Independent controllable intelligent remote control timing socket

Abstract

The invention relates to an independent controllable intelligent remote control timing socket. An independent button module receives an energization time instruction of a user to each jack or an infrared remote control module receives a user time setting instruction of a remote control button module. The instruction is sent to a control processor. The control processor outputs a time instruction to a timing module. After processing the time instruction, the timing module outputs a signal to the control processor. The control processor outputs a control signal to a relay module of a corresponding jack so as to control connection and disconnection of a loop of an electrical appliance and the corresponding jack. An overload protection module is connected in series in each jack electric loop. A power supply module provides power for each module. The control processor sends the time instruction and a socket working state to a liquid crystal display area so as to display. Through using one timing chip and setting four groups of timing switches, synchronization timing work of four electrical appliances can be satisfied maximumly. The user can conveniently use a remote controller to set a timing socket system. Timing setting of the user is simplified maximumly. Overload protection setting is possessed and usage safety is guaranteed.

Description

technical field [0001] The invention relates to an electrical socket, in particular to an independently controllable intelligent remote timing timing socket. Background technique [0002] The birth and application of sockets have a long history. Initially, sockets were created to facilitate the power branching of multiple electrical appliances, and the structures and functions of these electrical appliances are basically relatively simple. They only need to be connected to the power supply to work, and there is no essential requirement for the switching time of the power supply. [0003] With the development of science and technology, the technology of electronics and electrical appliances is becoming more and more advanced, and the production and application of electrical appliances are becoming more and more multi-polarized and intelligent. some strict requirements. For example, many electrical appliances now have built-in batteries. In the process of charging with a pow...

AI Technical Summary

Problems solved by technology

For example, many electrical appliances now have built-in batteries. In the process of charging with a power supply, the power supply is usually turned on or off according to the charging time. If the power supply is forgotten due to human negligence, the battery will be overcharged and the battery life will be shortened. , even dangerous

[0004] Although many current electronic and electrical products already have timing functions, the duration and method of timing usually have relatively large limitations. For example, the appointment of a rice cooker is counted in hours, and the appointment is within 12 hours at most. If it exceeds 12 hours, it cannot be scheduled. It is imperative to develop sockets with timing and timing according to the day

[0005] There are already some timing socket products on the market, but these products are designed to control the timing of opening and closing of a plug. Good for daily use

In addition, this type of timing socket product does not have the function of remote control, and it is impossible to realize the remote control timing of people.

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