Geothermal paving plate

Abstract

The invention discloses a geothermal paving plate, belonging to the field of building materials. The geothermal paving plate consists of a lower supporting plate and an upper cover plate, wherein the lower supporting plate is provided with a geothermal pipe arrangement (or wiring) groove; the upper cover plate is a flat plate provided with ventilation holes; the upper cover plate is arranged on the lower supporting plate, and the geothermal pipe is enclosed in the pipe arrangement groove of the lower supporting plate through the upper cover plate and the lower supporting plate. The lower supporting plate and the upper cover plate are preferably made of wood cement concrete or foamed cement in the prior art. The geothermal paving plate has the positive effects that factory batch prefabrication of heating pipeline carriers before field construction in a geothermal warming way is realized, the construction period is shortened, convenience is brought to arrangement of the geothermal pipe, and each portion of the geothermal pipe is consistent in height and uniform in interval. The paving plate is light in overall weight and good in sound insulating effect. Field construction of a geothermal facility is not limited by seasons, and convenience is brought to large-scale indoor decoration construction. The geothermal paving plate is easy to disassemble after pavement, and the overhauling problem of a geothermal pipeline after running of the conventional paving structure is solved.

Description

technical field [0001] The invention belongs to the field of construction, and in particular relates to a geothermal component for indoor heating. Background technique [0002] The geothermal heating method of laying hot water geothermal pipes or electric heating wires under the indoor floor has the advantages of large heat dissipation area, more reasonable hot air convection, and the heat dissipation body being close to the soles of people's feet, which has health care effects on the human body. is gradually being widely used. The existing way of paving geothermal pipelines is to lay a thermal insulation layer on the rough ground, pave the cement mortar geothermal pipeline bearing layer on the thermal insulation layer, lay the geothermal pipeline on the cement mortar geothermal pipeline bearing layer, and pave the geothermal pipeline on the geothermal pipeline. Cement mortar cover. After the cement mortar is cured, a cement mortar material geothermal pipeline carrier is f...

AI Technical Summary

Problems solved by technology

This kind of geothermal pipeline carrier cannot be prefabricated and can only be completed during the construction of geothermal pipeline pavement, which restricts the progress of the overall geothermal construction project

In addition, the cement mortar carrier has a large capacity, forming a carrier to wrap the geothermal pipeline, which greatly increases or decreases the load on the floor, which is not conducive to the safety of the building

The integral electric heating pipeline carrier composed of cement mortar cannot be disassembled, which brings great difficulties to the maintenance of geothermal pipelines

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