A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction process for high-strength floors in subway space
The invention relates to a construction process for high-strength floors in a subway space. The construction process has the following effects that ground connecting pieces are fixed to form a whole,a concrete base layer is used for pouring and fixing the ground connecting pieces and a bottom plate, and the overall weight below force bearing plates is increased, so that the force bearing plates,the ground connecting pieces and the concrete base layer form a whole; when a subway enters and exits from a station, the whole bearing vibration is larger, the force bearing plates are not prone to happening local relative vibration, and therefore the vibration borne by the single force bearing plates is reduced; and gaps between the force bearing plates and the concrete base layer are grouted under high pressure to fill the gaps below the force bearing plates, so that the positions below the force bearing plates are full, the force bearing effect of the force bearing plates is improved, theforce bearing plates are not easy to deform, and the breaking probability of the force bearing plates is reduced. According to the construction process, the overall strength and the anti-seismic property of the floors in the subway station space are improved, and application to the use scene of the subway station is facilitated.
本申请涉及一种地铁空间内高强度地板施工工艺，本申请具有以下的效果，连地件之间相互固定形成整体，混凝土基层用于将连地件与底板浇筑固定，并且增大承力板下方的整体重量，从而使承力板、连地件和混凝土基层形成整体，在地铁进出站的时候，承受震动的整体较大，不易使承力板发生局部相对震动，因此降低了单块承力板承受的震动。再通过在承力板和混凝土基层之间的间隙高压注浆，填满承力板下方的空隙，使承力板下方饱满，提高承力板的承力效果，并且使承力板不易发生形变，降低了承力板破碎的概率。上述施工工艺提高了地铁站空间内地板的整体强度和抗震性能，有利于针对地铁站的使用场景进行应用。
Construction process for high-strength floors in subway space
The invention relates to a construction process for high-strength floors in a subway space. The construction process has the following effects that ground connecting pieces are fixed to form a whole,a concrete base layer is used for pouring and fixing the ground connecting pieces and a bottom plate, and the overall weight below force bearing plates is increased, so that the force bearing plates,the ground connecting pieces and the concrete base layer form a whole; when a subway enters and exits from a station, the whole bearing vibration is larger, the force bearing plates are not prone to happening local relative vibration, and therefore the vibration borne by the single force bearing plates is reduced; and gaps between the force bearing plates and the concrete base layer are grouted under high pressure to fill the gaps below the force bearing plates, so that the positions below the force bearing plates are full, the force bearing effect of the force bearing plates is improved, theforce bearing plates are not easy to deform, and the breaking probability of the force bearing plates is reduced. According to the construction process, the overall strength and the anti-seismic property of the floors in the subway station space are improved, and application to the use scene of the subway station is facilitated.
本申请涉及一种地铁空间内高强度地板施工工艺，本申请具有以下的效果，连地件之间相互固定形成整体，混凝土基层用于将连地件与底板浇筑固定，并且增大承力板下方的整体重量，从而使承力板、连地件和混凝土基层形成整体，在地铁进出站的时候，承受震动的整体较大，不易使承力板发生局部相对震动，因此降低了单块承力板承受的震动。再通过在承力板和混凝土基层之间的间隙高压注浆，填满承力板下方的空隙，使承力板下方饱满，提高承力板的承力效果，并且使承力板不易发生形变，降低了承力板破碎的概率。上述施工工艺提高了地铁站空间内地板的整体强度和抗震性能，有利于针对地铁站的使用场景进行应用。
Construction process for high-strength floors in subway space
地铁空间内高强度地板施工工艺
LAI JINZHONG (author) / ZENG GUOQIANG (author) / XIE HAIYUAN (author) / LI JUAN (author) / HU GUIHUA (author) / LI LONG (author) / DENG YINGYI (author) / ZHENG SONGLING (author) / CAI HAOBIN (author) / JIAN JINQUAN (author)
2020-11-03
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
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