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A platform for research: civil engineering, architecture and urbanism
Large dip angle sloping roof encaustic tile paving structure and construction method
The invention discloses a large dip angle sloping roof encaustic tile paving structure and a construction method. The structure comprises a group of anchor bars pre-buried on a concrete slope roof andarranged in a matrix, wherein a cement mortar leveling layer, a waterproof coil layer, a non-fabric isolating layer, a fine stone concrete protecting layer and a cement mortar tile paving layer are paved successively on the concrete slope roof. A steel wire gauze is embedded into the fine stone concrete protecting layer and is fixedly connected to the anchor bars, and the encaustic tiles are paved on the cement mortar tile paving layer. The structure is simple in structure. Rectangular plain tiles are used in a large area, local ridge and side ridge are formed by combining ridge tiles and ridge tile sealing heads, so that the roof is good in waterproofness, the insulating and heat-isolating demand is met, the structure is conveniently maintained, and the maintenance cost is saved greatly,and therefore, the service life of the encaustic tile roof is ensured. Meanwhile, each rectangular plain tile is fixed with a steel screw and a copper wire, so that the stability of the encaustic tile is enhanced structurally and slip is avoided.
本发明公开了一种大倾角斜屋面琉璃瓦铺装结构及施工方法，该结构包括预埋在混凝土坡屋面上且呈矩阵布置的一组锚筋，在混凝土坡屋面上依次铺设有水泥砂浆找平层、防水卷材层、无纺布隔离层、细石混凝土保护层以及水泥砂浆铺瓦层，在细石混凝土保护层内嵌入有钢丝网，且钢丝网与锚筋固定连接，在水泥砂浆铺瓦层上铺设有琉璃瓦。本发明结构简单，大面积采用矩形平瓦，局部屋脊和边脊采用脊瓦、脊瓦封头组合而成，屋面防水性好，满足保温隔热需要，维修方便，大大的节约维护费用，进而保证琉璃瓦屋面的使用寿命。同时，本发明采用钢钉和铜丝来固定每块矩形平瓦，增强了琉璃瓦在结构上的稳定性，避免其滑落。
Large dip angle sloping roof encaustic tile paving structure and construction method
The invention discloses a large dip angle sloping roof encaustic tile paving structure and a construction method. The structure comprises a group of anchor bars pre-buried on a concrete slope roof andarranged in a matrix, wherein a cement mortar leveling layer, a waterproof coil layer, a non-fabric isolating layer, a fine stone concrete protecting layer and a cement mortar tile paving layer are paved successively on the concrete slope roof. A steel wire gauze is embedded into the fine stone concrete protecting layer and is fixedly connected to the anchor bars, and the encaustic tiles are paved on the cement mortar tile paving layer. The structure is simple in structure. Rectangular plain tiles are used in a large area, local ridge and side ridge are formed by combining ridge tiles and ridge tile sealing heads, so that the roof is good in waterproofness, the insulating and heat-isolating demand is met, the structure is conveniently maintained, and the maintenance cost is saved greatly,and therefore, the service life of the encaustic tile roof is ensured. Meanwhile, each rectangular plain tile is fixed with a steel screw and a copper wire, so that the stability of the encaustic tile is enhanced structurally and slip is avoided.
本发明公开了一种大倾角斜屋面琉璃瓦铺装结构及施工方法，该结构包括预埋在混凝土坡屋面上且呈矩阵布置的一组锚筋，在混凝土坡屋面上依次铺设有水泥砂浆找平层、防水卷材层、无纺布隔离层、细石混凝土保护层以及水泥砂浆铺瓦层，在细石混凝土保护层内嵌入有钢丝网，且钢丝网与锚筋固定连接，在水泥砂浆铺瓦层上铺设有琉璃瓦。本发明结构简单，大面积采用矩形平瓦，局部屋脊和边脊采用脊瓦、脊瓦封头组合而成，屋面防水性好，满足保温隔热需要，维修方便，大大的节约维护费用，进而保证琉璃瓦屋面的使用寿命。同时，本发明采用钢钉和铜丝来固定每块矩形平瓦，增强了琉璃瓦在结构上的稳定性，避免其滑落。
Large dip angle sloping roof encaustic tile paving structure and construction method
一种大倾角斜屋面琉璃瓦铺装结构及施工方法
ZENG HAIBO (author) / LI XIANGJIN (author) / ZHOU SHANGXIAN (author) / LI JINZHOU (author) / JIN XIAO (author) / QIN JIEYU (author) / WANG SONGLIN (author)
2021-02-19
Patent
Electronic Resource
Chinese
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