Construction method of wire seam wall for pseudo-classic architecture

Abstract

The invention discloses a construction method of a wire seam wall for pseudo-classic architecture. The construction method includes the following steps of (1), scheme optimization; (2), construction preparation; (3), surveying and setting out; (4) arrangement of tie bars and constructional columns; (5), block arranging, bottom laying and ridge table pouring; (6), wire retractor arrangement; (7), poling, wire hanging and wall laying; (8), arrangement of the constructional columns, a ring beam and lintel pouring concrete; (9), calking ending; (10), plate layout of the wire seam wall; (11), arrangement of bottoming pieces; (12), laying of the silk seam wall; (13), arranging and pouring of a hidden beam; and (14), dot repairing. A composite wall is divided into a structural wall and the wire seam wall, two methods of wall separation construction highlight the professional advantages of two kinds of wall workers, the quality of each wall is guaranteed, the construction progress is accelerated, the labor cost is saved, the problem that cross contamination is prone to occurring due to simultaneous laying is solved, and meanwhile, the construction technical difficulties caused by compositewalls with different specifications and modules are eliminated.

Description

technical field [0001] The invention relates to the technical field of construction of antique buildings, in particular to a construction method for silk seam walls of antique buildings. Background technique [0002] With the advancement of science and technology, wall materials are also developing in the direction of energy saving and environmental protection; the silk seam wall of antique buildings built with aerated concrete blocks and small pavilion mud bricks at the same time has low energy consumption, light weight, and good thermal insulation effect. It is a form of masonry that is comparable to the practice of silk-slit walls in ancient buildings. In the field of antique buildings, this technology of silk-slit walls in antique buildings, which is built simultaneously with aerated concrete blocks and mud bricks in small pavilions, has been widely used. Applications. At present, aerated concrete blocks are used to build secondary structure walls, and small pavilion mu...

AI Technical Summary

Problems solved by technology

[0003] 1. Raw materials: The composite wall is built with small pavilion mud bricks and aerated concrete blocks. The specifications and sizes are different. cut, increasing the cost of secondary processing

[0004] 2. Cost: At present, the wages of workers who build mud bricks for small pavilions are much higher than workers who build aerated concrete block walls. At the same time, workers who build composite walls can only be constructed with antique silk seam walls, and labor costs are high.

[0006] 4. Progress: The mud brick masonry of the small pavilion has fine craftsmanship, high technical content, and slow construction speed; the aerated concrete block masonry has large allowable deviation, simple process, low technical content, and fast construction speed; at the same time, the composite wall is built The total construction period is long, and it affects the construction of sub-projects such as indoor plastering

[0008] In view of the many disadvantages above, the silk seam wall of the antique building built at the same time with the aerated concrete block and the mud brick of the small pavilion is at a disadvantage in the promotion of technical use

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