Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Basement anti-condensation process
The invention relates to the field of building construction, and discloses a basement anti-condensation process which comprises a ground anti-condensation step and a wall anti-condensation step. The floor anti-condensation method comprises the following steps that firstly, the basement floor is cleaned till no obvious impurities exist, and then a sealing material is brushed; secondly, a porous brick cage is built on the ground where the sealing material layer is formed, the porous brick cage is composed of transverse porous bricks and longitudinal porous bricks, the interval between every two adjacent rows of porous bricks is 1 meter, and the height of every two adjacent rows of porous bricks is 0.2 meter; step 3, backfilling ceramsite in the porous brick cage until the porous brick cage is filled and leveled up; 4, a waterproof plastic film is laid on the ground where the ceramsite is backfilled; 5, 10 # steel bars are laid on the surface of the waterproof plastic film transversely and longitudinally, and the interval between every two adjacent steel bars is 1.5 m; step 6, constructing a peripheral moisture-proof beam; seventhly, plate surface pouring construction is conducted; the wall surface anti-condensation method comprises the following steps that firstly, a wood grating frame is constructed on the wall surface of a basement; secondly, an extrusion molding heat preservation plate is arranged in the wood grating frame, and the thickness of the heat preservation plate is 2.2 cm; and thirdly, the wall face is covered with a damp-proof gypsum board. According to the basement anti-condensation technology, construction is easy, and the obtained anti-condensation structure is good in heat insulation, heat preservation and flow guide effects.
本申请涉及建筑施工领域，公开了一种地下室防结露工艺，包括地面防结露步骤和墙面防结露步骤；地面防结露包括以下步骤：步骤一：对地下室地面进行清理，清理至无明显杂质后，涂刷封固材料；步骤二：在已形成封固材料层的地面砌筑多孔砖笼，多孔砖笼由横向和纵向的多孔砖构成，且相邻两排多孔砖间隔1米，高度0.2米；步骤三：在多孔砖笼内回填陶粒，直至填平；步骤四：在已回填陶粒的地面铺设防水塑料薄膜；步骤五：在防水塑料薄膜表面铺设10号钢筋，横向和纵向均铺设，且相邻两钢筋间隔1.5m；步骤六：构建四周防潮梁；步骤七：板面浇筑施工；墙面防结露包括以下步骤：步骤一：在地下室墙面构建木格栅框架；步骤二：在木格栅框架内设置挤塑保温板，保温板厚度2.2cm；步骤三：在墙面覆盖防潮石膏板。本申请的地下室防结露工艺，施工简易，得到的防结露结构隔热、保温及导流效果好。
Basement anti-condensation process
The invention relates to the field of building construction, and discloses a basement anti-condensation process which comprises a ground anti-condensation step and a wall anti-condensation step. The floor anti-condensation method comprises the following steps that firstly, the basement floor is cleaned till no obvious impurities exist, and then a sealing material is brushed; secondly, a porous brick cage is built on the ground where the sealing material layer is formed, the porous brick cage is composed of transverse porous bricks and longitudinal porous bricks, the interval between every two adjacent rows of porous bricks is 1 meter, and the height of every two adjacent rows of porous bricks is 0.2 meter; step 3, backfilling ceramsite in the porous brick cage until the porous brick cage is filled and leveled up; 4, a waterproof plastic film is laid on the ground where the ceramsite is backfilled; 5, 10 # steel bars are laid on the surface of the waterproof plastic film transversely and longitudinally, and the interval between every two adjacent steel bars is 1.5 m; step 6, constructing a peripheral moisture-proof beam; seventhly, plate surface pouring construction is conducted; the wall surface anti-condensation method comprises the following steps that firstly, a wood grating frame is constructed on the wall surface of a basement; secondly, an extrusion molding heat preservation plate is arranged in the wood grating frame, and the thickness of the heat preservation plate is 2.2 cm; and thirdly, the wall face is covered with a damp-proof gypsum board. According to the basement anti-condensation technology, construction is easy, and the obtained anti-condensation structure is good in heat insulation, heat preservation and flow guide effects.
本申请涉及建筑施工领域，公开了一种地下室防结露工艺，包括地面防结露步骤和墙面防结露步骤；地面防结露包括以下步骤：步骤一：对地下室地面进行清理，清理至无明显杂质后，涂刷封固材料；步骤二：在已形成封固材料层的地面砌筑多孔砖笼，多孔砖笼由横向和纵向的多孔砖构成，且相邻两排多孔砖间隔1米，高度0.2米；步骤三：在多孔砖笼内回填陶粒，直至填平；步骤四：在已回填陶粒的地面铺设防水塑料薄膜；步骤五：在防水塑料薄膜表面铺设10号钢筋，横向和纵向均铺设，且相邻两钢筋间隔1.5m；步骤六：构建四周防潮梁；步骤七：板面浇筑施工；墙面防结露包括以下步骤：步骤一：在地下室墙面构建木格栅框架；步骤二：在木格栅框架内设置挤塑保温板，保温板厚度2.2cm；步骤三：在墙面覆盖防潮石膏板。本申请的地下室防结露工艺，施工简易，得到的防结露结构隔热、保温及导流效果好。
Basement anti-condensation process
一种地下室防结露工艺
LIU TONGTAO (Autor:in) / SHI JUN (Autor:in)
14.06.2024
Patent
Elektronische Ressource
Chinesisch
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