Gas line combination monitoring device and system

Abstract

The invention provides a gas line merging monitoring device and system.The gas line merging monitoring device (1) comprises a shell (13), a stay wire type displacement meter (2), an inclinometer (3), a level gauge (4) and a circuit unit (5); the guyed displacement meter (2), the inclinometer (3), the level gauge (4) and the circuit unit (5) are respectively arranged in the shell (13); the level gauge (4) is connected with the stay wire type displacement meter (2) through an air hole (21) in the shell (13); signal output ends of the guyed displacement meter (2), the inclinometer (3) and the level gauge (4) are connected with the circuit unit (5); the circuit unit (5) is used for receiving and processing the output signal and uploading the output signal; the height difference, the displacement and the inclination angle can be measured at the same time; the stay wire of the stay wire type displacement meter (2) is arranged in the air hole (21) connected with the level gauge (4), so that the stay wire can be mounted through the air pipe (44) of the level gauge (4), the mounting process is simplified, and the cost is saved.

Description

technical field [0001] The invention belongs to the technical field of geological disaster monitoring, and in particular relates to a gas line merger monitoring device and system. Background technique [0002] Geological disasters have the characteristics of randomness, diversity, and difficulty in timely detection. The occurrence of geological disasters will cause serious consequences and endanger people's lives and property. If real-time and accurate monitoring can be carried out, the loss of life and property will be avoided. . In the field of engineering construction, monitor technology provides a strong basis for the design of new buildings and the monitoring of old buildings, and the endless engineering safety monitoring instruments gradually fill the gaps in this field. The current monitoring equipment can conduct continuous automatic monitoring, distribute network points in regions or arrange monitoring points in key areas for online monitoring. However, the existi...

AI Technical Summary

Problems solved by technology

However, the existing monitoring equipment not only has a single function, but also has high production costs, is expensive, and is not easy to promote and use, and different types of sensors are independent and installed in a scattered manner. This structure of the system has brought many difficulties to the installation. , but also affect the quality of data collection, increasing the risk of the sensor being affected by the external environment

[0003]Existing equipment generally monitors the tower alone. The structure of the equipment is complex. The installation process is affected by the experience of the personnel and the status of the site. Soft, not conducive to installation, the installation process is relatively difficult, and the installation time is relatively long, so there is an urgent need for an easy-to-install tower monitoring system

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