A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Stair assembling structure and assembling method
The invention discloses a stair assembling structure and an assembling method. The stair assembling structure comprises a step-shaped steel plate, the baffles are vertically arranged on the outer sides of the vertical plates, the top surfaces of the baffles are higher than the upper surface of the horizontal plate, and the heights of the baffles can be adjusted; the side plates are arranged on the two sides of the step-shaped steel plate in the step extending direction; the concrete pouring layer is arranged on each horizontal plate of the step-shaped steel plate; and the concrete coating layer is arranged on one side, far away from the vertical plate, of each baffle plate. When the stair splicing structure is applied, concrete is directly poured on each horizontal plate after the stair-shaped steel plates are built, and a formed concrete pouring layer is used for treading; and the baffles and the side plates are arranged for limiting during concrete pouring, concrete is prevented from overflowing, and the integrality of the concrete pouring device can be improved through the arrangement of the concrete coating layer. The step-shaped steel plates do not need to be dismantled, the concrete and the step-shaped steel plates are solidified into a whole, the structure is stable, and building is convenient.
本发明公开了一种楼梯拼装结构及拼装方法，楼梯拼装结构包括：阶梯状钢板；挡板，竖直设置在每个竖直板的外侧，挡板的顶面高于水平板的上表面且挡板的高度能够调节；侧板，沿阶梯延伸方向设置在阶梯状钢板的两侧；混凝土浇筑层，设置在阶梯状钢板的每个水平板上；混凝土涂抹层，设置在每个挡板远离竖直板的一侧。在应用本发明时，楼梯拼装结构在搭建阶梯状钢板后直接在每个水平板上浇筑混凝土，形成的混凝土浇筑层以供踩踏；挡板和侧板的设置对混凝土浇筑时进行限位，防止混凝土外溢，混凝土涂抹层的设置能够提高本发明的整体性。本发明无需拆除阶梯状钢板，混凝土与阶梯状钢板凝固为一体，结构稳定，搭建方便。
Stair assembling structure and assembling method
The invention discloses a stair assembling structure and an assembling method. The stair assembling structure comprises a step-shaped steel plate, the baffles are vertically arranged on the outer sides of the vertical plates, the top surfaces of the baffles are higher than the upper surface of the horizontal plate, and the heights of the baffles can be adjusted; the side plates are arranged on the two sides of the step-shaped steel plate in the step extending direction; the concrete pouring layer is arranged on each horizontal plate of the step-shaped steel plate; and the concrete coating layer is arranged on one side, far away from the vertical plate, of each baffle plate. When the stair splicing structure is applied, concrete is directly poured on each horizontal plate after the stair-shaped steel plates are built, and a formed concrete pouring layer is used for treading; and the baffles and the side plates are arranged for limiting during concrete pouring, concrete is prevented from overflowing, and the integrality of the concrete pouring device can be improved through the arrangement of the concrete coating layer. The step-shaped steel plates do not need to be dismantled, the concrete and the step-shaped steel plates are solidified into a whole, the structure is stable, and building is convenient.
本发明公开了一种楼梯拼装结构及拼装方法，楼梯拼装结构包括：阶梯状钢板；挡板，竖直设置在每个竖直板的外侧，挡板的顶面高于水平板的上表面且挡板的高度能够调节；侧板，沿阶梯延伸方向设置在阶梯状钢板的两侧；混凝土浇筑层，设置在阶梯状钢板的每个水平板上；混凝土涂抹层，设置在每个挡板远离竖直板的一侧。在应用本发明时，楼梯拼装结构在搭建阶梯状钢板后直接在每个水平板上浇筑混凝土，形成的混凝土浇筑层以供踩踏；挡板和侧板的设置对混凝土浇筑时进行限位，防止混凝土外溢，混凝土涂抹层的设置能够提高本发明的整体性。本发明无需拆除阶梯状钢板，混凝土与阶梯状钢板凝固为一体，结构稳定，搭建方便。
Stair assembling structure and assembling method
楼梯拼装结构及拼装方法
FU XIANG (author) / PAN WENBIN (author) / HE JIKUN (author) / WANG YOUDE (author) / LIAO XUANMAO (author) / DU ZHIHU (author) / LU XINGLONG (author) / FANG WENZONG (author) / LYU MINGDENG (author)
2022-08-12
Patent
Electronic Resource
Chinese
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