Mining area pipeline construction mobile monitoring system

Abstract

The invention relates to the technical field of pipeline construction, in particular to a mining area pipeline construction mobile monitoring system which comprises a supporting shell, a driving mechanism, rolling wheels and a controller. The supporting shell is in a [ shape, the lower end of the supporting shell is connected with the rolling wheels, and a monitoring mechanism is installed in the supporting shell; the monitoring mechanism is used for monitoring the integrity of the pipeline; the controller is used for controlling automatic operation of the electrical components; the driving mechanism rotates the rolling wheels to drive the device to move along the pipeline and then is matched with the monitoring mechanism to detect whether the pipeline is damaged or not, so that the purpose of manually detecting the pipeline is omitted, on one hand, the time of workers for detecting the pipeline in a mining area is omitted, and the labor intensity of the workers is relieved; and on the other hand, the situation that the detection effect of the pipeline cannot be guaranteed when workers detect the pipeline due to dim light in the mining area is prevented, and the detection effect of the pipeline is guaranteed.

Description

technical field [0001] The invention relates to the technical field of pipeline construction, in particular to a mobile monitoring system for pipeline construction in mining areas. Background technique [0002] The pipeline refers to the pipeline that transmits the working fluid in the hydraulic system; compared with the pipeline, the pipeline is a reasonably arranged pipeline system; most of the pipelines in the mining area have a long transportation distance, especially in the mine tunnel, the pipeline is long and There are few turns, and the staff need to monitor the pipeline during or after the construction of the pipeline in the mine tunnel to prevent pits on the surface of the pipeline due to damage and reduce the service life of the pipeline; During the road, the light in the mine is dim and the length of the pipeline is long. It takes time and effort for the staff to monitor the pipeline, and the staff will inevitably be negligent when monitoring the pipeline, so the...

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Problems solved by technology

[0002] The pipeline refers to the pipeline that transmits the working fluid in the hydraulic system; compared with the pipeline, the pipeline is a reasonably arranged pipeline system; most of the pipelines in the mining area have a long transportation distance, especially in the mine tunnel, the pipeline is long and There are few turns, and the staff need to monitor the pipeline during or after the construction of the pipeline in the mine tunnel to prevent pits on the surface of the pipeline due to damage and reduce the service life of the pipeline; During the road, the light in the mine is dim and the length of the pipeline is long. It takes time and effort for the staff to monitor, and the staff will inevitably be negligent when monitoring the pipeline, so the monitoring effect cannot be guaranteed.

[0003] For example, a Chinese patent with application number CN202011287588.5 discloses a pipeline pressure monitoring device, including a housing, a vent, a first circuit board, a pressure sensor, a sliding sleeve, an elastic member, a magnetic block, a second circuit board, The position sensor is provided with a first stopper on the vent nozzle, one end of the vent nozzle extends out of the casing through the installation hole of the casing, and a pressure sensor is installed at the other end, the pressure sensor seals one end of the vent nozzle, and the pressure sensor is installed on the first circuit board, The sliding sleeve is slidably installed in the mounting hole and sleeved on the air nozzle, the sliding sleeve is provided with a limiting member, the elastic member is sleeved on the air nozzle and sandwiched between the first stopper and the sliding sleeve, and the magnetic block is installed on On the sliding sleeve, the second circuit is connected to the first circuit board, and the position sensor is installed on the second circuit board, and cooperates with the magnetic block to make the signal of the position sensor change when the sliding sleeve slides. Small size, good smoothness, long life, not easy to damage and easy to disassemble the magnetic block; however, this technical solution cannot monitor the pipeline before the pipeline is filled with liquid, which in turn causes the limitation of the solution

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