Household intelligent master-slave linkage control system

Abstract

The invention proposes a household intelligent master-slave linkage control system. The system comprises a control assembly, a networking assembly, N jack assemblies and mobile end equipment, whereinthe control assembly is connected with the N jack assemblies and is used for controlling on/off of the jack assemblies and achieving acquisition of electrical parameters such as voltages, currents andpower factors of the N jacks and a temperature in a socket, the control assembly is connected with the networking assembly and is used for achieving uploading of the electrical parameters and state information of the N jacks and temperature information in the socket, the networking assembly is used for receiving a control instruction sent from the mobile end equipment by a cloud server, and the mobile end equipment can be used for achieving remote display of the electrical parameter information such as the voltages, the currents and the powers of the N jack assemblies and monitoring of the temperature in the socket. A socket linkage control mode can be selected, and grouping of the N jacks and master-slave linkage relation can be configured.

Description

technical field [0001] The patent of the present invention relates to the field of electrical equipment, in particular to an intelligent master-slave linkage socket control system. Background technique [0002] Power socket is an electrical device that provides a power interface for household appliances. At present, the smart socket products that appear on the market are basically based on individual control, but in households with many electrical appliances, their performance is far less portable and convenient than a multi-functional socket. The one-to-one control method of traditional smart sockets will make the control steps cumbersome as the number of devices to be controlled increases. At the same time, due to the one-to-one control method, each socket needs to be monitored, which will greatly occupy network resources. and hardware resources, resulting in the difficulty of widespread popularization of smart sockets. [0003] At the same time, although some sockets ha...

AI Technical Summary

Problems solved by technology

The one-to-one control method of traditional smart sockets will make the control steps cumbersome as the number of devices to be controlled increases. At the same time, due to the one-to-one control method, each socket needs to be monitored, which will greatly occupy network resources. and hardware resources, resulting in the difficulty of widespread popularization of smart sockets

[0003] At the same time, although some sockets have already set a fixed master-slave linkage relationship on the hardware circuit in advance in order to adapt to special occasions, the linkage relationship of the socket cannot be changed through changes in later application occasions.

[0004] Ordinary power sockets usually do not have an overheating protection function, which will cause the socket to heat up when the socket is in poor contact or the load power is too large, which may cause fires and other electrical accidents

[0005] In addition, sockets currently on the market generally use a safety door to prevent electric shock, but this only serves as a physical protection, and does not essentially cut off the power of the socket, and there are still major safety hazards

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