Assembly type installation design structure of ceiling of capillary network radiation system

Abstract

The invention discloses an assembly type installation design structure of a ceiling of a capillary network radiation system, and belongs to the technical field of building decoration. The assembly type installation design structure comprises a keel base layer, a heat preservation interlayer, a capillary network mechanism and a soft film ceiling, wherein the keel base layer is fixedly installed on a wall top base layer; the heat preservation interlayer is fixedly installed on the bottom surface of the keel base layer; and the soft film ceiling is located below the capillary network mechanism, and the soft film ceiling is fixedly connected to the heat preservation interlayer and the wall surface base layer through battens. According to the assembly type installation design structure, a gypsum board is fixedly installed on the keel base layer to serve as the heat preservation interlayer, so that the radiation of the capillary network radiation system cannot be dissipated upwards to a roof, the capillary network mechanism which is installed in a modular mode is independent of the heat preservation interlayer, so that a capillary tube body is convenient to overhaul and maintain, meanwhile, modular construction is facilitated, putty does not need to be used for smearing, the construction efficiency is greatly improved, the capillary tube body cannot be broken due to the installation dislocation of the heat preservation interlayer, and therefore the risk of water leakage is avoided.

Description

technical field [0001] The invention belongs to the technical field of architectural decoration, and in particular relates to an assembled installation design structure of a capillary network radiation system ceiling. Background technique [0002] The capillary radiation air conditioning system is a new type of energy-saving and comfortable air conditioner that can replace the conventional central air conditioner. The system uses water as the refrigerant carrier, and radiates heat through a uniform and tight capillary mat (generally, the tube body is 4.3mm*0.8mm, and the spacing is 10mm20mm40mm). Since the cooling source water supply temperature required by the system in summer only needs to be 17-19 degrees for the supply and return water temperature, and only 32-30 degrees for the supply and return water temperature in winter, which is much lower than the 7-12 degrees in summer and 45-40 degrees in winter for conventional water air conditioners. The energy consumption req...

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Problems solved by technology

[0007] The purpose of the present invention is: in order to solve the problem that the capillary network is bonded to the gypsum board installed on the ceiling, the installation position of the capillary network is limited, the capillary network cannot be quickly repaired and maintained, the construction process is cumbersome, and the capillary network is fragile and leaks. And proposed a prefabricated installation design structure of capillary network radiation system ceiling

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