A panel push-out socket

Abstract

The invention provides a socket with a push-out panel. The socket comprises a fixed housing. The center of the fixed housing is provided with a jack panel. The inside of the fixed housing and the jack panel are provided with a push-out device. The push-out device comprises an internal pushing block, an external block and a pushing rod. When the socket is in use, the internal pushing block is driven to go forward by pushing the pushing rod to go forward along a sliding groove. As the internal pushing rod and the external pushing rod are designed with an inclined structure the same as a wedge block, and the external pushing rod is limited by a rail at the same time, the external pushing rod and the jack panel simultaneously move to the outside of the socket along the rail. By this way, when the jack panel is provided with plugs, the plugs are driven to slide to outside by the jack panel, thereby the front of the metal inserts of the plugs breaks away from the power-on clamping part of the socket, and the plugs are easy to pull out.

Description

technical field [0001] The invention relates to the field of household appliances, in particular to a socket. Background technique [0002] Socket is a common electrical product in daily life, mainly used as an extension of power supply. Due to the popularity of electrical appliances in modern life, the use of electrical appliances is inseparable from sockets, so sockets are "middleware" that allow electrical appliances to obtain power supply. [0003] The inside of the socket is generally designed with an electrical connection structure. Each insertion point of these electrical connection structures is usually clamped by two metal sheets. In order to ensure that the metal plug on the plug is always close to the insertion point of the electrical connection structure , The two metal pieces on the insertion point often have a large clamping force; in this way, during the use of the socket, it is often difficult to pull out the electrical plug after it is inserted into the sock...

AI Technical Summary

Problems solved by technology

[0003] The inside of the socket is generally designed with an electrical connection structure. Each insertion point of these electrical connection structures is usually clamped by two metal sheets. In order to ensure that the metal plug on the plug is always close to the insertion point of the electrical connection structure , the two metal pieces on the insertion point often have a large clamping force; in this way, during the use of the socket, it is often difficult to pull out the electrical plug after it is inserted into the socket

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