Computer room installation reverse construction method

Abstract

The invention relates to a machine room mounting reverse construction method. A machine room at least comprises an equipment foundation, equipment and equipment pipelines. The machine room mounting reverse construction method comprises the following steps that 1, a total station is combined with a three-dimensional scanner to position all the equipment pipelines in the machine room; 2, according to the equipment pipeline positioning requirement, all the equipment pipelines in the machine room are mounted; 3, all the equipment pipelines in the machine room are lifted and fixed through a support; 4, the center lines of all the equipment pipelines in the machine room are projected to the ground, and through the total station, all the equipment pipelines in the machine room are positioned andrechecked; and 5, the equipment foundation is mounted, all the equipment is mounted after the equipment foundation is mounted, and all the equipment is connected with the corresponding equipment pipelines. The machine room mounting reverse construction method is widely applied to electromechanical mounting engineering. Through the machine room mounting reverse construction method, off-site prefabricating and constructing are separated, and the on-site electromechanical mounting period is shortened; electromechanical one-time pipeline mounting is away from a key route, and the purpose of machine room priority is achieved; and the construction space is wide, and main pipe transferring and construction difficulties are lowered.

Description

technical field [0001] The patent of the invention belongs to the field of electromechanical installation and construction of construction engineering, and specifically relates to a reverse construction method for machine room installation. Background technique [0002] Large-scale computer rooms for mechanical and electrical majors are generally set up on the equipment floor, with complex pipelines and dense stacking, requiring a wide construction space. [0003] The traditional method is to build the foundation and walls first and then construct the mechanical and electrical pipelines. This leads to the accumulation of a large number of pipelines on the equipment layer, which is difficult to turn around, the construction space is seriously insufficient, and the working surface is difficult to open. At the same time, because the mechanical and electrical pipelines are generally above the equipment, working at heights increases the difficulty of construction and reduces work...

AI Technical Summary

Problems solved by technology

[0003] The traditional method is to build the foundation and walls first and then construct the mechanical and electrical pipelines, which leads to the accumulation of a large number of pipelines on the equipment layer, which is difficult to turn around, the construction space is seriously insufficient, and the working surface is difficult to open

At the same time, because the mechanical and electrical pipelines are generally above the equipment, working at heights increases the difficulty of construction and reduces worker efficiency

[0004] Moreover, the vertical transportation of super high-rise buildings is a difficult problem. At this time, it is the peak period of fine decoration, secondary structure, and curtain wall transportation, which is difficult to transport and is not conducive to the construction of the machine room.

Images