It is possible to measure from a distance without the risk of damage to the object due to contact, allowing for high-precision measurements in a short time.
【Example】 Location: Fukuoka Castle Ruins Area: Approximately 700 square meters Number of Measurements: 35 locations Measurement Time: Approximately 3 hours and 30 minutes Measurement Data Confirmation: Approximately 1 hour (Total: Approximately 4 hours and 30 minutes) 【Measurement Conditions】 ■ Measurements can be conducted outdoors and indoors ■ Due to equipment specifications, a temperature range of 5°C to 40°C is desirable during measurements ■ Measurements can be conducted at night or in dark places, but obtaining color information may be difficult ■ Outdoor measurements may be impossible depending on weather conditions due to laser reflection and refraction from rain or fog ■ Glossy surfaces that reflect lasers or black objects that absorb lasers will reduce point cloud acquisition rates * Mirrors and glass, for example, will almost not yield point clouds ■ Moving objects during measurement will be processed as noise during data processing * Considering the accuracy of point cloud acquisition, measurements during times when no people are present are preferable ■ Generally, measurements are taken from below, so point clouds of the top surfaces of objects cannot be obtained. If point cloud acquisition is necessary, measurements should be taken from a height 【Examples of Point Cloud Data Utilization】 ■ Dimension measurement ■ Cross-section display ■ Elevation display ■ Intensity display ■ 3D modeling ■ VR, etc.
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Possibilities of Utilizing 3D Measurement ■ Inherit the accurate three-dimensional shape and appearance of cultural properties and buildings to the next generation ■ Utilize for restoration work in case of damage due to disasters, etc. ■ Create drawings from point clouds when construction drawings are not preserved ■ Conduct regular measurements to investigate changes in shape and appearance, and use for preservation and repair ■ Create 3D models from point clouds and use for simulations such as restoration
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Cultural properties, monuments, cultural landscapes, traditional buildings, etc., that have high value from historical, artistic, academic, and aesthetic perspectives.
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At Technobrain, we use 3D laser scanners for current condition surveys of renovation work and modeling from point clouds. Leveraging the technology of "3D laser scanning measurement" developed on-site, we are also engaged in the digital preservation of cultural properties. "4K + 3D shooting" is a technology that creates high-quality 3D spaces that can be viewed anytime and anywhere by capturing the entire surrounding area. It allows for free movement within a realistic space composed of 4K photographs, and VR experiences are also possible. This technology can be utilized in a wide range of fields, including current condition surveys of construction sites, promotion of cultural properties, accommodation facilities, commercial facilities, and real estate property introductions. Additionally, we create BIM-compatible construction drawings and develop VR, AR, and MR content from CAD data.
![[Example] Point cloud data of tunnel walls using LupoScan](https://image.mono.ipros.com/public/product/image/3c9/2000681117/IPROS64430966200854055431.png?w=280&h=280)
![[For the pharmaceutical manufacturing industry] Digitizing entry management in oxygen-deficient hazardous work.](https://image.mono.ipros.com/public/product/image/20a/2001525768/IPROS14827379347403299223.jpg?w=280&h=280)
![[For the food manufacturing and beverage manufacturing industry] Digitizing the management of oxygen deficiency hazard work in tank entry.](https://image.mono.ipros.com/public/product/image/bf8/2001525769/IPROS12773363766147418267.jpg?w=280&h=280)
