Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Large-span raw bamboo and recombined bamboo mixed one-way slab unit, composite floor slab and construction method
The invention provides a large-span raw bamboo and recombined bamboo mixed one-way plate unit adopting full-bolt assembly, which comprises horizontal support pieces, a plurality of vertical support pieces and a plurality of vertical support pieces, the recombined bamboo bottom plate is arranged on the horizontal supporting piece; a hole is formed in a web plate of the positioning piece; the vertical connecting pieces vertically penetrate through the horizontal supporting pieces, the recombined bamboo bottom plate and the positioning pieces extend upwards to penetrate through the recombined bamboo top plate and then are fixed, and the vertical connecting pieces are arranged at intervals; the upper-layer raw bamboo and the lower-layer raw bamboo penetrate through the holes in the horizontal direction and are arranged in the non-closed interval space formed by the vertical connecting pieces and the positioning pieces; and the filling material is filled in the non-closed interval space. Based on the consideration of the stress characteristics of the floor slab in a house building, the research and development of the large-span bamboo prefabricated composite floor slab and the rapid and reliable connection of the large-span bamboo prefabricated composite floor slab and the main body structure are realized, and the method has positive significance in promoting the industrial application of bamboo wood and promoting the engineering production of the bamboo wood.
本发明提供一种采用全螺栓装配的大跨度原竹与重组竹混用单向板单元，包括：水平支撑件，所述水平支撑件间隔排布；重组竹底板，重组竹底板设置在所述水平支撑件上；定位件，定位件的腹板上设有孔洞；竖向连接件，竖向连接件竖直穿过所述水平支撑件、所述重组竹底板和定位件向上延伸穿过重组竹顶板后固定，所述竖向连接件间隔设置；双层原竹，上下双层所述原竹沿水平方向穿过所述孔洞设置在所述竖向连接件与所述定位件构成的非封闭间隔空间内；填充材料，填充材料填充在所述非封闭间隔空间内。本申请基于房屋建筑中楼板受力特性考虑，实现大跨度竹制预制组合楼板研发及其与主体结构快速可靠连接，对促进竹材产业化应用，推动其工程化生产，具有积极意义。
Large-span raw bamboo and recombined bamboo mixed one-way slab unit, composite floor slab and construction method
The invention provides a large-span raw bamboo and recombined bamboo mixed one-way plate unit adopting full-bolt assembly, which comprises horizontal support pieces, a plurality of vertical support pieces and a plurality of vertical support pieces, the recombined bamboo bottom plate is arranged on the horizontal supporting piece; a hole is formed in a web plate of the positioning piece; the vertical connecting pieces vertically penetrate through the horizontal supporting pieces, the recombined bamboo bottom plate and the positioning pieces extend upwards to penetrate through the recombined bamboo top plate and then are fixed, and the vertical connecting pieces are arranged at intervals; the upper-layer raw bamboo and the lower-layer raw bamboo penetrate through the holes in the horizontal direction and are arranged in the non-closed interval space formed by the vertical connecting pieces and the positioning pieces; and the filling material is filled in the non-closed interval space. Based on the consideration of the stress characteristics of the floor slab in a house building, the research and development of the large-span bamboo prefabricated composite floor slab and the rapid and reliable connection of the large-span bamboo prefabricated composite floor slab and the main body structure are realized, and the method has positive significance in promoting the industrial application of bamboo wood and promoting the engineering production of the bamboo wood.
本发明提供一种采用全螺栓装配的大跨度原竹与重组竹混用单向板单元，包括：水平支撑件，所述水平支撑件间隔排布；重组竹底板，重组竹底板设置在所述水平支撑件上；定位件，定位件的腹板上设有孔洞；竖向连接件，竖向连接件竖直穿过所述水平支撑件、所述重组竹底板和定位件向上延伸穿过重组竹顶板后固定，所述竖向连接件间隔设置；双层原竹，上下双层所述原竹沿水平方向穿过所述孔洞设置在所述竖向连接件与所述定位件构成的非封闭间隔空间内；填充材料，填充材料填充在所述非封闭间隔空间内。本申请基于房屋建筑中楼板受力特性考虑，实现大跨度竹制预制组合楼板研发及其与主体结构快速可靠连接，对促进竹材产业化应用，推动其工程化生产，具有积极意义。
Large-span raw bamboo and recombined bamboo mixed one-way slab unit, composite floor slab and construction method
大跨度原竹与重组竹混用单向板单元、组合楼板及施工方法
ZHOU QIAOLING (Autor:in) / ZHAO SHIXING (Autor:in) / XIONG FENG (Autor:in) / YANG SHUHENG (Autor:in) / TANG YUANXU (Autor:in) / LUO HAIYAN (Autor:in) / ZHANG MING (Autor:in) / YU ZHIXIANG (Autor:in) / FAN QINCHUAN (Autor:in) / HE JIE (Autor:in)
01.08.2023
Patent
Elektronische Ressource
Chinesisch
| Europäisches Patentamt | 2023
Recombined bamboo floor and manufacture method thereof
| Europäisches Patentamt | 2015