Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Brickwork structure lintel reinforced through angle steel brackets and steel braces and construction method of brickwork structure lintel reinforced through angle steel brackets and steel braces
The invention relates to a masonry structure lintel reinforced through angle steel supports and steel braces and a construction method of the masonry structure lintel. The masonry structure lintel comprises the angle steel supports, batten plates, the steel braces and through-wall bolts. The angle steel support is arranged on the lower portion of a masonry structure lintel crack, and the batten plate is tightly attached to the angle steel support and welded to the angle steel support. One end of the steel brace is welded with the angle steel bracket, and the other end of the steel brace is fastened and connected with the steel brace on the other side of the lintel through a wall-penetrating bolt and a nut; and after the angle steel brackets, the batten plates, the steel braces, the through-wall bolts and the like are all installed, cement polymerization grouting liquid is poured into the cracks. The angle steel supports and the steel braces are adopted to reinforce lintel cracks of the masonry structure, tensile stress generated by pressure grouting reinforcement can be borne, the method is simple in construction, safe and reliable, the ductility of the structure can be improved, and the anti-collapse capacity of the structure can be enhanced.
本发明涉及一种采用角钢支托、钢拉条加固砌体结构过梁及其施工方法，包括角钢支托、缀板、钢拉条、穿墙螺栓；所述的角钢支托设置在砌体结构过梁裂缝的下部，所述的缀板紧贴角钢支托布置，并与角钢支托焊接；所述的钢拉条一端与角钢支托焊接，另一端通过穿墙螺栓与过梁另一侧的钢拉条通过螺母进行紧固连接；所述的角钢支托、缀板、钢拉条、穿墙螺栓等全部安装完毕后，在裂缝处灌注水泥聚合灌浆液。采用角钢支托、钢拉条加固砌体结构过梁裂缝，可以承担压力灌浆补强所产生的拉应力，该方法施工简单、安全可靠，可以提高结构的延性，增强结构的抗倒塌能力。
Brickwork structure lintel reinforced through angle steel brackets and steel braces and construction method of brickwork structure lintel reinforced through angle steel brackets and steel braces
The invention relates to a masonry structure lintel reinforced through angle steel supports and steel braces and a construction method of the masonry structure lintel. The masonry structure lintel comprises the angle steel supports, batten plates, the steel braces and through-wall bolts. The angle steel support is arranged on the lower portion of a masonry structure lintel crack, and the batten plate is tightly attached to the angle steel support and welded to the angle steel support. One end of the steel brace is welded with the angle steel bracket, and the other end of the steel brace is fastened and connected with the steel brace on the other side of the lintel through a wall-penetrating bolt and a nut; and after the angle steel brackets, the batten plates, the steel braces, the through-wall bolts and the like are all installed, cement polymerization grouting liquid is poured into the cracks. The angle steel supports and the steel braces are adopted to reinforce lintel cracks of the masonry structure, tensile stress generated by pressure grouting reinforcement can be borne, the method is simple in construction, safe and reliable, the ductility of the structure can be improved, and the anti-collapse capacity of the structure can be enhanced.
本发明涉及一种采用角钢支托、钢拉条加固砌体结构过梁及其施工方法，包括角钢支托、缀板、钢拉条、穿墙螺栓；所述的角钢支托设置在砌体结构过梁裂缝的下部，所述的缀板紧贴角钢支托布置，并与角钢支托焊接；所述的钢拉条一端与角钢支托焊接，另一端通过穿墙螺栓与过梁另一侧的钢拉条通过螺母进行紧固连接；所述的角钢支托、缀板、钢拉条、穿墙螺栓等全部安装完毕后，在裂缝处灌注水泥聚合灌浆液。采用角钢支托、钢拉条加固砌体结构过梁裂缝，可以承担压力灌浆补强所产生的拉应力，该方法施工简单、安全可靠，可以提高结构的延性，增强结构的抗倒塌能力。
Brickwork structure lintel reinforced through angle steel brackets and steel braces and construction method of brickwork structure lintel reinforced through angle steel brackets and steel braces
一种采用角钢支托、钢拉条加固砌体结构过梁及其施工方法
DONG YOU (Autor:in) / YANG LI'OU (Autor:in) / WU XI (Autor:in)
27.12.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Brick support angle and lintel structure using it and construction method of lintel structure
| Europäisches Patentamt | 2024
| Europäisches Patentamt | 2024