An intelligent monitoring device for power grid equipment

Abstract

The invention discloses an intelligent monitoring device for power grid equipment. The structure includes a monitoring device, a monitoring panel, a display, a knob, and a control button. The rear end of the monitoring panel is embedded and connected to the central surface of the front end of the monitoring device. Inside the upper front of the panel, the rear end of the knob is movably connected to the left side below the front end of the monitoring panel, and the rear end of the control knob is movably engaged to the right side under the front end of the monitoring panel. The extrusion of the shearing device makes the connecting block of the shearing device pull the connecting rod to open the shearing mechanism to cut the plastic bag once, and then the shearing mechanism shrinks due to the pressure reduction, and under the elastic force of the torsion spring, the side end of the crushing device The scissors cut the plastic bags. The blade embedded in the front end of the scissors generates high pressure on the plastic bags due to its extremely thin sheet structure, which makes it easier to cut the plastic bags, so that the monitoring device can avoid being damaged by the plastic bags. Closed and abnormally high temperature inside.

Description

technical field [0001] The invention relates to the field, in particular to an intelligent monitoring device for power grid equipment. Background technique [0002] Power grid equipment generally refers to various equipment used to transmit and convert electric energy in the power grid. In the process of power transmission, it is generally in the form of high voltage or ultra-high voltage to reduce the loss of transmission. However, due to the complex internal structure of the transformer and the generally harsh working environment, various problems are often prone to stop the power transmission, and there are usually various abnormal data appearing before the problem occurs, and the transformer is monitored by intelligent monitoring equipment. Periodic data monitoring can be known and repaired before the transformer fails. However, in the process of monitoring the substation in the community, the intelligent monitoring equipment of the power grid equipment in the prior art ...

AI Technical Summary

Problems solved by technology

[0002] Power grid equipment generally refers to various equipment used to transmit and convert electric energy in the power grid. In the process of power transmission, it is generally in the form of high voltage or ultra-high voltage to reduce the loss of transmission. However, due to the complex internal structure of the transformer and the generally harsh working environment, various problems are often prone to stop the power transmission, and there are usually various abnormal data appearing before the problem occurs, and the transformer is monitored by intelligent monitoring equipment. Periodic data monitoring can be known and repaired before the transformer fails. However, in the process of monitoring the substation in the community, the intelligent monitoring equipment of the power grid equipment in the prior art is generally semi-embedded and installed in the substation due to the monitoring requirements. Above the garbage bins, and there are often various light plastic bags in the domestic garbage of the residents in the trash cans in the community. When the wind in the community is strong, the plastic bags are easy to blow up and cover the more prominent monitoring equipment. , it is easy to cause the closure of the equipment and cause the temperature at the end of the monitoring element to rise abnormally, resulting in a decrease in the accuracy of the monitoring data

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