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A platform for research: civil engineering, architecture and urbanism
Construction method of air shaft combined wall of large-storey-height logistics warehouse
The invention relates to a construction method of an air shaft combined wall of a large-storey-height logistics warehouse, which comprises the following steps of: in the construction process, firstly building a circle of block wall at the lower part, and arranging constructional columns at four corners; then, the steel plate is fixed to the upper surface of the constructional column through chemical anchor bolts, the four square steel pipes serve as corner columns of the upper light steel keel wall body to be welded to the steel plate, and in addition, a square steel pipe is welded to the position, half of the longitudinal height, of each side of the wall body. And then the heaven and earth keels and the primary and secondary keels are mounted in sequence. The two layers of silicate plates are sequentially installed on the inner side and the outer side of the keel through self-tapping screws. If the wall body has the fireproof requirement, fireproof rock wool needs to be filled between the keels before the silicate plates on the outer side are installed. Under the condition of saving cost, the difficulty of inconvenient construction is solved, meanwhile, the construction efficiency is improved, and potential safety hazards are reduced.
本发明涉及一种大层高物流仓库风井组合墙体的施工方法，在施工过程中，应先砌筑下方一圈砌块墙体，并在四角设置构造柱；此后用化学锚栓将钢板固定在构造柱上表面，将四根方钢管作为上部轻钢龙骨墙体的角柱焊接在钢板上，另外在墙体每边纵向高度一半的位置焊接一道方钢管。此后按顺序先后安装天地龙骨，主次龙骨。将两层硅酸盐板先后通过自攻钉安装在龙骨内外侧。若此墙体有防火要求，需在安装外侧硅酸盐板前，在龙骨间满填防火岩棉。本发明在节省成本的情况下解决了施工不便的困难，同时提升了施工效率，减少安全隐患。
Construction method of air shaft combined wall of large-storey-height logistics warehouse
The invention relates to a construction method of an air shaft combined wall of a large-storey-height logistics warehouse, which comprises the following steps of: in the construction process, firstly building a circle of block wall at the lower part, and arranging constructional columns at four corners; then, the steel plate is fixed to the upper surface of the constructional column through chemical anchor bolts, the four square steel pipes serve as corner columns of the upper light steel keel wall body to be welded to the steel plate, and in addition, a square steel pipe is welded to the position, half of the longitudinal height, of each side of the wall body. And then the heaven and earth keels and the primary and secondary keels are mounted in sequence. The two layers of silicate plates are sequentially installed on the inner side and the outer side of the keel through self-tapping screws. If the wall body has the fireproof requirement, fireproof rock wool needs to be filled between the keels before the silicate plates on the outer side are installed. Under the condition of saving cost, the difficulty of inconvenient construction is solved, meanwhile, the construction efficiency is improved, and potential safety hazards are reduced.
本发明涉及一种大层高物流仓库风井组合墙体的施工方法，在施工过程中，应先砌筑下方一圈砌块墙体，并在四角设置构造柱；此后用化学锚栓将钢板固定在构造柱上表面，将四根方钢管作为上部轻钢龙骨墙体的角柱焊接在钢板上，另外在墙体每边纵向高度一半的位置焊接一道方钢管。此后按顺序先后安装天地龙骨，主次龙骨。将两层硅酸盐板先后通过自攻钉安装在龙骨内外侧。若此墙体有防火要求，需在安装外侧硅酸盐板前，在龙骨间满填防火岩棉。本发明在节省成本的情况下解决了施工不便的困难，同时提升了施工效率，减少安全隐患。
Construction method of air shaft combined wall of large-storey-height logistics warehouse
一种大层高物流仓库风井组合墙体的施工方法
LIANG FU (author) / WANG ZHENG (author) / HE MINGMIN (author) / LIU MING (author)
2024-11-12
Patent
Electronic Resource
Chinese
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