Novel floor heating laying structure, temperature control system and temperature control method

Abstract

The invention discloses a novel floor heating laying structure, a temperature control system and a temperature control method and relates to the technical field of indoor heating. The novel floor heating laying structure comprises a radiation pipeline and at least one branched pipe, wherein the radiation pipeline is communicated with a user main pipeline, enters a heating area, bypasses along the heating boundary by a circle and is educed; the radiation pipeline comprises an incoming water distributing pipe for hot water to inflow and a return water collecting pipe for the hot water to outflow; the at least one branched pipe comprises a water inlet end and a water outlet end; each water inlet end is communicated with the incoming water distributing pipe; each water outlet end is communicated with the return water collecting pipe. Compared with a single pipeline bent laying structure in the prior art, the novel floor heating laying structure in the scheme has the advantages that a plurality of branched pipes are connected between the incoming water distributing pipe and the return water collecting pipe in parallel, so that a plurality of branched waterways communicated with the incoming water distributing pipe and the return water collecting pipe are added. When certain section is blocked by water scales or cannot smoothly flow, a plurality of branched waterways still can normally work, so that the flow rate and the heat-transfer capability of the hot water are ensured and the energy utilization rate and the heating effect are improved.

Description

technical field [0001] The invention relates to the technical field of indoor heating, in particular to a novel floor heating laying structure, a temperature control system and a temperature control method. Background technique [0002] Due to the comprehensive influence of geographical factors and environmental factors in northern my country, the temperature in winter is extremely low and lasts for a long time. In most northern regions, indoor heating is required to survive the long cold winter. [0003] With the improvement of living standards, the rapid development of industry and modern technology, coupled with the country's vigorous promotion of energy conservation and emission reduction and the use of clean energy in recent years. Underfloor heating is widely used in the vast northern regions because of its low price and can be applied to a variety of energy media. [0004] Floor heating is the abbreviation of radiant floor heating. It is Radiant Floor Heating in Eng...

AI Technical Summary

Problems solved by technology

When the pipe blockage of each user is different, the main water inlet pipe cannot evenly deliver hot water to each user, resulting in a loss of control of the heating temperature of each user

[0011] According to the actual situation, for the same user site, the temperature difference between different rooms can reach 3-7°C, and the temperature difference is difficult to adjust, often because of the large temperature difference between indoor rooms, causing physical discomfort

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