System Applications
BQIM
It connects various detection equipment, monitoring systems and databases, and integrates BIM systems to visualize and attribute management on the construction quality and operation status data of
important structures, and realize the three-dimensional digital management of the entire life cycle of engineering quality.
SYSTEM COMPONENTS
SYSTEM ARCHITECTURE
* Strong system integrity: Combined with a series of testing equipment and monitoring systems developed by the company, combining detection and monitoring, the judgment is more intuitive and
objective;
* The database adopts wired / wireless network dual-mode transmission mode, which can upload data or log in to the website to query at any time;
* The system has high stability and durability, and generally requires no maintenance for 3 to 5 years;
* System security: Allow registered users to download detection data through the website, which has a filtering effect on browsing users;
* System data digitization and three-dimensional visualization, can make long-term continuous recording of structural status and long-term change trends of the same project.
SYSTEM ADVANTAGES
SYSTEM COMPONENTS
It connects various detection equipment, monitoring systems and databases, and integrates BIM systems to visualize and attribute management on the construction quality and operation status data of
important structures, and realize the three-dimensional digital management of the entire life cycle of engineering quality.
COMPUTER TOMOGRAPHY
In the medical field, CT (Computer Tomography) is a very effective non-destructive testing technology. The principle of the elastic wave CT we developed is basically the same as that of medical CT.The
difference is that the medium used is elastic wave instead of X-ray.The parameters used are not only attenuation but also wave velocity.
RAPID VISUALIZATION
VIRTUAL MULTI-CHANNEL TECHNOLOGY
By using the virtual multi-channel technology, the 2 channels (one transmission and one reception) that the instrument is equipped with can be expanded to any number of channels (one transmission
and one reception), so as to give full play to the function of the device and further improve the test accuracy.
3D DRAWING TECHNOLOGY
In the previous software's EWR (Elastic Wave Radar) analysis, we have adopted two methods: "three-dimensional drawing of sharpened defects" (Figure 1 below) and "three-dimensional section slice"
(Figure 2 below).
By further optimizing the "three-dimensional drawing of sharpened defects" and optimizing the software at the same time, the "three-dimensional drawing of spectral peaks" for concrete defect detection is formed, as shown below:
"True three-dimensional drawing of spectral peaks" refers to the peaks of the frequency spectrum in the entire depth range (starting depth and ending depth), which are represented on a three-
dimensional map according to their relative amplitude.
VISUALIZATION
This function can comprehensively display information such as the position and size of structural defects, and realize 3D display of rock anchor length and grouting test results.
SUT
INTRODUCTION
BQIM (Building Quality & Health Information Modeling System) is an engineering quality health information model system that aims at infrastructure projects such as highways, bridges, tunnels, rail
transits, etc., with inspection, maintenance management as the service content, and control of engineering quality. It is a comprehensive application of BIM technology in professional fields such as traffic
engineering detection, monitoring, operation and maintenance. The entire system has the characteristics of real-time, visibility and archival, and provides strong support for ensuring construction quality
and health maintenance. It can realize the monitoring results visualization and intelligent information management throughout the life cycle of the building.