Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel structure assembly type floor slab and assembly method thereof
A steel structure assembly type floor slab comprises a plurality of supporting section steel and a plurality of floor slab modules which are located at the same horizontal height and arranged alternately. Each floor slab module is composed of a plurality of formworks which are located on the same straight line and connected in sequence, the two sides of each formwork are clamped to the adjacent supporting profile steel, and clamping grooves corresponding to the formworks of the adjacent floor slab modules are formed in the two sides of the supporting profile steel. An end plate is formed at the end of the supporting profile steel and abuts against the formwork on the outermost side of the floor slab module. Compared with the prior art; by arranging the rubber pads and the foam plates, connection between the formwork and the supporting profile steel is more stable, when vibration occurs, the rubber pads and the foam plates serve as flexible buffering materials, collision deformation between the formwork and the supporting profile steel is reduced, by arranging the profiled steel plates and arranging the foam blocks in the profiled steel plates, the overall strength of the formwork is high, and meanwhile the overall strength of the formwork is improved. The foam block plays a role in damping and buffering.
一种钢结构装配式楼板，包括位于同一水平高度的若干支撑型钢和若干楼板模组，若干支撑型钢和若干楼板模组交替排布；所述楼板模组由位于同一直线上且依次连接的若干模板组成，模板两侧卡接于相邻支撑型钢上，支撑型钢两侧形成有与相邻楼板模组的模板相对应的卡接槽；所述支撑型钢端部形成有端板，端板与楼板模组最外侧的模板相抵；与现有技术相比；通过设置橡胶垫和泡沫板，使得模板与支撑型钢之间的连接更加稳定，且发生振动时，橡胶垫和泡沫板充当柔性缓冲材料，减少模板与支撑型钢之间的碰撞变形，通过设置压型钢板和在压型钢板内设置泡沫块，使得模板整体强度较高的同时，泡沫块起到减震缓冲作用。
Steel structure assembly type floor slab and assembly method thereof
A steel structure assembly type floor slab comprises a plurality of supporting section steel and a plurality of floor slab modules which are located at the same horizontal height and arranged alternately. Each floor slab module is composed of a plurality of formworks which are located on the same straight line and connected in sequence, the two sides of each formwork are clamped to the adjacent supporting profile steel, and clamping grooves corresponding to the formworks of the adjacent floor slab modules are formed in the two sides of the supporting profile steel. An end plate is formed at the end of the supporting profile steel and abuts against the formwork on the outermost side of the floor slab module. Compared with the prior art; by arranging the rubber pads and the foam plates, connection between the formwork and the supporting profile steel is more stable, when vibration occurs, the rubber pads and the foam plates serve as flexible buffering materials, collision deformation between the formwork and the supporting profile steel is reduced, by arranging the profiled steel plates and arranging the foam blocks in the profiled steel plates, the overall strength of the formwork is high, and meanwhile the overall strength of the formwork is improved. The foam block plays a role in damping and buffering.
一种钢结构装配式楼板，包括位于同一水平高度的若干支撑型钢和若干楼板模组，若干支撑型钢和若干楼板模组交替排布；所述楼板模组由位于同一直线上且依次连接的若干模板组成，模板两侧卡接于相邻支撑型钢上，支撑型钢两侧形成有与相邻楼板模组的模板相对应的卡接槽；所述支撑型钢端部形成有端板，端板与楼板模组最外侧的模板相抵；与现有技术相比；通过设置橡胶垫和泡沫板，使得模板与支撑型钢之间的连接更加稳定，且发生振动时，橡胶垫和泡沫板充当柔性缓冲材料，减少模板与支撑型钢之间的碰撞变形，通过设置压型钢板和在压型钢板内设置泡沫块，使得模板整体强度较高的同时，泡沫块起到减震缓冲作用。
Steel structure assembly type floor slab and assembly method thereof
一种钢结构装配式楼板及其装配方法
DING XINXIN (Autor:in) / ZHOU DONGSHAN (Autor:in) / WANG WENGUANG (Autor:in) / WANG XIAOJIE (Autor:in) / ZHONG LIANG (Autor:in)
13.12.2022
Patent
Elektronische Ressource
Chinesisch
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