Improving method for pipeline burying construction of infilled wall

Abstract

The invention discloses an improving method for pipeline burying construction of a block wall body. The improving method comprises the following four procedures: I, BIM (Building Information Modeling) technology simulated construction; II, building block tapping; III, wall body building; IV, pipeline gap filling. A pipeline position is located accurately by the BIM technology simulated construction, a small quantity of infilled wall building blocks are tapped by a tapper, a pipeline is inserted into the block wall body, the pipeline is arranged firstly, and the infilled wall is built secondly. The improving method has the advantages of easiness and convenience in pipeline burying operation, high efficiency and low cost. The improving method has the beneficial effects that hole sizes are reduced, so that damage to the building blocks is lowered, and the strength of the block wall body is ensured effectively.

Description

Technical field [0001] The invention relates to an improved method for burying construction of pipelines in a filling wall, belonging to the technical field of building wall construction. Background technique [0002] Infill walls are used for various frames, frame-shear structures, and masonry walls that play a maintenance role, and do not bear various loads. With the rapid development of the construction industry, the water, electricity, heating, communications, cable television and other related supporting facilities and functions in the building have been continuously improved, and the promotion of intelligent building has made the reservation of various pipelines continue to increase. The pre-buried construction of the pipelines of the supporting facilities generally adopts the improvement method of mechanical operation on the filling wall or manual operation of the construction of slotted buried pipelines. Mechanical operation of slotting damages the integrity of the wall ...

AI Technical Summary

Problems solved by technology

[0006] Disadvantages: The workload of block cutting is large, the waste of blocks is more, and the wall is easy to crack when pouring fine stones

[0010] Disadvantages: cement mortar filling is easy to pollute the wall surface, and the wall is deformed due to the tension of the mortar filling

[0014] Its shortcomings: the size of the groove is large, it is troublesome to pour fine stone concrete in the later stage, and it is not easy to fill densely

[0018] Its shortcomings: the production of special-shaped blocks requires the production of molds, which are suitable for mass production, and the specifications and sizes of the reserved grooves have been determined before production, which cannot be fully applied to the actual construction conditions on site, and the mobility is not strong

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