Power socket control system

Abstract

The invention provides a power socket control system, which comprises a cloud server, a wireless network router, at least one power socket device provided with a wireless network interface circuit and an electric quantity detecting circuit, and a hand-held device. The power socket device can be connected with the cloud server via the wireless network of the wireless network router, and receives a command for controlling the power socket device through the cloud server. The hand-held device is internally provided with a control module connected with the cloud server. The control module is used for establishing the basic data of the power socket device. Meanwhile, based on the control module, the system is capable of automatically and randomly powering on or powering off the power socket device in the non-regularly manner within a selected period of time interval.

Description

technical field [0001] The present invention relates to a power socket control system, in particular to a power socket control system capable of automatically and randomly supplying / disconnecting power to a power socket device at an indefinite time within a period of time selected by a user. Background technique [0002] Generally, for power sockets, when a traditional user plugs an electrical appliance into the power socket, most of the users are in the indoor state, so if they want to control the opening or closing of the electrical appliance, they are mostly controlled manually. The control method will not cause any problems when the user is indoors, but if the user is not indoors, the electrical appliance cannot be turned on or off. [0003] In view of the above problems, some manufacturers have designed modules that can remotely turn on electrical appliances, allowing users to turn on electrical appliances remotely, and even some manufacturers have designed a mechanism ...

AI Technical Summary

Problems solved by technology

[0002] Generally speaking, for a power socket, when a traditional user plugs an electrical appliance into the power socket, since the user is mostly indoors, most of the control to turn on or off the electrical appliance is manually controlled. The control method will not cause any problems when the user is indoors, but if the user is not indoors, the electrical appliance cannot be turned on or off

[0003] In response to the above problems, some manufacturers design modules that can remotely turn on electrical appliances, allowing users to remotely turn on electrical appliances. Some manufacturers even design a mechanism for power sockets that can be set to power on and off within a certain period of time. However, this type of module has a certain disadvantage that it cannot be adjusted for different countries and regions. Since the time settings of different countries and regions are different, if it cannot be adjusted according to different countries and regions, the control of power supply and power failure mechanism will have its bias

[0004] Secondly, if the user has to leave for a period of time due to vacation and other reasons, although it can be set to turn on / off the indoor electrical appliances within a certain period of time, this is too regular after all, so it is often impossible to achieve the effect of anti-theft. one of the big disadvantages

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