Electrical equipment safety control system based on digital cloud computing

Abstract

The invention provides an electrical equipment safety control system based on digital cloud computing, which comprises a camera, a face recognition device, a cloud server, a fingerprint recognition device and a vibration sensor, and is characterized in that the camera, the face recognition device, the fingerprint recognition device and the vibration sensor are respectively in communication connection with the cloud server; the camera is used for monitoring the periphery of a primary electric box in the electromechanical room and sending video information to the cloud server; the face recognition device is used for controlling opening/closing of a door of the electromechanical room, the face recognition device compares the face information with the face information input by the cloud server, and after verification, the door is permitted to be opened; the fingerprint identification device is used for controlling a box door of the secondary electric box, an operator performs fingerprint verification through the fingerprint identification device during use, the door lock of the secondary electric box is allowed to be opened after verification, the vibration sensor is installed on the secondary electric box to detect a mobile signal, and the cloud server responds to the signal and transmits alarm information to a manager. And the management personnel go to dispose.

Description

technical field [0001] The invention belongs to the field of electrical safety monitoring, in particular to an electrical equipment safety control system based on digital cloud computing. Background technique [0002] Since there are generally no supporting power facilities in the site of the construction project, it is necessary to set up temporary power facilities during the project construction process to meet the power demand during the project construction process. [0003] The power facilities of the construction project include one or more first-level electrical boxes, multiple second-level electrical boxes connected from the first-level electrical boxes, and multiple third-level electrical boxes connected to the second-level electrical boxes to control the switches of electrical equipment. Grade electric box. The first-level electrical box can directly control the power supply of multiple second-level electrical boxes connected to it, and the second-level electrical...

AI Technical Summary

Problems solved by technology

[0004] Since the construction site is often large in size, with many and miscellaneous laborers and electrical equipment, it is difficult to effectively supervise the electricity consumption on the construction site. Therefore, there are often many illegal electricity usage phenomena on the construction site, such as: non-professional electricians connect electricity, Directly connect electrical equipment to secondary electrical boxes, use household sockets, and unqualified grounding measures for some electrical equipment. The current monitoring measures for power consumption are generally to set up electric meters to monitor power consumption, but they cannot effectively reduce illegal power consumption. the occurrence of the situation

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