Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Modularized hollow floor system with integrally prefabricated core mold and floor system bottom plate
The invention discloses a core mold and floor system bottom plate integrally prefabricated modular hollow floor system which comprises a floor system top plate, a floor system bottom plate and a ribbed beam located between the floor system top plate and the floor system bottom plate, and the floor system bottom plate is formed by splicing a plurality of prefabricated bottom plate modules. Each prefabricated bottom plate module comprises a supporting bottom plate and core molds distributed on the supporting bottom plate in an array mode, the supporting bottom plate is formed by pre-pouring and hardening supporting bottom plate reinforcing steel bars and concrete, the lower surfaces of the core molds are fixedly connected with the upper surface of the supporting bottom plate, and a ribbed beam pouring space used for pouring ribbed beams is reserved between every two adjacent core molds; the ribbed beams are formed by cast-in-place combination and hardening of ribbed beam steel bars and concrete fixed at the ribbed beam pouring space, the floor top plate is formed by cast-in-place combination and hardening of floor top plate steel bars and concrete, and the ribbed beams and the floor top plate are integrally formed in a pouring mode. The core mold and the bottom plate of the hollow floor are integrally prefabricated, the core mold does not need to be assembled on site, the construction and assembly efficiency is improved, and the construction process is simplified.
本发明公开了一种芯模与楼盖底板整体预制的模块化空心楼盖，包括楼盖顶板、楼盖底板以及位于楼盖顶板与楼盖底板之间的肋梁，楼盖底板由若干个预制底板模块拼接而成，每个预制底板模块包括支撑底板以及阵列分布在支撑底板上的芯模，支撑底板由支撑底板钢筋和混凝土预先浇筑硬化形成，芯模的下表面与支撑底板的上表面固定连接，相邻两个芯模之间留有用于浇筑肋梁的肋梁浇筑空间；肋梁由固定在肋梁浇筑空间处的肋梁钢筋和混凝土现浇结合硬化形成，楼盖顶板由楼盖顶板钢筋和混凝土现浇结合硬化形成，肋梁与楼盖顶板为一体浇筑成型。本发明通过将芯模与空心楼盖的底板进行一体化预制，无需现场组装芯模，提高了施工装配的效率，简化了施工流程。
Modularized hollow floor system with integrally prefabricated core mold and floor system bottom plate
The invention discloses a core mold and floor system bottom plate integrally prefabricated modular hollow floor system which comprises a floor system top plate, a floor system bottom plate and a ribbed beam located between the floor system top plate and the floor system bottom plate, and the floor system bottom plate is formed by splicing a plurality of prefabricated bottom plate modules. Each prefabricated bottom plate module comprises a supporting bottom plate and core molds distributed on the supporting bottom plate in an array mode, the supporting bottom plate is formed by pre-pouring and hardening supporting bottom plate reinforcing steel bars and concrete, the lower surfaces of the core molds are fixedly connected with the upper surface of the supporting bottom plate, and a ribbed beam pouring space used for pouring ribbed beams is reserved between every two adjacent core molds; the ribbed beams are formed by cast-in-place combination and hardening of ribbed beam steel bars and concrete fixed at the ribbed beam pouring space, the floor top plate is formed by cast-in-place combination and hardening of floor top plate steel bars and concrete, and the ribbed beams and the floor top plate are integrally formed in a pouring mode. The core mold and the bottom plate of the hollow floor are integrally prefabricated, the core mold does not need to be assembled on site, the construction and assembly efficiency is improved, and the construction process is simplified.
本发明公开了一种芯模与楼盖底板整体预制的模块化空心楼盖，包括楼盖顶板、楼盖底板以及位于楼盖顶板与楼盖底板之间的肋梁，楼盖底板由若干个预制底板模块拼接而成，每个预制底板模块包括支撑底板以及阵列分布在支撑底板上的芯模，支撑底板由支撑底板钢筋和混凝土预先浇筑硬化形成，芯模的下表面与支撑底板的上表面固定连接，相邻两个芯模之间留有用于浇筑肋梁的肋梁浇筑空间；肋梁由固定在肋梁浇筑空间处的肋梁钢筋和混凝土现浇结合硬化形成，楼盖顶板由楼盖顶板钢筋和混凝土现浇结合硬化形成，肋梁与楼盖顶板为一体浇筑成型。本发明通过将芯模与空心楼盖的底板进行一体化预制，无需现场组装芯模，提高了施工装配的效率，简化了施工流程。
Modularized hollow floor system with integrally prefabricated core mold and floor system bottom plate
一种芯模与楼盖底板整体预制的模块化空心楼盖
LUO CHIYU (Autor:in) / CAI FENGWEI (Autor:in) / KIM CHAN-KOOK (Autor:in) / XU GANG (Autor:in) / YE HAO (Autor:in)
17.01.2023
Patent
Elektronische Ressource
Chinesisch
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