Pipe structure with automatic leakage point detection prompt function

Abstract

The invention discloses a pipe structure with an automatic leakage point detection prompt function. The pipe structure comprises a first pipe body, a first electrode is arranged inside the first tubebody, a second electrode is arranged on the outer surface of the first tube body, a current loop can be formed after the first electrode and the second electrode are conducted, and the first electrodeand the second electrode are correspondingly connected with a leakage point detection device. According to the pipe structure with the automatic leakage point detection prompt function, the structureis simple and reasonable, the installation and the use are convenient, automatic detection of leakage points can be achieved, the pipe structure can be applied to a solar water heater pipeline, and the effects that when overflowing or pipeline cracking occurs to a solar water heater of one house, water which is flowed out can be returned to the house, and other people cannot be influenced are achieved. An inner pipe body and an outer pipe body have certain freezing-prevention and anti-freezing functions, the inner pipe body is fully utilized, an interlayer (annular space) is also fully utilized, when the inner pipe body is frozen and cracked, the outer pipe body is not influenced much, and therefore, the pipe structure is worthy of being widely popularized and used.

Description

technical field [0001] The invention relates to the technical field of pipelines, in particular to a pipeline structure with the function of automatic leak point detection and prompting. Background technique [0002] Water pipes are widely used in various industries as water supply pipes. Plastic is widely used in water supply pipes in buildings due to its cheap price, strong plasticity, and excellent anti-corrosion performance. However, once the plastic pipe in the prior art leaks during use, the water inside will scatter randomly. Especially for solar water heater pipelines in buildings, since solar water heaters are usually installed on the roof, the water flow pipelines of low-floor residents often need to pass through many upper-floor households. Once the water supply pipeline leaks, it will definitely affect the upper-floor residents. At the same time, with the improvement of construction technology, the floors are getting higher and higher, and the solar water suppl...

AI Technical Summary

Problems solved by technology

However, the plastic pipes in the prior art will scatter the water inside in case of leakage during use.

Especially for solar water heater pipes in buildings, since solar water heaters are usually installed on the roof, the water pipes of low-floor residents often need to pass through many upper-floor residents. Once the water supply pipe leaks, it will definitely affect the upper-floor residents.

At the same time, with the improvement of construction technology, the floors are getting higher and higher, and the solar water supply pipes are getting longer and longer. Once a leak occurs during use, it is difficult to locate the leak point

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