SYSTEM OF MANAGEMENT FOR COMPUTERIZED EQUIPMENT BASED ON ARTIFICIAL INTELLIGENCE

摘要

A computerized equipment management system based on artificial intelligence is disclosed. An artificial intelligence-based computer equipment management system, comprising: an abnormality detection sensor generating an abnormality detection signal and transmitting it to an integrated server when a change corresponding to a predetermined abnormality detection classification criterion occurs in a server rack; A thermal sensor that senses a temperature change in the server rack and transmits temperature data including the corresponding temperature to the integrated server when the temperature in the server rack exceeds a predetermined threshold temperature range; A humidity detection sensor that senses a change in humidity in the server rack and transmits humidity data including the corresponding humidity to an integrated server when the humidity in the server rack exceeds a predetermined threshold humidity range; Based on the abnormality detection signal, temperature data, and humidity data transmitted through the abnormality detection sensor, heat detection sensor, and moisture detection sensor, internal artificial intelligence is controlled to generate and transmit constant temperature signal, humidity signal, stop signal and abnormal signal. Integrated server; A constant temperature control device that adjusts the temperature in the server rack to be within a critical temperature range based on the constant temperature signal transmitted from the integrated server; A humidity control device that adjusts the humidity in the server rack to be within a critical humidity range based on the humidity control signal transmitted from the integrated server; A device for supplying power supplied from an external power source into a server rack, comprising: a power supply device that performs a function of completely or partially shutting off power in the server rack based on a stop signal of an integrated server; A locking device that performs a door opening function of the server rack according to the recognition result of the built-in user recognition device, and based on a stop signal transmitted from the integrated server; A database for storing signals and values transmitted and received by the integrated server, and storing all data used by artificial intelligence in the integrated server; A manufacturer terminal receiving the abnormal signal based on the generation of the abnormal signal by the integrated server; A user terminal that receives a constant temperature signal, a humidity signal, a stop signal, and an abnormal signal from the integrated server; And a communication network including wired and wireless Internet for transmitting and receiving signals from an integrated server, a manufacturer's terminal, and a user's terminal, and the temperature data and humidity data include the corresponding temperature and humidity, and the occurrence of the corresponding temperature and humidity is 3 hours. Includes all temperature and humidity values from the previous temperature and humidity to the critical temperature range and 1 hour after the temperature and humidity falls within the critical humidity range, and the abnormality detection signal is the location and abnormality where the abnormality corresponding to the abnormality detection classification criteria has occurred. It may include a result value sensed for.