Engineering construction settlement monitoring method and equipment

Abstract

The invention achieves the purposes by providing an engineering construction settlement monitoring method and equipment. The engineering construction settlement monitoring method comprises the following steps: creating at least one monitoring item associated with a building information model and a monitoring point thereof, wherein each monitoring item comprises at least one monitoring point; acquiring the monitoring values of each monitoring point at different time points on an engineering construction site; according to all the monitoring values of each monitoring point, respectively generating a monitoring analysis curve graph of each monitoring point and a monitoring comprehensive curve graph corresponding to each monitoring item; performing display binding between the monitoring analysis curve graph and/or the monitoring comprehensive curve graph and the building information model so as to achieve corresponding display at the monitoring point position and/or the monitoring item inthe building information model while monitoring personnel check the monitoring analysis curve graph and/or the monitoring comprehensive curve graph. With the engineering construction settlement monitoring method, management and graphical analysis of actual monitoring data are achieved, so that not only is the collaborative working efficiency on the construction site improved, but also real-time monitoring of the construction site is achieved.

Description

technical field [0001] The application relates to the field of construction site management, in particular to a method and equipment for engineering construction settlement monitoring. Background technique [0002] Construction safety is directly related to the life and property safety of construction workers, and is an extremely important part of project site management. The engineering settlement caused by foundation pit construction is the key focus of engineering monitoring personnel because of its long construction period, high complexity, and large safety hazards. [0003] The traditional project management mode for project settlement data is that the monitoring unit summarizes the monitoring data into a monitoring daily report, sends it in the form of an electronic document to the work group including the owner, the general contractor, and the supervisor, and prints the paper version at the same time. Documents are submitted to the three parties for archiving. [00...

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Problems solved by technology

[0004] After on-site investigation, it was found that the current management mode of project settlement data has the following deficiencies: 1), data interaction is slow, on-site paper reports are limited, and electronic reports need to be forwarded many times before they can be delivered to the hands of front-line construction personnel, resulting in data interaction There is sluggishness, which causes timeliness problems; 2), the focus of monitoring is vague, and there are many monitoring data. The on-site personnel focus on the monitoring and alarm data. The electronic reports in the database are often too long, resulting in the expiration of the documents. If the monitoring personnel fail to save the management reports in time due to negligence, it is easy to cause the historical files to be difficult to trace; It reflects the periodic change trend of the monitoring data and provides help for analysis and processing; 5), the location of the measuring point is unclear, and the amount of monitoring data is large. Often, the measuring point data and the layout of the measuring point cannot be displayed on the same page, causing on-site personnel to view the monitoring data. Its positioning is not clear and intuitive; 6), the viewing method is cumbersome, the monitoring report often has dozens of pages, and the way to read it one by one is very cumbersome, so there is an urgent need for an intuitive and vivid way of expression, so that the on-site personnel can browse the monitoring report more conveniently

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