High-safety household electrical appliance electrification component

Abstract

The invention provides a high-safety household electrical appliance electrification component comprising a power supply base which is fixedly installed in the wall and a plug which is connected with ahousehold electrical appliance. The right end surface of the power supply base is provided with a groove. The left end wall of the groove is vertically and symmetrically provided with inserting slotsof which the opening faces the groove. The end walls of the inserting slots are provided with power supply heads. The end walls, which are opposite to the power supply heads, of the inserting slots are provided with slide slots. The connecting parts of the slide slots and the inserting slots are fixedly provided with isolation thin plates. The isolation thin plates are provided with through slotswhich are communicated with the slide slots and the inserting slots. The left end walls of the slide slots are provided with power supply slots. Slide blocks are slidably installed in the slide slots. The slide blocks are provided with acting oblique slots of which the opening faces the through slots. The left end surfaces of the slide blocks are fixedly provided with conductive heads which are matched with the power supply slots. The upper and lower end walls of the groove are symmetrically provided with rotating slots. The right end walls of the rotating slots are provided with access slots.

Description

technical field [0001] The invention relates to the field of power supply of household appliances, in particular to a high-safety power supply assembly of household appliances. Background technique [0002] In modern homes, many power supply sockets are often installed to facilitate the use of household appliances. The power supply sockets are generally fixed on the wall, and the power supply head is connected to the household appliances. When the household appliances are used, the power supply head is inserted into the power supply However, the potential safety hazards of the power supply stand cannot be ignored, especially for some young children. In the traditional power supply stand, the conductive copper sheet is generally directly connected to the mains, and the copper sheet is often exposed. In the slot of the power supply seat, the plug connector can be in contact with the copper sheet when it is inserted into the slot, thereby realizing the power supply to household...

AI Technical Summary

Problems solved by technology

[0002] In modern homes, many power supply sockets are often installed to facilitate the use of household appliances. The power supply sockets are generally fixed on the wall, and the power supply head is connected to the household appliances. When the household appliances are used, the power supply head is inserted into the power supply However, the potential safety hazards of the power supply stand cannot be ignored, especially for some young children. In the traditional power supply stand, the conductive copper sheet is generally directly connected to the mains, and the copper sheet is often exposed. In the slot of the power supply seat, the plug connector can be in contact with the copper sheet when it is inserted into the slot, thereby realizing the power supply to household appliances, but this copper sheet is also easy to be touched by some infants and young children. Infants and young children are curious or young and ignorant. They will use metal rods or metal sheets to insert into the slots. When the metal rods or metal sheets are inserted into the slots, they will contact the power supply sheet. Therefore, electric shock accidents will occur. There are still many infants and young children who die from electric shock accidents every year. Therefore, the traditional power supply stand has great potential safety hazards.

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