Construction tracking method and system based on three-dimensional design scheme

Abstract

The invention relates to a construction tracking method and system based on a three-dimensional design scheme. A real space is scanned; a three-dimensional data model is generated; the three-dimensional data model is transmitted to an analysis device and a virtual three-dimensional model for analysis; an employer can observe a similar proportion value of the three-dimensional data model and the virtual three-dimensional model through mixed reality equipment; the three-dimensional entity scanning equipment is installed on the site, a superimposed image is generated, so that an employer can perform site observation by the three-dimensional entity scanning equipment installed on the site without going to the site personally, a design drawing discussed at present is compared with a construction project, each construction link is autonomously selected for checking, and the work progress is analyzed to reach the construction standard expected by the employer.

Description

technical field [0001] The invention relates to the field of mixed reality technology, in particular to a construction tracking method and system based on a three-dimensional design scheme. Background technique [0002] Nowadays, when construction is carried out on the construction site, the employer often cannot continuously grasp the construction progress of the workers, and the construction position of the workers may be different from the position communicated by the employer at the beginning. If the employer checks and accepts the workers after the completion of the work, the problem is discovered. In this way, workers still need to modify the construction objects, or even dismantle them directly, and remake them, which will cost a lot of time and money. Moreover, if the employer wants to go to the construction site to understand the construction progress, he needs to go there by himself. The site is very far away, and it will be extremely difficult for the employer to ...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, when construction is carried out on the construction site, the employer often cannot continuously grasp the construction progress of the workers, and the construction position of the workers may be different from the position communicated by the employer at the beginning. If the employer checks and accepts the workers after the completion of the work, the problem is discovered. In this way, workers still need to modify the construction objects, or even dismantle them directly, and remake them, which will cost a lot of time and money. Moreover, if the employer wants to go to the construction site to understand the construction progress, he needs to go there by himself. The site is very far away, and it will be extremely difficult for the employer to go to the construction site to understand the construction progress

[0003] For example, when carrying out furniture construction at home, in the past, construction workers and employers would discuss the appearance of furniture and the location of furniture construction through two-dimensional drawings. There is a slight gap, and the construction is completed. After the employer checks and accepts, it is found that the style and location of the workers’ construction are different from the original employer’s expectations. This will cause disputes and troubles between the workers and the employer. If the employer can help the workers during construction , to accurately grasp its construction progress, will be able to avoid the above problems

[0004] To sum up, the employer cannot accurately grasp the progress and construction situation of the known construction site. The employer can only understand with the workers according to the original construction plane. When the construction is completed, it is often different from the original concept of the employer. Therefore, After long-term research and development, the inventor invented a construction tracking method and system based on a three-dimensional design scheme, which enables the employer to observe on-site by the three-dimensional solid scanning equipment installed on the site without having to visit the site in person, and the Compare the design drawings discussed at the beginning with the construction project, and independently select each construction link to view and analyze the work progress to achieve the construction standards desired by the employer

Images