Construction method of mechanical and electrical installation engineering based on bim platform and measuring robot

Abstract

The invention relates to a mechanical and electrical installation engineering construction method based on a BIM (Building Information Modeling) platform and a measuring robot. According to the method, a mechanical and electrical integral pipeline BIM model and the measuring robot are used. The method has the main characteristics that 1, a design result is optimized, and the actual dimension condition of an on-site building structure is fed back into the mechanical and electrical integral pipeline BIM model in a three-dimensional data form, so that the construction design is optimized, and the construction mistake is reduced; 2, precise and efficient positioning and sampling of on-site mechanical and electrical pipeline and equipment installation is performed through the measuring robot by using three-dimensional data information in the mechanical and electrical integral pipeline BIM model, so that the construction process is optimized, the construction efficiency is improved, and meanwhile, high construction quality is ensured; and 3, the construction site data is collected by using the measuring robot, the auxiliary construction acceptance can be realized through the comparison between measured data and design data, and the quality level of the construction result is enabled to meet the design requirements.

Description

technical field [0001] The invention relates to a construction method of an electromechanical installation project based on a BIM platform and a measuring robot. Background technique [0002] According to the characteristics of the current building mechanical and electrical installation engineering, the construction space is very limited, the distribution is complex, and the construction precision is high. [0003] There are some key problems in the traditional mechanical and electrical installation construction technology that are difficult to solve. 1. Due to the complexity of the building structure space and the errors in the structural construction process, the mechanical and electrical detailing designers cannot accurately grasp the actual situation on the site, resulting in the inability to construct the drawings on site, resulting in a lot of waste of manpower and material resources. 2. The traditional installation and construction measurement methods of electromecha...

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Problems solved by technology

[0003] There are some key problems in the traditional mechanical and electrical installation construction technology that are difficult to solve

1. Due to the complexity of the building structure space and the errors in the structure construction process, the mechanical and electrical detailing designers cannot accurately grasp the actual situation on the site, resulting in the inability to construct the drawings on site, resulting in a lot of waste of manpower and material resources

2. The traditional installation and construction measurement methods of electromechanical pipelines are rough, cumbersome to operate, low in work efficiency, and have large space limitations. In particular, the construction accuracy is not enough, resulting in construction quality that cannot meet the design requirements

3. The traditional mechanical and electrical installation acceptance inspection is not perfect for information inspection such as pipeline levelness and straightness. Using measuring robots to guide the on-site construction of comprehensive pipelines can effectively improve the acceptance process and improve construction quality

4. In the field of electromechanical installation with complex laying lines such as curved pipelines, the efficiency of traditional construction methods is very low and cannot meet the requirements of the construction period

[0004] At present, the construction space of building mechanical and electrical installation projects is very limited, the distribution is complex, and the construction precision is required to be high.

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