Intelligent monitoring system for socket box

Abstract

The invention relates to an intelligent monitoring system for a socket box. Comprising an information background management platform, a local area network connection module, a foreground information system module, an information acquisition module, a user management module, a data statistics module, a classification and division statistics module, a pathology selection module, a data information base module, a data backup recovery module, a feature sub-database module, a feature encryption module and a feature packaging module. A feature information labeling module; and a feature selection module. The intelligent monitoring system achieves the following effects: faults can be found more timely, and problems occurring on the same day can be found when data is transmitted back; inspection operation of workers at night is not depended on any more, and the influence of poor light is avoided. The time period for monitoring the working state of the socket box is expanded, and the inspection frequency is higher; operation and maintenance cost is reduced, and utilization of manpower and material resources is reduced; and the inspection result is more objective and is not influenced by the working state of workers.

Description

technical field [0001] The invention relates to the technical field of socket boxes, in particular to an intelligent monitoring system for socket boxes. Background technique [0002] The existing maintenance socket box (referred to as "socket box") along the rail transit requires manual inspection to determine the current status of the product. The specific operations are as follows: measure the output voltage of the socket box with a test pen to determine whether there is voltage output; visually observe the operation window of the socket box to determine that the operation window is closed; visually observe the socket box body and installation screws of the socket box to determine whether the product has no output. Damaged, install securely. Because the trains run frequently during the day, they all use the midnight patrol method, which has the following disadvantages: (1) the faults are not detected in time, and the problems that occur on the day can only be found by the...

AI Technical Summary

Problems solved by technology

Because the trains run frequently during the day, midnight inspections are now used, which has the following disadvantages: (1) The faults are not found in time, and the problems that occur on the day can only be found during the night inspection; (2) The faults are not easy to find, and the sight line at night is not good , the abnormal state of the product may be missed; (3) the inspection frequency is low, and it is inconvenient to carry out inspection during the whole daytime operation time; (4) the inspection cost is high and consumes a lot of manpower and material resources; (5) ) Inspection results are easily affected by people's subjective working conditions

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