Pipeline laying framework for ground radiation heating system

Abstract

The invention relates to a pipeline laying framework for a ground radiation heating system, and aims to provide a pipeline laying framework capable of conveniently and reliably fixing pipelines and having energy-saving effect. The framework consists of a pipeline fixing layer, a reflection heat transfer layer, a thermal insulation layer and bonding layers, wherein the reflection heat transfer layer and the thermal insulation layer are sequentially bonded under the pipeline fixing layer through the bonding layers. The reflection heat transfer layer and the thermal insulation layer are bonded under the pipeline fixing layer, so the framework greatly reduces the dissipation of heat energy, and has good energy-saving effect; the thickness of the thermal insulation layer of the framework is smaller, so building materials are saved; and in addition, the framework has a structure capable of locking the pipelines so as to facilitate installation.

Description

technical field [0001] The invention relates to a pipeline laying template of a ground radiation heating system. Background technique [0002] The floor radiant heating system uses low-temperature hot water as the heat source, and the pipes laid on the ground as the heating body. It mainly uses radiation heat transfer and convective heat transfer as a heating system to adjust the thermal microclimate of the room. The system fixes the pipes on the ground through the way of pipe coils, and then circulates the low-temperature hot water to adjust the indoor temperature. Therefore, the convenient and reliable fixing of low-temperature hot water pipelines on the ground plays an important role in improving construction efficiency and ensuring the efficient use of low-temperature hot water in pipelines, and is an important criterion for measuring the quality of ground radiant heating systems. [0003] In the prior art, Chinese utility model patent ZL 200720011279.9 discloses a temp...

AI Technical Summary

Problems solved by technology

First of all, although this structure can fix the pipeline, but because this structure only sets the fixing piles for fixing the pipeline on the bottom plate, the utilization efficiency of heat energy is low

Secondly, because the pipe is usually a plastic pipe with a certain degree of elasticity, it is difficult to fix it. Even after it is pressed in, the pipe is not fixed firmly, and it is easy to slip off, which brings inconvenience to the construction and installation.

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