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A platform for research: civil engineering, architecture and urbanism
Basement wall drainage and heat preservation composite structure
The invention discloses a basement wall drainage and heat preservation composite structure which comprises a first cement mortar plate, a second cement mortar plate and a heat preservation foam plate, the first cement mortar plate and the second cement mortar plate are attached to the two sides of the heat preservation foam plate respectively, the first cement mortar plate is bonded with the basement wall, and the second cement mortar plate is bonded with the basement wall. The first cement mortar plate does not make contact with the wall face of the basement, and a gap exists between the first cement mortar plate and the wall face. The middle drainage and heat preservation composite structure has the following beneficial effects that through combined use of the first cement mortar plate, the second cement mortar plate and the heat preservation foam plate, underground water seeping from the wall surface can be effectively prevented from seeping in the underground water, and meanwhile the probability that water vapor in basement air is condensed and separated out is avoided.
本申请公开了地下室墙面排水保温复合结构，包括第一水泥砂浆板、第二水泥砂浆板以及保温泡沫板，所述第一水泥砂浆板与第二水泥砂浆板分别附着在保温泡沫板的两侧，所述第一水泥砂浆板与地下室的墙面粘接在一起，且第一水泥砂浆板与地下室的墙面不接触，所述第一水泥砂浆板与墙面之间存在间隙。本中排水保温复合结构具有如下有益效果：通过组合使用第一水泥砂浆板、第二水泥砂浆板以及保温泡沫板，可以有效阻挡墙面中渗流出的地下水在地下水内渗流，同时避免地下室空气中水汽凝结析出的概率。
Basement wall drainage and heat preservation composite structure
The invention discloses a basement wall drainage and heat preservation composite structure which comprises a first cement mortar plate, a second cement mortar plate and a heat preservation foam plate, the first cement mortar plate and the second cement mortar plate are attached to the two sides of the heat preservation foam plate respectively, the first cement mortar plate is bonded with the basement wall, and the second cement mortar plate is bonded with the basement wall. The first cement mortar plate does not make contact with the wall face of the basement, and a gap exists between the first cement mortar plate and the wall face. The middle drainage and heat preservation composite structure has the following beneficial effects that through combined use of the first cement mortar plate, the second cement mortar plate and the heat preservation foam plate, underground water seeping from the wall surface can be effectively prevented from seeping in the underground water, and meanwhile the probability that water vapor in basement air is condensed and separated out is avoided.
本申请公开了地下室墙面排水保温复合结构，包括第一水泥砂浆板、第二水泥砂浆板以及保温泡沫板，所述第一水泥砂浆板与第二水泥砂浆板分别附着在保温泡沫板的两侧，所述第一水泥砂浆板与地下室的墙面粘接在一起，且第一水泥砂浆板与地下室的墙面不接触，所述第一水泥砂浆板与墙面之间存在间隙。本中排水保温复合结构具有如下有益效果：通过组合使用第一水泥砂浆板、第二水泥砂浆板以及保温泡沫板，可以有效阻挡墙面中渗流出的地下水在地下水内渗流，同时避免地下室空气中水汽凝结析出的概率。
Basement wall drainage and heat preservation composite structure
地下室墙面排水保温复合结构
XU SHIWANG (author)
2023-11-24
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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