Parallel electric socket manufacturing method

Abstract

The invention provides a parallel electric socket manufacturing method which includes the steps: A, heating and hot-casting PVC (polyvinyl chloride) plastic particles into a voltage stabilization box, mounting a voltage stabilizer inside the voltage stabilization box, mounting a power wire on one side of the voltage stabilization box, connecting one end of the power wire with an external power supply, mounting an output socket on the side wall of the other side of the voltage stabilization box, fixedly connecting the output socket with the voltage stabilization box and electrically connecting the inside of the output socket with the voltage stabilizer inside the voltage stabilization box; B, heating and hot-casting PVC plastic particles into a parallel box, mounting a parallel plug on the parallel box, fixedly connecting the parallel box with the parallel plug, mounting an electric socket on the upper portion of the parallel box, fixedly connecting the electric socket with the parallel box, mounting a parallel socket on the side wall of the left side of the parallel box, and fixedly connecting the parallel socket with the parallel box. The manufacturing method is simple, a manufactured parallel electric socket is simple in structure and reasonable in structural design, individual use or parallel use is facilitated, jacks are not mutually interfered, voltage is still stable after a plurality of sockets are connected in parallel, and overload is avoided.

Description

[0001] Technical field: [0002] The invention relates to a household electrical appliance socket, which belongs to the technical field of daily life, and in particular to a method for manufacturing a parallel electrical appliance socket. [0003] Background technique: [0004] In daily life, people often use power sockets to provide power output for household appliances. The power sockets used in the prior art include wall socket boxes and movable socket plates. Wall socket boxes are generally fixed in the wall, and the number is small and The position cannot be moved, and only power can be provided to the mobile socket board. The power supply problem of household appliances can be met through the mobile socket board. However, the distance between the adjacent power jacks of the mobile socket board is relatively close. The jacks often interfere with each other. In addition, if too many electrical appliances are plugged into the mobile socket, the voltage will be unstable, ...

AI Technical Summary

Problems solved by technology

[0004] In daily life, people often use power sockets to provide power output for household appliances. The power sockets used in the prior art include wall socket boxes and movable socket plates. Wall socket boxes are generally fixed in the wall, and the number is small and The position cannot be moved, and only power can be provided to the mobile socket board. The power supply problem of household appliances can be met through the mobile socket board. However, the distance between the adjacent power jacks of the mobile socket board is relatively close. The jacks often interfere with each other. In addition, if too many electrical appliances are plugged into the mobile socket, the voltage will be unstable, and the overload will cause the wire to heat up, posing a safety hazard.

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