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Integrated forming construction method of shaped steel sleeve auxiliary road anti-sedimentation inspection well
The invention relates to the technical field of municipal road and inspection well construction, and discloses a shaped steel sleeve auxiliary road anti-sedimentation inspection well integrated forming construction method which comprises a roadbed, a cushion layer used for dispersing load stress is laid at the upper end of the roadbed, and a base layer used for dispersing generated load vertical force is laid at the upper end of the cushion layer. A pouring layer for pedestrians and vehicles to walk together is laid at the upper end of the cushion layer, an anti-displacement mechanism for preventing displacement of the pouring layer is arranged in the pouring layer, after the inspection well mechanism and the supporting mechanism are built, the reinforcing mechanism is built, and after the reinforcing mechanism is built, the reinforcing mechanism can be placed. After the reinforcing mechanism is placed, the anti-displacement mechanism is installed, a primary pouring concrete layer and a secondary pouring concrete layer can be paved after the steps are completed, and after the primary pouring concrete layer and the secondary pouring concrete layer are solidified, the service life of the pouring layer can be effectively prolonged through reinforcement of the reinforcing mechanism and the reinforcing mechanism; and therefore, cracking and sedimentation of the pouring layer are avoided.
本发明涉及市政道路和检查井建设技术领域,公开了定型钢套筒辅助道路防沉降检查井一体成型施工工法,包括路基,路基上端铺设有用于分散负载应力的垫层,垫层上端铺设有用于分散产生的荷载垂直力的基层,垫层上端铺设有用于供行人及车辆同行的浇筑层,浇筑层内部设置有用于防止浇筑层位移的防位移机构,当窨井机构与支撑机构完成搭建后,对加强机构进行建设,完成加强机构的建设后即可进行摆放加固机构,完成加固机构摆放后安装防位移机构,完成上述步骤后即可摊铺一次浇筑混凝土层和二次浇筑混凝土层,一次浇筑混凝土层和二次浇筑混凝土层在固化后通过加固机构和加强机构的加固可有效地提高浇筑层的使用寿命,从而避免出现浇筑层崩裂沉降。
Integrated forming construction method of shaped steel sleeve auxiliary road anti-sedimentation inspection well
The invention relates to the technical field of municipal road and inspection well construction, and discloses a shaped steel sleeve auxiliary road anti-sedimentation inspection well integrated forming construction method which comprises a roadbed, a cushion layer used for dispersing load stress is laid at the upper end of the roadbed, and a base layer used for dispersing generated load vertical force is laid at the upper end of the cushion layer. A pouring layer for pedestrians and vehicles to walk together is laid at the upper end of the cushion layer, an anti-displacement mechanism for preventing displacement of the pouring layer is arranged in the pouring layer, after the inspection well mechanism and the supporting mechanism are built, the reinforcing mechanism is built, and after the reinforcing mechanism is built, the reinforcing mechanism can be placed. After the reinforcing mechanism is placed, the anti-displacement mechanism is installed, a primary pouring concrete layer and a secondary pouring concrete layer can be paved after the steps are completed, and after the primary pouring concrete layer and the secondary pouring concrete layer are solidified, the service life of the pouring layer can be effectively prolonged through reinforcement of the reinforcing mechanism and the reinforcing mechanism; and therefore, cracking and sedimentation of the pouring layer are avoided.
本发明涉及市政道路和检查井建设技术领域,公开了定型钢套筒辅助道路防沉降检查井一体成型施工工法,包括路基,路基上端铺设有用于分散负载应力的垫层,垫层上端铺设有用于分散产生的荷载垂直力的基层,垫层上端铺设有用于供行人及车辆同行的浇筑层,浇筑层内部设置有用于防止浇筑层位移的防位移机构,当窨井机构与支撑机构完成搭建后,对加强机构进行建设,完成加强机构的建设后即可进行摆放加固机构,完成加固机构摆放后安装防位移机构,完成上述步骤后即可摊铺一次浇筑混凝土层和二次浇筑混凝土层,一次浇筑混凝土层和二次浇筑混凝土层在固化后通过加固机构和加强机构的加固可有效地提高浇筑层的使用寿命,从而避免出现浇筑层崩裂沉降。
Integrated forming construction method of shaped steel sleeve auxiliary road anti-sedimentation inspection well
定型钢套筒辅助道路防沉降检查井一体成型施工工法
ZHANG JIANGUO (Autor:in) / XUAN MINXUE (Autor:in) / ZHANG XIAOWEI (Autor:in) / CHEN PEIJIE (Autor:in) / XU PENGJUN (Autor:in)
28.05.2024
Patent
Elektronische Ressource
Chinesisch
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