An auxiliary control device for electric inspection industrial endoscope

Abstract

The invention discloses an endoscope auxiliary control device for electricity inspection industry. The device comprises a base, a fixing rod, a lifting rod, a first locking nut arranged between the lifting rod and the fixing rod and a control table which is arranged at the top end of the lifting rod and can rotate horizontally; a battery and a four-stage dimmer switch are arranged in a cavity of the control table, a control table panel is provided with a touch button, a rising control button, a declining control button, a power supply jack and an electric telescopic rod, and the control table panel is further provided with a charging jack. The top end of a lifting pipe of the electric telescopic rod is provided with a support cross arm which can slide horizontally and be locked, an endoscope ingress pipe which can be lifted up and dropped down and locked is clamped by the end of the support cross arm, an LED auxiliary light arranged at the top of the endoscope ingress pipe is connected with the power supply jack through an auxiliary light power line and an electricity taking plug, a lens inlet and outlet is formed in the upper portion of the endoscope ingress pipe, a probe of an industrial endoscope can enter from the bottom of the endoscope ingress pipe and be locked, and the probe extends out of the lens inlet and outlet.

Description

Technical field: [0001] The invention relates to an auxiliary control device for electric inspection industrial endoscope. Background technique: [0002] 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 ...

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 checked, 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. In the actual implementation process, users will be obstructed and strongly opposed, and the demolition and restoration work is cumbersome, and the actual implementation is very inconvenient

If the user’s ceiling structure is not damaged, through minimally invasive openings (or the opening position of ceiling lamps), use industrial endoscopes to detect the direction of power lines in the user’s ceiling, safe operation, wiring conditions, and whether there is any unauthorized access by the user. In the case of connecting external lines, this inspection method is easy for users to accept. However, during the implementation process, hand-held industrial endoscope inspections require climbing operations, which is inconvenient to operate and also brings unsafe factors. In addition, the ceiling space is dark, and only the industrial endoscope lens The illumination provided by the LED light cannot meet the illumination requirements of the endoscope when shooting, and the hand-held industrial endoscope is easy to shake when inspecting, resulting in unclear imaging of the industrial endoscope

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