A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Load-bearing wall anti-cracking structure
The invention discloses a load bearing wall anti-cracking structure which comprises a load bearing wall body and reinforcing ribs, the load bearing wall body is formed by concrete pouring, the reinforcing ribs are arranged in the load bearing wall body according to a design file, the reinforcing ribs are made of ribbed steel bars, and the load bearing wall body comprises an inner wall body, an anti-cracking geotextile layer, a heat preservation layer and an outer protection layer. The inner wall body is formed by pouring a formwork and concrete, a plurality of grouting holes are reserved during pouring of the inner wall body, the grouting holes are evenly distributed in the inner wall body, the grouting holes are made of steel pipes, the grouting holes are distributed in the two sides of the inner wall body, the grouting holes extend into the inner wall body to the two-thirds position, and the grouting holes are evenly distributed in the inner wall body. An anti-cracking geotextile layer is wound on the surface of the inner wall body, a round hole is formed in the anti-cracking geotextile layer, the round hole can enable the external connecting pipe to be communicated with the grouting hole, and a heat preservation layer is arranged outside the anti-cracking geotextile layer. The method is reasonable in design; and the grouting holes can be repaired in time when cracks appear, so that the bearing wall is prevented from being influenced by crack expansion.
本发明公开了一种承重墙防破裂结构，包括承重墙本体、加强筋，所述承重墙本体为混凝土浇筑而成，承重墙本体内按设计文件内进行加强筋的设置，加强筋采用带肋钢筋制成，所述承重墙本体包括内墙体、防裂土工织物层、保温层、外护层，所述内墙体采用模板、混凝土浇筑而成，内墙体浇筑时预留有多个注浆孔，多个注浆孔均匀分布在内墙体上，注浆孔采用钢管制成，注浆孔在内墙体的两侧都有分布，注浆孔伸入内墙体的内部至三分之二处，所述内墙体的表面缠绕有防裂土工织物层，防裂土工织物层上开设有圆孔，圆孔能使外接管与注浆孔连通，防裂土工织物层的外部设有保温层。本发明设计合理；注浆孔能在出现裂缝时及时进行修补避免裂缝扩大影响承重墙。
Load-bearing wall anti-cracking structure
The invention discloses a load bearing wall anti-cracking structure which comprises a load bearing wall body and reinforcing ribs, the load bearing wall body is formed by concrete pouring, the reinforcing ribs are arranged in the load bearing wall body according to a design file, the reinforcing ribs are made of ribbed steel bars, and the load bearing wall body comprises an inner wall body, an anti-cracking geotextile layer, a heat preservation layer and an outer protection layer. The inner wall body is formed by pouring a formwork and concrete, a plurality of grouting holes are reserved during pouring of the inner wall body, the grouting holes are evenly distributed in the inner wall body, the grouting holes are made of steel pipes, the grouting holes are distributed in the two sides of the inner wall body, the grouting holes extend into the inner wall body to the two-thirds position, and the grouting holes are evenly distributed in the inner wall body. An anti-cracking geotextile layer is wound on the surface of the inner wall body, a round hole is formed in the anti-cracking geotextile layer, the round hole can enable the external connecting pipe to be communicated with the grouting hole, and a heat preservation layer is arranged outside the anti-cracking geotextile layer. The method is reasonable in design; and the grouting holes can be repaired in time when cracks appear, so that the bearing wall is prevented from being influenced by crack expansion.
本发明公开了一种承重墙防破裂结构，包括承重墙本体、加强筋，所述承重墙本体为混凝土浇筑而成，承重墙本体内按设计文件内进行加强筋的设置，加强筋采用带肋钢筋制成，所述承重墙本体包括内墙体、防裂土工织物层、保温层、外护层，所述内墙体采用模板、混凝土浇筑而成，内墙体浇筑时预留有多个注浆孔，多个注浆孔均匀分布在内墙体上，注浆孔采用钢管制成，注浆孔在内墙体的两侧都有分布，注浆孔伸入内墙体的内部至三分之二处，所述内墙体的表面缠绕有防裂土工织物层，防裂土工织物层上开设有圆孔，圆孔能使外接管与注浆孔连通，防裂土工织物层的外部设有保温层。本发明设计合理；注浆孔能在出现裂缝时及时进行修补避免裂缝扩大影响承重墙。
Load-bearing wall anti-cracking structure
一种承重墙防破裂结构
JI NAN (author) / LIU JILIANG (author) / ZHANG KAI (author) / JIANG PENG (author) / CHEN GUANGYUAN (author)
2024-07-26
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04G
SCAFFOLDING
,
Baugerüste
/
G01N
Untersuchen oder Analysieren von Stoffen durch Bestimmen ihrer chemischen oder physikalischen Eigenschaften
,
INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
/
H01R
Elektrisch leitende Verbindungen
,
ELECTRICALLY-CONDUCTIVE CONNECTIONS