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Force transmission device of bottom plate post-cast strip and construction method of force transmission device
The force transmission device comprises a foundation, bottom plate concrete is poured at the two ends of the upper surface of the foundation, a post-cast strip foundation pit is formed in a gap between the opposite surfaces of every two adjacent bottom plate concrete, and a force transmission mechanism is installed on the inner bottom wall of each post-cast strip foundation pit. The force transmission mechanism is connected with the two pieces of bottom plate concrete. The force transmission mechanism is installed in the lower end of the post-cast strip foundation pit, the fixing plate in the force transmission mechanism is used for reinforcing the steel bar protection layer, meanwhile, the force transmission rod in the force transmission mechanism is used for limiting the steel bar binding point in the steel bar protection layer, and after pouring is completed, when the post-cast strip foundation pit is stressed, the steel bar binding point in the steel bar protection layer is limited; the reinforcing steel bar protection layer and the fixing plate are synchronously stressed and transmit the force, meanwhile, when single reinforcing steel bar in the reinforcing steel bar protection layer is stressed, the force is transmitted to the whole reinforcing steel bar protection layer through the reinforcing steel bar binding points and the dowel bars, and therefore the force transmission device for the bottom plate post-cast strip has the characteristic that the force transmission device for the bottom plate post-cast strip can conveniently transmit the force.
本发明公开了一种底板后浇带的传力装置及其施工方法,包括地基,地基的上表面两端均浇筑有底板混凝土,相邻两个底板混凝土的相对表面间的空隙形成有后浇带基坑,后浇带基坑的内底壁安装有传力机构,传力机构连接连接两个底板混凝土。本申请通过设置在后浇带基坑的下端内部安装传力机构,利用传力机构中的固定板对钢筋保护层进行加固,同时利用传力机构中的传力杆对钢筋保护层内的钢筋绑扎点进行限位,使得在浇筑完成后,后浇带基坑受力时,钢筋保护层和固定板同步受力,并对力进行传递,同时,钢筋保护层内单个钢筋受力时,通过钢筋绑扎点和传力杆向整个钢筋保护层进行传递,从而使得具有便于底板后浇带的传力装置进行传力的特点。
Force transmission device of bottom plate post-cast strip and construction method of force transmission device
The force transmission device comprises a foundation, bottom plate concrete is poured at the two ends of the upper surface of the foundation, a post-cast strip foundation pit is formed in a gap between the opposite surfaces of every two adjacent bottom plate concrete, and a force transmission mechanism is installed on the inner bottom wall of each post-cast strip foundation pit. The force transmission mechanism is connected with the two pieces of bottom plate concrete. The force transmission mechanism is installed in the lower end of the post-cast strip foundation pit, the fixing plate in the force transmission mechanism is used for reinforcing the steel bar protection layer, meanwhile, the force transmission rod in the force transmission mechanism is used for limiting the steel bar binding point in the steel bar protection layer, and after pouring is completed, when the post-cast strip foundation pit is stressed, the steel bar binding point in the steel bar protection layer is limited; the reinforcing steel bar protection layer and the fixing plate are synchronously stressed and transmit the force, meanwhile, when single reinforcing steel bar in the reinforcing steel bar protection layer is stressed, the force is transmitted to the whole reinforcing steel bar protection layer through the reinforcing steel bar binding points and the dowel bars, and therefore the force transmission device for the bottom plate post-cast strip has the characteristic that the force transmission device for the bottom plate post-cast strip can conveniently transmit the force.
本发明公开了一种底板后浇带的传力装置及其施工方法,包括地基,地基的上表面两端均浇筑有底板混凝土,相邻两个底板混凝土的相对表面间的空隙形成有后浇带基坑,后浇带基坑的内底壁安装有传力机构,传力机构连接连接两个底板混凝土。本申请通过设置在后浇带基坑的下端内部安装传力机构,利用传力机构中的固定板对钢筋保护层进行加固,同时利用传力机构中的传力杆对钢筋保护层内的钢筋绑扎点进行限位,使得在浇筑完成后,后浇带基坑受力时,钢筋保护层和固定板同步受力,并对力进行传递,同时,钢筋保护层内单个钢筋受力时,通过钢筋绑扎点和传力杆向整个钢筋保护层进行传递,从而使得具有便于底板后浇带的传力装置进行传力的特点。
Force transmission device of bottom plate post-cast strip and construction method of force transmission device
一种底板后浇带的传力装置及其施工方法
LI LIMING (Autor:in) / SHI WEIQIANG (Autor:in) / XU FENGYA (Autor:in) / ZHOU DONGNI (Autor:in) / TAN WEIGUO (Autor:in)
18.08.2023
Patent
Elektronische Ressource
Chinesisch
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