Outdoor waterproof anti-electric shock patch board

Abstract

An outdoor waterproof anti-electric shock patch board comprises a power-on and power-off mechanism, an insulating square cover mechanism, a specially-made plug mechanism, a lifting power-on mechanismand a power-on clamping mechanism. A conductive copper sheet B is inserted into a socket to eject a socket baffle open and then enters a Y-shaped conductive copper sheet to eject the inclined surfaceof a U-shaped clamping block to push a buckle of the U-shaped clamping block outwards, so that an insulating bottom plate is separated from the U-shaped clamping block, a spring A pushes the insulating bottom plate upwards, the Y-shaped conductive copper sheet is in contact with the U-shaped conductive copper sheet' to be electrified, and an electromagnet B is electrified to push a circular clamping block into a circular hole B, so that the conductive copper sheet B is clamped to prevent a plug from falling off to cause interruption of power supply; when water enters the insulating bottom shell, the breakpoint of a connecting wire on one side is connected by the water, so that an electromagnet A is electrified, and an iron sheet, a connecting copper sheet and an insulating plate are moveddownwards through the attraction force generated by the electromagnet A. Therefore, the connection copper sheet is separated from a conductive copper sheet A, and the whole socket is powered off to avoid damage caused by power connection.

Description

technical field [0001] The invention relates to the technical field of plug-in board equipment, in particular to an outdoor waterproof and electric-shock-proof plug-in board. Background technique [0002] The plug-in board is an indispensable electrical connector in people's production and life. The traditional plug-in board directly connects the internal metal contact with the power cord. When in use, the plug of the electrical appliance directly contacts the metal contact to connect the power supply. The metal contacts in the socket are directly exposed in the socket, so the seal is poor, and even a little water will connect to the electricity. It will touch the copper sheet, and the sealing is also very good. It will automatically cut off the power when it is connected to the power, which greatly reduces the probability of electric shock and ensures the safety of users. Contents of the invention [0003] In view of the above problems, the present invention provides an ...

AI Technical Summary

Problems solved by technology

[0002] The plug-in board is an indispensable electrical connector in people's production and life. The traditional plug-in board directly connects the internal metal contact with the power cord. When in use, the plug of the electrical appliance directly contacts the metal contact to connect the power supply. The metal contacts in the socket are directly exposed in the socket, and the sealing is poor. Even a little water will connect to the electricity. It will touch the copper sheet, and the sealing is also very good. It will automatically cut off the power when it is connected to the power, which greatly reduces the probability of electric shock and ensures the safety of users.

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