Construction method used for superhigh building fire elevator shaft wall and reinforced concrete wall

Abstract

The invention discloses a construction method used for a superhigh building fire elevator shaft wall and a reinforced concrete wall and belongs to the field of building construction. The constructionmethod used for the superhigh building fire elevator shaft wall comprises the following operating steps that a masonry wall is changed into the reinforced concrete wall according to original design drawings; reinforcing bar and concrete numbers are designed and confirmed; and wall steel bar binding and concrete construction are synchronized with superhigh building fire elevator shaft core tube structure construction, so that a superhigh building fire elevator overall shaft and a core tube structure are formed at a time. Therefore, the procedure of secondary structure construction at a later stage is omitted, resources such as manpower are saved, the construction period is shortened, and the construction elevator dismounting time and the curtain wall filling construction time are moved forwards.

Description

technical field [0001] The invention relates to a construction method and a reinforced concrete wall for a super-high-rise fire-fighting elevator shaft wall, belonging to the field of building construction. Background technique [0002] In the prior art, for the construction of the super high-rise fire elevator shaft, according to the requirements of the original design drawings, the elevator shaft is composed of reinforced concrete walls and masonry walls. If the construction is carried out according to this design, the construction of the secondary structure must be waited after the construction of the core tube structure is completed. The fire elevator shaft can only be handed over after completion. The difference between the secondary structure construction and the structural construction in the on-site construction deployment and schedule arrangement is nearly 10 floors, which is very unfavorable for the handover of the fire elevator shaft. [0003] Therefore, there is ...

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Problems solved by technology

[0004] Aiming at the problems of complex construction procedures, time-consuming and labor-intensive construction of super-high-rise fire-fighting elevator shaft masonry walls in the prior art, a construction method and reinforced concrete wall for super-high-rise fire-fighting elevator shaft walls have been invented, which can save Eliminate guide wall construction, structural column planting, wall masonry, steel bar binding, formwork support, concrete pouring and other complicated secondary structure construction procedures, greatly reducing manpower input, reducing the pressure of super high-rise material transportation, and at the same time handing over fire elevators in advance Hand over the shaft to strive for the deadline for the follow-up work

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