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A platform for research: civil engineering, architecture and urbanism
Damp-proof structure
The damp-proof structure comprises a first fire brick layer, a second fire brick layer, a third fire brick layer, a fourth fire brick layer, a fifth fire brick layer and a floor/ceramic tile layer which are sequentially arranged from bottom to top. The first fire brick layer, the second fire brick layer, the third fire brick layer and the fifth fire brick layer are laid in a sequential laying mode, the fourth fire brick layer is laid in a T laying mode, and the first fire brick layer, the second fire brick layer, the third fire brick layer, the fourth fire brick layer and the fifth fire brick layer are bonded in an upper-lower mode through cement paste. Gaps among the fire bricks of the first fire brick layer are filled with lime powder, and the fire bricks of the fourth fire brick layer are tightly connected with the fire bricks of the fifth fire brick layer. The multiple layers of fire bricks are laid on the ground, and the crisscrossed and dense small-hole air channels are formed in the gaps between the second layer of fire bricks and the third layer of fire bricks, so that the effects of air exchange and moisture removal are achieved; meanwhile, moisture and germs in the indoor environment are absorbed and killed by utilizing the water absorption, disinfection and sterilization effects of the lime powder.
本发明公开了一种防潮结构，包括从下到上一次设置的第一火砖层、第二火砖层、第三火砖层、第四火砖层、第五火砖层、地板/瓷砖层；所述第一火砖层、第二火砖层、第三火砖层与第五火砖层均采用顺砌的方式铺设，所述第四火砖层采用丁砌的方式铺设，所述第一火砖层、第二火砖层、第三火砖层、第四火砖层与第五火砖层上下层之间采用水泥浆粘接，所述第一火砖层火砖之间缝隙采用石灰粉填充，所述第四火砖层与第五火砖层火砖之间紧密相连。本发明通过多层火砖铺设在地面上，并在第二层与第三层火砖之间缝隙处形成纵横交错的密布的小孔气道，达到换气排湿的功效；同时利用石灰粉吸水、消毒杀菌的效果对室内环境中的湿气与病菌进行吸收与灭杀。
Damp-proof structure
The damp-proof structure comprises a first fire brick layer, a second fire brick layer, a third fire brick layer, a fourth fire brick layer, a fifth fire brick layer and a floor/ceramic tile layer which are sequentially arranged from bottom to top. The first fire brick layer, the second fire brick layer, the third fire brick layer and the fifth fire brick layer are laid in a sequential laying mode, the fourth fire brick layer is laid in a T laying mode, and the first fire brick layer, the second fire brick layer, the third fire brick layer, the fourth fire brick layer and the fifth fire brick layer are bonded in an upper-lower mode through cement paste. Gaps among the fire bricks of the first fire brick layer are filled with lime powder, and the fire bricks of the fourth fire brick layer are tightly connected with the fire bricks of the fifth fire brick layer. The multiple layers of fire bricks are laid on the ground, and the crisscrossed and dense small-hole air channels are formed in the gaps between the second layer of fire bricks and the third layer of fire bricks, so that the effects of air exchange and moisture removal are achieved; meanwhile, moisture and germs in the indoor environment are absorbed and killed by utilizing the water absorption, disinfection and sterilization effects of the lime powder.
本发明公开了一种防潮结构，包括从下到上一次设置的第一火砖层、第二火砖层、第三火砖层、第四火砖层、第五火砖层、地板/瓷砖层；所述第一火砖层、第二火砖层、第三火砖层与第五火砖层均采用顺砌的方式铺设，所述第四火砖层采用丁砌的方式铺设，所述第一火砖层、第二火砖层、第三火砖层、第四火砖层与第五火砖层上下层之间采用水泥浆粘接，所述第一火砖层火砖之间缝隙采用石灰粉填充，所述第四火砖层与第五火砖层火砖之间紧密相连。本发明通过多层火砖铺设在地面上，并在第二层与第三层火砖之间缝隙处形成纵横交错的密布的小孔气道，达到换气排湿的功效；同时利用石灰粉吸水、消毒杀菌的效果对室内环境中的湿气与病菌进行吸收与灭杀。
Damp-proof structure
一种防潮结构
WANG JINGZHUO (author) / CHEN HAOPING (author)
2023-01-24
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
British Library Online Contents | 1993