Safely-lockable power supply device

Abstract

The invention discloses a safely-lockable power supply device. The device comprises a plug main body and a power supply socket main body, wherein the plug main body is connected with a power-using device through a cable, and the plug main body can be plugged into the power supply socket main body which in matched connection with the plug main body; the middle of the top end surface of the plug main body is provided with a plug; a locking through hole which extends along a left-and-right direction is formed in the plug main body; and a connection groove is formed in the bottom surface of the power supply socket main body. According to the whole device, by means of manual operation, the locking and unlocking of the plug main body can be completed, and the energization and de-energization ofa power supply hole can be completed, and therefore, operation is simple and convenient. When the device is used, at first the plug main body is locked, and then, power is supplied for the power-usingdevice; when the device is not used, at first, the power-using device is de-energized, and then, the plug main body is unlocked; and therefore, the use of the device is safer and more stable, electric shock accidents which occur when the plug main body is plugged and pulled out can be avoided. The stability of the power supply of the whole device is high, and the operation of the device is safe and reliable.

Description

technical field [0001] The invention relates to the field of electric power supply, in particular to a safe locking electric power supply device. Background technique [0002] At present, the use of electrical equipment is to directly insert the plug connected to it into the power supply hole of the socket to connect to the power supply. The connection between the power supply socket and the power supply will always be in a power-on state. The lengths of cables between electrical equipment are different, and there is no other locking device to lock the plug after the plug is inserted into the power supply hole. When the cable is kicked, the plug will be separated from the power supply hole, resulting in The sudden power failure of the electrical equipment may even directly cause the electrical equipment to be burned. Therefore, there is a potential safety hazard of unstable power supply connection in the existing cooperation between the plug and the power supply hole. In add...

AI Technical Summary

Problems solved by technology

[0002] At present, the use of electrical equipment is to directly insert the plug connected to it into the power supply hole of the socket to connect to the power supply. The connection between the power supply socket and the power supply will always be in a power-on state. The lengths of cables between electrical equipment are different, and there is no other locking device to lock the plug after the plug is inserted into the power supply hole. When the cable is kicked, the plug will be separated from the power supply hole, resulting in The sudden power failure of the electrical equipment may even directly cause the electrical equipment to be burned. Therefore, there is a potential safety hazard of unstable power supply connection in the existing cooperation between the plug and the power supply hole. In addition, when the electrical equipment is not used At the same time, the plug is often pulled out from the power supply hole, which will cause the power supply hole to be exposed. If a child inserts the conductive metal rod directly into the power supply hole, it will cause an electric shock accident and there is a greater safety hazard.

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