Electric inspection of industrial endoscope system

Abstract

The invention discloses an electric inspection industrial endoscope system, which comprises: a base, a fixed rod, a lifting rod, the lifting rod and the fixed rod can be locked, and a console capable of horizontal rotation is arranged on the top of the lifting rod; The console cavity is equipped with a battery and a four-stage dimmer switch. The console panel is equipped with a touch button, up and down control buttons, a power supply jack and an electric telescopic rod. The console panel also has a charging jack; the lifting of the electric telescopic rod The top of the tube is provided with a support cross arm, and the end of the support cross arm is clamped with an endoscope introduction tube that can be lifted and locked. The power plug is connected to the power supply jack. The upper part of the endoscope inlet tube is provided with a lens inlet and outlet. The lens of the industrial endoscope enters from the bottom of the endoscope inlet tube and can be locked. The lens protrudes through the lens inlet and outlet. On the top of the ceiling, inspect the working conditions of the cables in the ceiling on site, take pictures and collect evidence.

Description

[0001] Technical field: [0002] The invention relates to an industrial endoscope system for electrical inspection. [0003] Background technique: [0004] With the popularization of smart energy meters, the application of electricity collection systems, and online monitoring systems for metering devices, power supply companies have further strengthened their anti-stealing technical measures. However, a prominent problem currently plaguing power supply companies’ anti-stealing work is that commercial users in urban areas often seal the power supply cables of power supply companies in the ceiling of the door when decorating their facades. This kind of stealing method is relatively hidden, and it is difficult to detect it with conventional electricity inspection methods. When this type of user needs to be further investigated, the usual method is: the electricity inspector negotiates with the user, removes a part of the ceiling, and then checks the direction of the line in the c...

AI Technical Summary

Problems solved by technology

However, a prominent problem currently plaguing power supply companies’ anti-stealing work is that commercial users in urban areas often seal the power supply cables of power supply companies in the ceiling of the door when decorating their facades. The electricity used by the electric energy meter is relatively hidden, and it is difficult to detect it by conventional electricity inspection methods.

When this type of user needs to be further investigated, the usual method is: the electricity inspector negotiates with the user, removes a part of the ceiling, and then checks the direction of the line in the ceiling and whether it is connected to the outside line. During the actual implementation process, users will be obstructed and strongly opposed, and the demolition and restoration work is cumbersome, and there are many unsafe factors for climbing inspections. The actual implementation is very inconvenient. Behavior has not been effectively combated and contained

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