Field monitoring pile for geological disasters of pipeline

Abstract

The invention discloses a field monitoring pile for geological disasters of a pipeline. A solar panel is directly embedded and fixed on a top plate through an embedding groove; a data acquisition nodule, a solar controller, a storage battery and a wireless transmission module are all distributed on a back plate in a concentrated and upper-down layering manner; the back plate is arranged on a rear plate; the data acquisition module, the solar controller, the storage battery and the wireless transmission module are all positioned in a casing of the monitoring pile and are sealed. The field monitoring pile disclosed by the invention has the advantages of good performance, waterproof and dustproof capabilities, convenience in transportation and maintenance, high flexibility, low energy consumption and low cost; firstly, due to small size and light weight, the transportation cost of the device is reduced; secondly, a bracket needs no special customized processing, so that the cost of accessories is reduced; the solar panel adopts an embedding form, so that the mounting and fixing expenses of the solar panel are reduced.

Description

technical field [0001] The invention relates to the field monitoring technical field of axial stress and strain of long-distance oil and natural gas transmission pipelines, in particular to a pipeline geological disaster field monitoring pile. Background technique [0002] Field monitoring equipment in the prior art is generally composed of five parts: front-end acquisition equipment (sensor), solar power supply system or wind power generation system, acquisition equipment, wireless transmission equipment, and equipment support. Under unattended conditions in the field, the field monitoring device can complete the remote monitoring of the pipeline. However, due to the harsh environment in the field, the power supply of the system is unstable, and the energy consumption of the equipment has become a major problem; the overall volume of the system is large, and there are problems in transportation and installation; the difference in geographical environment and surrounding env...

AI Technical Summary

Problems solved by technology

However, due to the harsh environment in the field, the power supply of the system is unstable, and the energy consumption of the equipment has become a major problem; the overall volume of the system is large, and there are problems in transportation and installation; the difference in geographical environment and surrounding environment requires the installation height of the device It is also different, the bracket needs to be specially customized, and there is a problem that the height control of the device is not flexible

Images