electrical device. Particularly the invention relates to the protective socket, and more particularly to an anti-blocking multi-core protective socket. The anti-blocking multi-core protective socket comprises a socket body which comprises a socket root. The socket root is fixedly connected with a surrounding wall. A chamber which is formed by the surrounding wall is internally provided with symmetrical pins. The chamber which is formed by the surrounding wall is also provided with a safety wall which separates the symmetrical pins. Through arranging the safety wall, the metal pins in the socket can be separated, thereby preventing safety hazards, furthermore protecting the pins from damage caused by impact of outer devices, greatly protecting the socket and prolonging service life of the socket.

Description

technical field [0001] The invention belongs to the field of new energy electric vehicles, chargers, and electronic and electrical equipment, and specifically relates to a protective socket, more specifically to a multi-core protective socket capable of preventing road blockage. Background technique [0002] The socket is also called a charging interface, a discharging interface, and a power connection socket, through which the device can be charged and the device can be powered or powered. Through the connection and disconnection between the socket and the plug copper parts, the final connection and disconnection of this part of the circuit is achieved. Although the socket is not a "big piece" like a home appliance, it is related to the daily safety of equipment and other property, and it is the first line of defense to ensure the safety of equipment using electricity. Therefore, you must not be sloppy when choosing to connect a conductive socket. Due to the large distance...

AI Technical Summary

Problems solved by technology

Due to the large distance between the two pins, when vehicles and other equipment are used, parked or placed outside, it is easy to encounter damage to the pins due to human carelessness or inadvertent collision, and due to the large socket space, too many parts of the pins are exposed. Outside, there is a possibility of being easily collided by other objects, causing the pin to become loose or deformed. If the pin is deformed or loosened, it is likely to cause poor contact when conducting electricity to the device. Poor contact will inevitably lead to increased resistance. If the resistance increase is not detected in time, it may bring about potential safety hazards such as burning out equipment and causing fire accidents.

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