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The method of construction of energy-efficient structures and the temperature maintenance system in the structure

机译:节能结构的建造方法和结构中的温度维持系统

摘要

1. The method of construction of energy-efficient structures, according to which the foundation is erected in technological sequence, the base is mounted on the foundation, then the walls are erected, then the ceiling, roof elements and roof are mounted, the ventilation and heating systems are mounted, by which the set room temperature is maintained, which differs the fact that in the heating system for transferring heat to a given temperature, heating mats are used, which are modular in the form of multilayer panels, which are laid on a prepared base with a waterproofing heat-reflecting layer and connect them to the building’s energy supply system. 2. The method according to claim 1, characterized in that each heating mat is provided with a thermal element and is made with heat-insulating and heat-accumulating layers, which are made from sieving into fractions of 3-16 mm of an encapsulated porous aggregate, mainly expanded clay, the porous aggregate is bonded with cement-adhesive composition only in the places of contact of the capsules, while the laying of the filler layers is carried out in layers and continuously in fractions, the insulating layer is laid from the filler fractions of 5-16 mm, heat the mullation layer is laid from a filler of fractions of 3-10 mm, the heat-insulating layer is laid at least 20 mm thick, and the heat-accumulating layer is laid at least 30 mm thick and at least 3.5 diameters of the thermal element. 3. The method according to claim 1, characterized in that the thermal element is made in the form of a corrugated thin-walled tube, mainly made of stainless steel, with the possibility of heating and transferring heat to a given floor
机译:1.一种节能结构的建造方法,即按技术顺序竖立基础,将基础安装在基础上,然后竖立墙壁,然后安装天花板,屋顶元件和屋顶,通风并且安装了加热系统,以保持设定的室温,这不同的事实是,在用于将热量传递到给定温度的加热系统中,使用了加热垫,这些加热垫以多层板的形式模块化在准备好的具有防水热反射层的基座上,并将它们连接到建筑物的能源供应系统。 2.根据权利要求1所述的方法,其特征在于,每个加热垫都配备有热元件并且由绝热和蓄热层制成,所述绝热和蓄热层通过筛分成3-16mm的包封的多孔部分而制成。骨料,主要是膨胀粘土,多孔骨料仅在胶囊接触的地方与水泥粘合剂组合物结合,而填料层的铺设则是逐层连续地进行,绝缘层是从5-16 mm的填充层,从3-10 mm的填充层中放置热熔胶层,隔热层的厚度至少为20 mm,蓄热层的厚度至少为30 mm厚且热敏元件直径至少为3.5。 3.根据权利要求1所述的方法,其特征在于,所述热元件以波纹状薄壁管的形式制成,主要由不锈钢制成,并且可以加热并将热量传递到给定的地板上

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