Assembly type inorganic matter overhead floor heating module installation structure

Abstract

The invention discloses an assembly type inorganic matter overhead floor heating module installation structure which comprises floor supports, cement-based floor heating modules, floor heating pipes and floor veneers. The floor supports are arranged at the four corners of the cement-based floor heating modules, the floor supports lock the mutually spliced cement-based floor heating modules through locking pieces, a plurality of first pipe burying grooves arranged in parallel and a plurality of second pipe burying grooves arranged in parallel are formed in the cement-based floor heating modules, the floor heating pipes are laid in a latticed pipe burying groove structure formed by the first pipe burying grooves and the second pipe burying grooves, and positioning seats are arranged at the intersections of the first pipe burying grooves and the second pipe burying grooves; and each positioning seat comprises four positioning blocks, wherein one positioning block corresponds to a right angle formed by intersection of the corresponding first pipe burying groove and the corresponding second pipe burying groove. Compared with the prior art, the floor heating pipes laid on the floor heating modules are effectively positioned, meanwhile, the structural strength of the floor supports is improved, and the structural stability of the overhead type floor is guaranteed.

Description

technical field [0001] The invention belongs to the field of overhead floor heating, and in particular relates to an assembled inorganic overhead floor heating module installation structure. Background technique [0002] The pavement of the existing indoor floor is usually to install a leveling layer and a support layer on the concrete floor slab and then install the overhead slab surface. Sometimes it is necessary to add a sound insulation layer and an insulation layer according to specific needs. If floor heating is used for heating, the overhead floor is usually composed of three parts: ground support, floor heating module layer and surface layer, and floor heating pipes are laid on the floor heating module layer. [0003] The existing floor heating module layer is formed by splicing several floor heating modules, and the floor heating pipes are positioned through buried pipe grooves on the floor heating modules. In order to ensure the strength of the floor heating modul...

AI Technical Summary

Problems solved by technology

In order to ensure the strength of the floor heating module, the depth of the buried pipe groove is insufficient, and all the floor heating pipes cannot be embedded in the buried pipe groove, resulting in poor positioning effect of the floor heating pipe, especially at the intersection of two vertical buried pipe grooves, lack of floor heating pipes The positioning of the floor heating pipe is easy to cause deformation

In addition, the structural strength of the existing ground support is insufficient, and it is prone to deformation, which in turn leads to insufficient structural stability of the entire raised ground

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