As one of the most important industries in human history, the construction industry is also constantly advancing in digital transformation. Tupu software combined with the application of AR technology has brought more convenient and efficient construction process management to the construction industry.
In the traditional construction management process, due to the lack of information technology, there are often problems such as incomplete data and communication difficulties, which lead to extended construction periods, increased costs, and reduced quality. The combination of Tupu software and AR technology can realize real-time monitoring, collaborative design, remote debugging and other functions of various stages of building construction, thereby improving the efficiency and quality of the construction process and reducing safety hazards and errors in building construction.
Tupu software uses the independently developed HT for Web product to build a three-dimensional scene process of building construction, and combines AR technology to simultaneously realize the virtual simulation effect of the AR scene.
Pile foundation process
In traditional pile foundation construction, due to many problems such as incomplete information and communication difficulties, construction delays and quality problems often occur. Using Tupu software combined with AR technology can realize functions such as real-time monitoring, collaborative design, and remote debugging, thereby improving the efficiency and quality of the construction process and reducing safety hazards and errors.
3D scene & VR scene
Main structure construction process
In the main construction process, Tupu software combined with AR technology can realize the visual display and three-dimensional presentation of architectural models. Construction workers can directly view the construction drawings and construction process through AR glasses and other equipment, which facilitates timely discovery and processing of problems and improves work. efficiency.
3D scene & VR scene
Masonry curtain wall installation process
During the masonry curtain wall installation process, 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 construction safety and hygiene.
3D scene & VR scene
landscape environment
In terms of landscape environment, Tupu software combined with AR technology can realize visual display and three-dimensional presentation of design plans, which is conducive to more detailed planning of landscape scenes and construction processes, and improves the efficiency and quality of landscape design.
3D scene & VR scene
Specifically, Tupu software combined with the application of AR technology can project the architectural model into the real scene through virtual reality technology to realize the visual display and three-dimensional presentation of the design plan. In addition, construction workers can directly view construction drawings and construction processes through AR glasses, mobile phones, mobile terminals and other devices, making it easier to discover and deal with problems in a timely manner. 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 construction safety and hygiene.
Office AR Navigation
In modern offices, there are often many rooms, corridors, door numbers and other complex spatial structures. It is often difficult for new employees or visitors to find their destination. At this time, office AR navigation can come in handy.
Tupu HT can digitize office floor plans and three-dimensional models through AR, digital twins, and mobile object development technologies, and combine them with real AR scene technology to generate office AR navigation. Users only need to open the corresponding web page on their mobile phone or tablet and scan the QR code in the office to see the real-time AR navigation map to guide them to their destination.
To achieve the accuracy and faster response speed of AR recognition technology, it is inseparable from the application of AR recognition libraries. Tupu HT screened the conventional recognition libraries on the market, such as Vuforia, ARKit, ARCore, EasyAR, etc., and combined Tupu HT's own computing engine has developed a new generation of HT AR products, which have higher recognition rates and stability.
HT image recognition technology is also one of the core technologies of the AR recognition library. It is mainly used to match images in the real world with predefined image libraries, thereby triggering the display of corresponding virtual content. Object tracking technology is used to track objects in the real world to achieve precise positioning and following of virtual content. Pose estimation technology is used to estimate the pose of objects in the real world in order to display virtual content more accurately. Scene recognition technology is used to identify scenes in the real world, thereby triggering the display of corresponding virtual content.
Industry application requirements
Through Tupu HT AR, we can realize the actual requirements for applications in various industries. Here are a few common application scenarios:
- Educational field: Tupu HT AR can be used in virtual laboratories, virtual reality, etc. in the field of education. Students can use AR recognition technology to observe and operate experimental equipment, chemical reactions, etc. in the virtual laboratory to better understand and master relevant knowledge.
- Tourism field: Tupu HT AR can be used for virtual tour guides, virtual attractions, etc. in the tourism field. Tourists can use AR recognition technology to observe and understand the history and cultural background of virtual attractions, so as to better feel and understand the local customs.
- Commercial field: Tupu HT AR can be used for virtual fitting, virtual display, etc. in the commercial field. Consumers can use AR recognition technology to try on virtual clothes, watch virtual displays, etc., to better understand and choose products.
- Industrial field: Tupu HT AR can be used for repair and maintenance in the industrial field. Workers can use AR recognition technology to observe and understand the internal structure and working principles of the equipment, so as to better perform repairs and maintenance.
AR cabinet scanning
In an enterprise's data center, cabinets are important facilities for storing servers and other equipment. In order to ensure the normal operation of the data center, regular inspection and maintenance of the cabinets are required. Traditional inspection methods often require manual inspection of each cabinet one by one, which is a time-consuming and labor-intensive task. Tupu HT can digitize the cabinet through AR image recognition technology and combine it with AR technology to generate AR scanning visualization of the cabinet.
Users only need to open the corresponding web page on their mobile phones or tablets and scan the cabinet body. Tupu HT AR engine can completely identify the model and current status of the corresponding cabinet, and then they can see the real-time AR scan image showing the inside of the cabinet. equipment status, temperature, humidity and other information for quick inspection and maintenance.
Tupu HT combines data center-related businesses and analyzes the corresponding advantages and disadvantages of AR rapid identification of cabinet information and traditional cabinet viewing systems.
AR cabinet advantages
Compared with real cabinet data collection, which has the disadvantages of heavy workload, error-prone omissions, and inability to remotely manage and update real-time data, AR cabinet data collection has the following advantages:
- Visual presentation: AR cabinet data sorting can realize the visual presentation of real cabinet data. Users can directly observe the equipment layout, connection lines, equipment status and other information inside the cabinet through AR equipment, which facilitates user operation and maintenance.
- High operating efficiency: AR cabinet data organization can improve the user's operating efficiency and accuracy. Users can directly operate and maintain the equipment inside the cabinet through the AR device without entering the cabinet for operation, reducing the difficulty and risk of operation.
- Remote management and monitoring: AR cabinet data organization can realize remote management, monitoring and maintenance of the equipment inside the cabinet. Users can remotely connect to AR equipment for cabinet management, saving manpower and material costs.
- Real-time update: AR cabinet data sorting can realize real-time update and monitoring of the equipment inside the cabinet. Users can use the AR device to view the status and operation of the equipment inside the cabinet in real time, and perform timely maintenance and processing.
Tupu software combines the application of AR technology to perform visual presentations in the virtual world, thereby improving work efficiency and accuracy. It has brought more efficient, intelligent, and secure management methods to industries such as construction and computer rooms, and will promote digital transformation and innovative development in many industries.
We believe that digital twin technology has broad application prospects in the AR field. With the continuous development of technology, we believe that it will be applied in more fields and bring more convenience and benefits to people's lives and work. Tupu Software will continue to lead the new trend of AR technology and bring more possibilities for technological innovation to various industries!