IoT Arc dual standby power automatic shutdown receptacle including overload that enables real-time remote monitoring based on IoT

摘要

An arc and standby power automatic blocking socket device including overload and capable of real-time remote monitoring based on IoT of the present invention comprises: a power side in which commercial power is input; a detecting unit including a plurality of detectors which are connected between a switch and a load side and detect minute electric currents, series arc, parallel arc, ground arc, and present currents by sockets; a converting unit for receiving a plurality signals detected in the detecting unit and converting the signals; an analyzing unit for receiving a plurality signals converted in the converting unit and analyzing a size of an impulse wave, a repetition rate, continuous time, pattern conversion, a shoulder, a form change of a wave, and voltage drop; a comparing unit for comparing a plurality of signals analyzed in the analyzing unit with a preset value; a judging unit for judging quality of the signals compared in the comparing unit; a controlling unit for driving the switch by the signals judged in the judging unit; a communicating unit for communicating the signals judged in the judging unit with the outside by wire or wireless for remote control; and a reset unit for restoration to an original condition after blocking operation of the switch. Minute electric currents, series arc, parallel arc, ground arc, and overload by socket devices are detected by using a plurality of detectors, among a hall sensor, a converter, or a zero phase converter. In addition, a load line of the socket is only blocked by individually judging whether sockets which are connected to a circuit breaker line for a socket embedded in a panel board have a defect or not. As a result, power outage section is minimized and defect content by sockets is grasped exactly, and reaction can be quick.