Combined geothermal device and component thereof

Abstract

The invention relates to a low-temperature radiation heating device mounted on building or field, which is produced on site, as ground heating device, wherein a heat radiator is mounted in a radiator groove on a thermal insulated dam, a support cam is mounted in a concave between the radiator grooves, the thermal insulated dam and the support dam are alternatively arranged to form a heat supply layer, the invention uses a cover plate to bear ground load to transmit the force via the support dam to a base layer, and the cover plate can be directly formed on ground. The invention can reduce cost, simplify process and shorten building time or the like.

Description

Technical field: [0001] The combined geothermal device is a low-temperature radiation heating (warming) facility installed on the floor (ground) of a building or the ground of a site (road). Such heating installations are often referred to as geothermal installations. Background technique: [0002] Compared with other types of heating facilities (such as vertical or wall-mounted radiators, air conditioners, etc.), geothermal facilities have the advantages of not occupying indoor space, high comfort, and good economy. use. [0003] Geothermal facilities are usually constructed on-site. The general structure is: laying a heat insulation layer after leveling the base layer, laying a reflection layer and a radiator (heating layer) on the heat insulation layer, pouring a protective and supporting layer on the heat supply layer , do surface layer (referring to accompanying drawing 1) on it. This production method has a long construction period, high labor intensity, complicated...

AI Technical Summary

Problems solved by technology

This production method has a long construction period, high labor intensity, complicated procedures, and is difficult to maintain and repair.

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