Waterproof ground socket

Abstract

Disclosed is a waterproof floor socket, comprising a socket body (13), a panel (8) and a cover plate (3). The panel (8) is fixedly arranged at an upper end of the socket body (13), and the cover plate (3) and the panel (8) are respectively fittingly provided with an upper wiring groove (2) and a lower wiring groove (11) at a wire outlet end of a plug. A circle of waterproof groove is provided in the top surface of the panel (8) closer to the outer edge, and a first soft rubber strip (5) and a second soft rubber strip (6) are provided in the waterproof groove respectively. A waterproof rib (4) is provided on the bottom surface of the cover plate (3) and, when the cover plate (3) performs covering, the waterproof rib (4) is tightly pressed against the first soft rubber strip (5). The second soft rubber strip (6) corresponds in position to the lower wiring groove (11) in the panel (8) and blocks the inner end of the lower wiring groove (11) in the panel (8). A third soft rubber strip (1) is provided on the bottom surface of the cover plate (3), and the inner end of the upper wiring groove (2) in the panel (3) is blocked by the third soft rubber strip (1). When the cover plate (3) performs covering, the second soft rubber strip (6) and the third soft rubber strip (1) are tightly pressed against each other. Pushers (7) for limiting the opening and closing of the cover plate (3) are also provided on the panel (8). With the solution, the floor socket, whether in a use state or not, can effectively realize waterproof effects, is simple in structure and is easy to use.

Description

technical field [0001] The invention relates to a socket, in particular to a waterproof ground socket. Background technique [0002] General household and similar waterproof ground sockets are installed on the ground or similar places and are used to connect with fixed wiring. They are usually used as the terminal and outlet of the ground wiring system to take out the power, signal and data in the ground wiring system. It is mainly used in offices, airports, hotels, shopping malls, families and other large-bay indoor places, and has a wide range of uses. Traditional floor sockets often open the cover by turning it over. When the cover is opened, the cover is generally in an open state when in use. At this time, if there is liquid splashing on the socket, it will easily cause a short circuit. There is a big safety hazard. Another type of ground socket can close the cover when in use. The seal between the cover and the panel is very limited, and there is a certain gap. In add...

AI Technical Summary

Problems solved by technology

Traditional floor sockets often open the cover by turning it over. When the cover is opened, the cover is generally in an open state when in use. At this time, if there is liquid splashing on the socket, it will easily cause a short circuit. There is a large potential safety hazard. Another type of ground socket can close the cover when in use. The seal between the cover and the panel is very limited, and there is a certain gap. In addition, due to the existence of the plug line, the seal at the plug line is particularly Difficult, in the event of flooding, the liquid can easily flow into the socket from the gap between the cover and the panel, causing a short circuit in the socket and affecting the normal safety of electricity use

Images