Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-precision expansion joint control structure of large factory building and construction method
The invention discloses a large factory building high-precision expansion joint control structure which is arranged on a bearing plate, the bearing plate is supported by a beam, an expansion joint is arranged on the bearing plate, the structure comprises flitch plates which are arranged at the corners of the expansion joint and protect the corners of the expansion joint, the flitch plates are further provided with a bearing plate and an anchoring plate, the bearing plate is used for bearing a filling plate and is used for buffering protection of one face of the expansion joint, and the anchoring plate is used for anchoring of the filling plate. And a screw is arranged on the anchoring plate and is connected with a hanger plate to protect the other side of the expansion joint. The structure for high-precision control of the expansion joint of the large factory building is low in cost, residual building materials on site are adopted, existing finished expansion joint materials are not used or subpackaged to expansion joint manufacturers, manpower and material resources are saved, construction is convenient and fast, operability is high, construction is safe and reliable, the implementation effect is good, and the structure has a high guiding effect on similar projects and is worthy of popularization and application. The construction speed is high, the construction period can be greatly shortened, and cracking and deformation of expansion can be effectively prevented.
本发明公开了一种大型厂房高精度控制伸缩缝的结构，其设于承板上，承板被梁支撑，承板上设有伸缩缝，包括：贴板，其设于伸缩缝边角，对伸缩缝边角保护，贴板上还设有承载板和锚固板，承载板用于承载填充板，其用于对伸缩缝一面缓冲保护，锚固板上设有螺杆，螺杆连接吊板对伸缩缝另一面保护。该大型厂房高精度控制伸缩缝的结构，成本低，因为采取了现场剩余的建筑材料，并非使用现成品伸缩缝材料或者分包给伸缩缝厂家，节约了人力和物力资源，施工便捷，可操作性强，施工安全可靠，实施效果较好，对同类工程有较强的指导作用，施工速度快，能够大幅缩短工期，且能够有效防止伸缩的开裂和变形。
High-precision expansion joint control structure of large factory building and construction method
The invention discloses a large factory building high-precision expansion joint control structure which is arranged on a bearing plate, the bearing plate is supported by a beam, an expansion joint is arranged on the bearing plate, the structure comprises flitch plates which are arranged at the corners of the expansion joint and protect the corners of the expansion joint, the flitch plates are further provided with a bearing plate and an anchoring plate, the bearing plate is used for bearing a filling plate and is used for buffering protection of one face of the expansion joint, and the anchoring plate is used for anchoring of the filling plate. And a screw is arranged on the anchoring plate and is connected with a hanger plate to protect the other side of the expansion joint. The structure for high-precision control of the expansion joint of the large factory building is low in cost, residual building materials on site are adopted, existing finished expansion joint materials are not used or subpackaged to expansion joint manufacturers, manpower and material resources are saved, construction is convenient and fast, operability is high, construction is safe and reliable, the implementation effect is good, and the structure has a high guiding effect on similar projects and is worthy of popularization and application. The construction speed is high, the construction period can be greatly shortened, and cracking and deformation of expansion can be effectively prevented.
本发明公开了一种大型厂房高精度控制伸缩缝的结构，其设于承板上，承板被梁支撑，承板上设有伸缩缝，包括：贴板，其设于伸缩缝边角，对伸缩缝边角保护，贴板上还设有承载板和锚固板，承载板用于承载填充板，其用于对伸缩缝一面缓冲保护，锚固板上设有螺杆，螺杆连接吊板对伸缩缝另一面保护。该大型厂房高精度控制伸缩缝的结构，成本低，因为采取了现场剩余的建筑材料，并非使用现成品伸缩缝材料或者分包给伸缩缝厂家，节约了人力和物力资源，施工便捷，可操作性强，施工安全可靠，实施效果较好，对同类工程有较强的指导作用，施工速度快，能够大幅缩短工期，且能够有效防止伸缩的开裂和变形。
High-precision expansion joint control structure of large factory building and construction method
一种大型厂房高精度控制伸缩缝的结构及施工方法
WANG YANG (Autor:in) / JIN SHENGBIN (Autor:in) / ZHU JUNQIAN (Autor:in) / WU HUAN (Autor:in)
12.11.2024
Patent
Elektronische Ressource
Chinesisch
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