Smart acquisition terminal and acquisition method for tree obstacle information of overhead transmission line channel

Abstract

The invention belongs to the technical field of overhead transmission line monitoring and acquisition, and specifically relates to a smart acquisition terminal and an acquisition method for tree obstacle information of an overhead transmission line channel. The smart acquisition terminal comprises a smart acquisition terminal body and a data processor module in the smart acquisition terminal body, wherein a first spirit level is arranged on the left side of the smart acquisition terminal body; an optical camera, a laser transmitter and a laser receiver are arranged at the top of the smart acquisition terminal body; a sling hole, a second spirit level and a microphone are arranged at the bottom of the smart acquisition terminal body; a wireless communication module is arranged on the back of the smart acquisition terminal body; and the acquisition method comprises tree obstacle information acquisition, corresponding lead information acquisition, measurement of distance between a tree obstacle and a corresponding lead, and automatic uploading and storage of the tree obstacle information. The smart acquisition terminal is small, portable and easy to operate, and can improve the accuracy and the efficiency of tree obstacle information acquisition, realize automatic uploading and management of the tree obstacle information and facilitate management of hidden tree obstacle danger information of the transmission line channel and effective governance.

Description

technical field [0001] The invention belongs to the technical field of overhead transmission line monitoring and collection, and in particular relates to an intelligent collection terminal and collection method for channel tree barrier information of overhead transmission lines. Background technique [0002] Around the overhead transmission line channel, when trees grow within the safe distance of the transmission line, line tripping faults may occur, threatening the safety and stability of the entire transmission line network. The tripping and power outage caused by the tree-line contradiction will not only affect the safe operation of the power grid and the interests of power companies, but more seriously, it will affect the safe and reliable power supply of the entire network and the development of the local economy, seriously threatening the supply of enterprises, institutions and residents. Electricity safety, for this reason, realize the scientific and efficient manage...

AI Technical Summary

Problems solved by technology

[0003] At present, the collection of forest tree barrier information on overhead transmission line channels is mostly realized through a variety of traditional measuring instruments such as GPS handhelds, angle gauges, box rulers, and total stations, and then the tree barrier information is unified and uploaded manually. On the one hand, transmission line inspectors need to carry a large number of instruments, and some instruments cannot complete the measurement alone. The operation is cumbersome, the accuracy is not high, time-consuming and labor-intensive, and human error is large. On the other hand, after the tree barrier information measurement is completed, it needs to be manually Unified sorting and uploading in a unified way is time-consuming and labor-intensive and can easily lead to human errors

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