Power line situation awareness device based on Internet of Things and control system thereof

Abstract

The invention provides a power line situation awareness device based on the Internet of Things. The power line situation awareness device comprises a visual surrounding situation sensor assembly. Thevisual surrounding situation sensor assembly comprises a camera located at the bottommost end of a lower ball cover, and a lens of the camera is vertically downward; the visual surrounding situation sensor assembly further comprises four cameras arranged on the same circumference at equal intervals, and lenses of the four cameras face the outer portion of the lower ball cover. And a camera openingcorresponding to each camera is formed in the lower part of the lower ball cover. The invention further provides a control system of the power line situation awareness device based on the Internet ofThings. The control system comprises a cloud server, an Internet of Things terminal management device, a client processing device and the power line situation awareness device based on the Internet of Things. Remote real-time state monitoring of the power line is achieved, vision is not limited, the monitoring range is large, and an effective means is provided for safe operation of the power line.

Description

technical field [0001] The invention relates to a power line testing device, in particular to a power line situation awareness device based on the Internet of Things and a control system thereof. Background technique [0002] At present, the real-time monitoring of power lines mainly relies on two methods, one is manpower line inspection; the other is aircraft line inspection (UAV or helicopter). Human line inspection is a traditional method, which takes up a lot of manpower and financial resources, and is difficult to carry out in some special geographical situations (crossing rivers and ditches) that limit the scope of human activities. The aircraft patrol line is relatively easy to control in ideal weather, the wind is slightly stronger, and the difficulty of flight control is greatly increased. The distance between the tower and the line and the aircraft varies, resulting in inaccurate video focus. Both of these line inspections have fatal shortcomings. When the weather...

AI Technical Summary

Problems solved by technology

Human line inspection is a traditional method, which takes up a lot of manpower and financial resources, and it is difficult to carry out in some special geographical (cross-river, cross-ditch) situations that limit the scope of human activities

The aircraft patrol line is relatively easy to control in ideal weather, the wind is slightly stronger, and the difficulty of flight control is greatly increased. The distance between the tower and the line and the aircraft varies, resulting in inaccurate video focus

Both of these line inspections have fatal shortcomings. When the weather is not ideal, it is usually a period of high incidence of problems with the line and its towers. At this time, the power system needs more on-site status information. If the line cannot be inspected at this time, it cannot be safe for the line Running to provide help, security risks are relatively large

Images