Integral moving method for fireproof gable wall

Abstract

The invention discloses an integral moving method for a fireproof gable wall. The method comprises the following steps that S1) the size of the fireproof gable wall is measured, and a fireproof gablewall drawing is drawn; and according to the actually measured data and the drawing of the fireproof gable wall, a carpenter uses timber for making a shaping mold which is matched with side parametersof the fireproof gable wall on site, and a steel outer framework is made according to the actual made shaping mold and the integral structural condition of a fireproof gable wall ridge; S2) the shaping mold and the steel outer framework are synchronously mounted, a gap is reserved between the shaping mold and the wall surface of the fireproof gable wall, and the gap is filled with a honeycomb protective layer; S3) a supporting rod is fixed on the steel outer framework; and S4) lifting rings at the two ends of the supporting rod are suspended through a hoisting device, then the supporting rod is hoisted through the hoisting device to translate the fireproof gable wall onto a loading vehicle, and then the fireproof gable wall is transported to a designated mounting position. The integral moving method of the fireproof gable wall can be used for integrally moving the fireproof gable wall, so that the wall can be prevented from being broken in the transportation process, so that the protection effect on the wall is achieved.

Description

technical field [0001] The invention belongs to the technical field of civil engineering construction equipment, and in particular relates to a method for integral relocation of a fire sealing wall. Background technique [0002] The fire-sealing wall refers specifically to the wall that is higher than the two gable roofs, that is, the top part of the gable wall. It is called "horse head wall" because its shape resembles a horse's head. The origin of the fire wall: the ancient buildings are mainly wooden buildings, and the density of residential buildings is relatively high, which is not conducive to the contradiction of fire prevention. When a fire occurs, the fire is easy to spread along the house. On the top of the two gables of the house, there are brick walls higher than the roof, which can meet the needs of dense fire and wind protection for village houses, and play a role in separating the fire source in the event of a fire in the adjacent houses. Over time, firewalls...

AI Technical Summary

Problems solved by technology

[0003] With the upgrading of urban planning and the construction of some engineering projects that have an impact on geology and ecological environment, some ancient buildings need to be relocated when necessary. The physical damage is relatively large, and it is difficult to maintain the original appearance of the building

Especially during the transportation process, due to the uneven stress on the wall surface by the support of the fixed wall, yes, the wall may break during transportation.

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