Dry-type hot water heating floor

Abstract

A dry hot water heating floor, belonging to the technical field of floor radioactive heating, comprises a floor decorative layer, an upper layer of metal heat conductive film, a heating pipe, a lower layer of metal heat conductive film, an insulated layer, a wood joist and a floor slab (or a ground). The heating pipe is adhered in an insulated material pipe groove, and is equipped with the metal heat conductive film extending around up and down so as to expand the heating surface thereof and make temperature of the floor surface uniform with reduced heat loss downwards; the wood joist has relative compact structure without hollow volume inside, so as to improve heat engineering mechanical property; the pipe diameter of the heating pipe is smaller than that of a heating pipe of an ordinarywet floor, but greater than that of a heating pipe of an integrated dry floor, so as to reduce thickness of construction layer and floor load, with low request of water quality, and low system resistance, and reduce cycle water bump power consumption. The floor structure can be pre-cast, or pre-cast partly, or assembled and paved in site, with simple construction, convenient maintenance, which isappropriate for new building heating, and building heat as well.

Description

technical field [0001] The invention relates to a structure of a dry hot water heating floor used for building heating, in particular to a double-layer metal heat-conducting film laid on the upper and lower sides of the heating pipe to increase the heat dissipation of the floor and improve the uniformity of the floor temperature, which is easy to install and maintain. The hot water heating floor structure with small floor load belongs to the technical field of floor radiant heating, and is suitable for both new building heating and existing building heating. Background technique [0002] Low-temperature hot water ground radiation heating uses hot water with a temperature not higher than 60°C as the heat medium, circulates in the heating pipe, heats the floor, and dissipates heat to the room through the ground through radiation heat exchange and convection heat exchange. Compared with the traditional convection heating method, the low-temperature hot water ground radiation he...

AI Technical Summary

Problems solved by technology

However, the diameter of the heating pipe is small, the water quality requirement is high, and the pipe is easy to be blocked; the system resistance is large and the energy consumption is large; the aluminum foil layer is placed on the heating pipe, so that the proportion of heat transfer from the floor to the floor is large, and the heat dissipation per unit floor area of ​​the heating room is small. , not suitable for buildings with poor thermal insulation of the envelope structure and larger units

Although floor heating technology has the advantages of energy saving and comfort, there are still many deficiencies in technology and construction technology, which need to be improved.

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