Method for building factory-style light integral quakeproof house and quakeproof house component

Abstract

The invention provides a method for building a factory-style light integral quakeproof house and a quakeproof house component, which belong to the technical field of light integral house components and factory-style house buildings. The invention mainly aims to solve the problems of large dead weight of wall body and floor, poor quakeproof effect, high manual labor intensity and long construction period existing in the prior building. The method has the characteristics: (1) pressing light integral bock type inner walls, outer walls, floor plates, upright post mould plates, beam mould plates, internal-pulling type fixing rods, stair wells, upper-layer tiles, bearing beams and lower-layer tiles according to sizes of wall surfaces and floors of all rooms; (2) after assembling the components on the building site, casting upright posts and ring beams to complete the construction and the decoration of one floor; (3) repeating the step (2) to complete the construction of all floors; and (4) after casting the ring beam of the top floor, fixedly mounting the lower layer tiles, the bearing beams and the upper layer tiles, and forming the double-layer roof. The method has the characteristics of high house building speed, light floor weight, good house wholeness, unnecessary fitment, unnecessary assistant construction of scaffolds, and good quakeproof effect; and the quakeproof house component is mainly used for a storied building.

Description

technical field [0001] The invention belongs to the technical field of light integral house components and industrialized house building. Specifically, it relates to a method for industrially building a light overall anti-seismic house and an anti-seismic house component specially used for the method. Background technique [0002] Architecture is an ancient industry. Whether it is a brick-concrete building or a frame building, the walls are made of bricks, the floors are made of prefabricated panels or integral pouring, and the walls and roofs of the rooms need to be flattened and decorated with cement foam. Existing buildings have the disadvantages of heavy walls and floors, poor anti-seismic effect, high manual labor intensity, and long construction time. The construction needs scaffolding assistance to complete the construction. In addition, existing many standard-sized plates are assembled, and the roof is also assembled by plates. Its shortcoming is that it cannot be ...

AI Technical Summary

Problems solved by technology

Whether it is a brick-concrete building or a frame building, the walls are made of bricks, the floors are made of prefabricated panels or integral pouring, and the walls and roofs of the rooms need to be flattened and decorated with cement foam. Existing buildings have the disadvantages of heavy walls and floors, poor anti-seismic effect, high manual labor intensity, and long construction time. The construction needs scaffolding assistance to complete the construction.

In addition, there are many standard-sized panels assembled, and the roof is also assembled by panels. The disadvantage is that it cannot be used to build buildings, nor can it be used to build walls and floors of rooms.

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