Through AR application, users can view the 3D projection of the building model in the real environment, so as to better evaluate the design scheme and make decisions.
* In large-scale construction projects, AR can be used for navigation and positioning.
Workers can use AR glasses or mobile phone applications to display virtual information on the construction site, such as the location of pipelines, cables and other infrastructure. This is helpful to reduce mistakes and time waste and improve construction efficiency.
*AR technology can add virtual markers to actual buildings to provide guidance and explanation.
Construction workers can use AR equipment, such as wearing monitors or smart glasses, to check real-time guidance, such as the correct installation location of parts, safety operation procedures, etc. This can reduce training time and mistakes and improve work quality.
*AR can provide better education and training tools for architectural students and professionals.
Through AR application, students can visit the building in the virtual environment and learn about the building structure and construction details. Professionals can use AR to simulate complex construction process and provide practical experience and skills training.
*AR can be used for the maintenance of buildings and facilities.
Maintenance personnel can use AR devices, such as smart glasses or tablets, to view the technical details, maintenance guides and troubleshooting information of the devices. This can improve maintenance efficiency and reduce downtime and cost.
*AR can be used for the marketing and display of construction projects.
Developers and marketing teams can create AR applications to allow potential buyers to experience virtual building models in the real world and browse indoor and outdoor designs, so as to better understand and appreciate the potential of the project.
The combination of HT and AR technology can realize the functions of real-time monitoring, collaborative design, remote debugging and so on in all stages of building construction, thus improving the efficiency and quality of the construction process and reducing the potential safety hazards and errors in building construction. The three-dimensional scene flow of building construction is constructed, and the virtual simulation effect of AR scene is realized simultaneously by combining AR technology.
HT AR technology in pile foundation process can realize real-time monitoring, collaborative design and remote debugging, thus improving the efficiency and quality of construction process and reducing potential safety hazards and errors.
The main structure construction process combined with AR technology can realize the visual display and three-dimensional presentation of the building model. Construction workers can directly check the construction drawings and construction process through AR glasses and other equipment, which is convenient for finding and handling problems in time and improving work efficiency.
Installation process of masonry curtain wall In the installation process of masonry curtain wall, data collection and analysis are carried out by using sensors and other equipment, which can also effectively monitor environmental factors such as temperature, humidity and air quality at the construction site and ensure the safety and hygiene of construction.
Landscape Environment In the aspect of landscape environment, the combination of AR technology can realize the visual display and three-dimensional presentation of the design scheme, which is conducive to more detailed planning of landscape scenes and construction processes and improving the efficiency and quality of landscape design.
Using Hightopo and AR technology, the architectural model is superimposed on the real picture through virtual reality technology to realize the visual display and three-dimensional presentation of the design scheme. In addition, construction workers can directly check the construction drawings and construction process through AR glasses, mobile phones, mobile terminals and other equipment to find and deal with problems in time. At the same time, the use of sensors and other equipment for data collection and analysis can also effectively monitor environmental factors such as temperature, humidity and air quality at the construction site to ensure the safety and hygiene of construction.
Improve the design, construction and maintenance processes to improve efficiency and accuracy!