A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Engineering bamboo-lightweight concrete sandwich floor slab capable of being assembled and construction method
The invention provides an engineering bamboo-lightweight concrete sandwich floor slab capable of being assembled. The engineering bamboo-lightweight concrete sandwich floor slab comprises prefabricated sandwich floor slab single bodies, a secondary beam, engineering bamboo connecting plates, thin-wall angle steel, plate nails and self-tapping screws, wherein each prefabricated sandwich floor slab single body comprises a T-shaped lightweight concrete plate, and an upper cladding engineering bamboo plate and a lower tension engineering bamboo plate that have the same width as that of a web of the T-shaped lightweight concrete plate, each T-shaped lightweight concrete plate, the corresponding upper cladding engineering bamboo plate and the corresponding lower tension engineering bamboo plate are equal to a web of the T-shaped lightweight concrete plate in width and are fixedly connected in a structural adhesive bonding mode, the long side directions of the upper cladding engineering bamboo plates and the lower tension engineering bamboo plates are kept consistent with the rift grain direction of bamboo, the secondary beam is connected with the prefabricated sandwich floor slab single bodies on the two sides of the secondary beam at the upper portion through the engineering bamboo connecting plates and plate nails nailed into the secondary beam at certain intervals, and the secondary beam is connected with the prefabricated sandwich floor slab single bodies on the two sides of the secondary beam through the thin-wall angle steel and the self-tapping screws. The invention further provides a construction method of the floor slab.
本发明提供一种可装配的工程竹‑轻质混凝土夹芯楼板，包括预制夹芯楼板单体，次梁、工程竹连接板、薄壁角钢、板钉、自攻螺钉。其中，预制夹芯楼板单体包括T形轻质混凝土板以及与T形轻质混凝土板腹板等宽的上覆面工程竹板和下部受拉工程竹板，三者通过结构胶粘结的形式固定连接，上覆面工程竹板和下部受拉工程竹板的长边方向与竹材顺纹方向保持一致；次梁与其两侧的预制夹芯楼板单体在上部通过工程竹连接板以及每隔一定间距钉入的板钉进行连接，次梁与其两侧的预制夹芯楼板单体通过薄壁角钢以及自攻螺钉进行连接。本发明同时给出上述楼板的施工方法。
Engineering bamboo-lightweight concrete sandwich floor slab capable of being assembled and construction method
The invention provides an engineering bamboo-lightweight concrete sandwich floor slab capable of being assembled. The engineering bamboo-lightweight concrete sandwich floor slab comprises prefabricated sandwich floor slab single bodies, a secondary beam, engineering bamboo connecting plates, thin-wall angle steel, plate nails and self-tapping screws, wherein each prefabricated sandwich floor slab single body comprises a T-shaped lightweight concrete plate, and an upper cladding engineering bamboo plate and a lower tension engineering bamboo plate that have the same width as that of a web of the T-shaped lightweight concrete plate, each T-shaped lightweight concrete plate, the corresponding upper cladding engineering bamboo plate and the corresponding lower tension engineering bamboo plate are equal to a web of the T-shaped lightweight concrete plate in width and are fixedly connected in a structural adhesive bonding mode, the long side directions of the upper cladding engineering bamboo plates and the lower tension engineering bamboo plates are kept consistent with the rift grain direction of bamboo, the secondary beam is connected with the prefabricated sandwich floor slab single bodies on the two sides of the secondary beam at the upper portion through the engineering bamboo connecting plates and plate nails nailed into the secondary beam at certain intervals, and the secondary beam is connected with the prefabricated sandwich floor slab single bodies on the two sides of the secondary beam through the thin-wall angle steel and the self-tapping screws. The invention further provides a construction method of the floor slab.
本发明提供一种可装配的工程竹‑轻质混凝土夹芯楼板，包括预制夹芯楼板单体，次梁、工程竹连接板、薄壁角钢、板钉、自攻螺钉。其中，预制夹芯楼板单体包括T形轻质混凝土板以及与T形轻质混凝土板腹板等宽的上覆面工程竹板和下部受拉工程竹板，三者通过结构胶粘结的形式固定连接，上覆面工程竹板和下部受拉工程竹板的长边方向与竹材顺纹方向保持一致；次梁与其两侧的预制夹芯楼板单体在上部通过工程竹连接板以及每隔一定间距钉入的板钉进行连接，次梁与其两侧的预制夹芯楼板单体通过薄壁角钢以及自攻螺钉进行连接。本发明同时给出上述楼板的施工方法。
Engineering bamboo-lightweight concrete sandwich floor slab capable of being assembled and construction method
一种可装配的工程竹-轻质混凝土夹芯楼板及施工方法
CHEN ZHIHUA (author) / MA RUI (author) / DU YANSHENG (author) / WANG XIAODUN (author) / MA JIA (author) / AI RUI (author)
2021-04-09
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
LIGHTWEIGHT CONCRETE FLOOR SLAB AND LIGHTWEIGHT CONCRETE FLOOR SLAB CONSTRUCTION METHOD
| European Patent Office | 2023
Lightweight sandwich reinforced concrete truss floor slab and construction method thereof
| European Patent Office | 2020
| European Patent Office | 2023
Prefabricated concrete sandwich floor slab of fabricated building and construction method
| European Patent Office | 2023