Method for no-touch observing running electric accessory with electricity

Abstract

The invention relates to a method for no-touching observing a running electric accessory with electricity, wherein an infrared night vision camera with wireless launching function is installed at the top of an elastic insulation pole with good insulating property, a camera lens can move up and down and rotate 360 DEG; and a receiver with sound recording, picture recording and photographing functions is installed at the lower part of the insulation pole, also can be held with hands. the method can be implemented by the following steps of: stretching the camera to the part to be observed; adjusting the location and the focal distance of the camera lens; turning on the power supply of the wireless moving color screen multimedia receiver; and observing the part to be observed by a display screen, taking pictures, recording pictures and recording sounds when necessary. By adopting the method, appearance defects, faults and hidden trouble of the device can be visually and clearly observed whether the electric accessory operates with electricity, or no matter how high the electric accessory locates on the framework or foundation, the indicating value of the electric instrument or the watt-hour meter on high can be clearly watched, and the falling accidents caused by climb of workers can be reduced.

Description

technical field [0001] The invention relates to a method for visually observing electrical equipment running with electricity without contact. Background technique [0002] At present, in the power system, whether it is the primary equipment of power plants, substations (stations) or high-voltage transmission lines, most of them are located on very high foundations, structures, iron towers, poles, etc. outdoors. , rain, ice, snow, sun and other bad weather, and long-term electrified operation, it is inevitable that there will be: 1), the porcelain bottle is broken, damaged; 2), the equipment clamp is broken; Damage; 4), poor contact between equipment and clamps, leads and leads, etc., causing overheating; 5), the oil level inspection hole of oil-filled equipment is dirty and the oil level cannot be seen clearly; and so on. Since these electrical devices are at high places and live, it is difficult for operating staff or maintenance personnel to observe them. [0003] There...

AI Technical Summary

Problems solved by technology

[0002] At present, in the power system, whether it is the primary equipment of power plants, substations (stations) or high-voltage transmission lines, most of them are located on very high foundations, structures, iron towers, poles, etc. outdoors. , rain, ice, snow, sun and other bad weather, and long-term electrified operation, it is inevitable that there will be: 1), the porcelain bottle is broken, damaged; 2), the equipment clamp is broken; Damage; 4), poor contact between equipment and clamps, leads and leads, etc., resulting in overheating; 5), the oil level inspection hole of oil-filled equipment is dirty and the oil level cannot be seen clearly; etc.

Since these electrical devices are high and live, it is difficult for operating staff or maintenance personnel to observe them

[0003] There are also several situations: 1), the staff cannot patrol and observe the invisible blind spots standing on the ground level; Inspection; 3), the watt-hour meter is high from the ground, it is difficult for the meter reading personnel to see the meter reading, etc.

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