Applications and advantages of SLAM mobile 3D scanners in mine surveying.
As technology continues to evolve, so does measurement technology. Traditional mine measurement methods have been unable to meet the needs of modern mining production. At this time, the advent of SLAM mobile 3D scanners brought revolutionary changes to mine surveying.
Part 1: What is SLAM Mobile 3D Scanner?
SLAM, or Simultaneous Localization and Mapping, is a real-time localization and mapping technology. The SLAM mobile 3D scanner combines SLAM technology with 3D scanning technology, which can achieve real-time positioning and mapping in unknown environments, and obtain 3D models of objects at the same time. The application of this technology makes the measurement of mine roadways and goafs simple, fast and accurate.
2. Application of SLAM mobile 3D scanner in mine surveying.
1.Roadway Measurement and Modeling: In traditional roadway surveying, it is often necessary to manually measure, record data, and then calculate the results. This method is not only inefficient, but also difficult to guarantee accuracy. Using the SLAM mobile 3D scanner, you can quickly obtain a detailed 3D model of the roadway, providing accurate data support for mine maintenance, safety monitoring and disaster warning.
2.Goaf monitoring: Goaf is a major safety hazard in mine production. Through the SLAM mobile 3D scanner, the goaf can be monitored in real time, its 3D morphological changes can be obtained, potential safety risks can be detected in time, and the production safety of the mine can be guaranteed.
3.Resource estimation and production management: The 3D model obtained by the SLAM mobile 3D scanner allows for a more accurate estimate of the mine's resource reserves. At the same time, combined with the needs of mining production, refined production management can be realized and the production efficiency of mines can be improved.
3. Advantages of SLAM mobile 3D scanners.
1.High accuracy: Compared with traditional measurement methods, SLAM mobile 3D scanners have higher measurement accuracy and can meet the accuracy requirements of modern mining production.
2.Fast: Traditional measurement methods require a lot of manual operation, while SLAM mobile 3D scanners can realize automated measurements, greatly improving measurement efficiency.
3.Real-time: Due to the use of SLAM technology, real-time positioning and map construction can be realized, making the monitoring of goaf more timely and effective.
4.Multi-scene adaptability: Whether it's a complex roadway or an open goaf, the SLAM mobile 3D scanner can quickly adapt and acquire an accurate 3D model.
5.Low cost: Although the initial investment of SLAM mobile 3D scanners is relatively high, in the long run, it can greatly reduce labor costs and improve work efficiency, which has high economic value.
IV. Conclusions. With the continuous development of science and technology, the application of SLAM mobile 3D scanners in mine surveying will become more and more extensive. Its high precision, fast, real-time and multi-scene adaptability make it have obvious advantages in 3D scanning modeling, mapping and surveying of mine roadways and goafs. In the future, SLAM mobile 3D scanners are expected to become the mainstream tool for mine surveying, bringing greater economic benefits and safety guarantees to mining production.