A monitoring system for long-distance thermal pipelines

Abstract

The invention provides a monitoring system for a long-distance thermal pipeline. The monitoring system for the long-distance thermal pipeline comprises a warm water pipeline, a fixing bolt, a water flow detection mechanism, and a rubber sealing mechanism; the warm water pipeline is internally connected with the fixing bolt; the rubber sealing mechanism is arranged at the joint between the warm water pipeline and the fixing bolt; and the water flow detection mechanism is arranged at the bottom end of the fixing bolt. According to the monitoring system for the long-distance thermal pipeline, thetransformation cost is lower, and damage to the pipeline is minimal; through the integrally formed rubber sealing mechanism, an installation hole can be blocked, the connecting gap is filled, and thus the sealing effect is better; subsequent connection of the fixing bolt is convenient, a threaded structure is not required to be formed in the installation hole, and the strength of a pipe body is ensured; and the water flow detection mechanism can conduct leakage detection.

Description

technical field [0001] The invention relates to the technical field of pipeline monitoring equipment, in particular to a monitoring system for long-distance thermal pipelines. Background technique [0002] The thermal pipelines used in practice are generally long in distance, and in actual use, thermal pipeline leakage often occurs; after research and analysis, it is found that there are many reasons for the leakage of thermal pipelines, such as road construction and surrounding humid environment. Pipeline corrosion, long-term use, etc.; therefore, it is necessary to regularly check the leakage points on the thermal pipeline. [0003] The traditional pipeline itself lacks monitoring equipment, and has only a single transportation function, and the pipeline has been laid and used for many years. When laying out the monitoring system, it cannot be replaced in a large area, and the existing pipeline can only be modified. However, the current improvement method The damage to th...

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Problems solved by technology

[0003] The traditional pipeline itself lacks monitoring equipment, and has only a single transportation function, and the pipeline has been laid and used for many years. When laying out the monitoring system, it cannot be replaced in a large area, and the existing pipeline can only be modified. However, the current improvement method The damage to the pipeline is relatively large, and the sealing performance is not good

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