Road Surface Cutting Thickness Measurement System SmartScraper
SmartScraper
Improve the efficiency and labor-saving of surface cutting shape management tasks through the use of ICT.
SmartScraper is a system that aims to improve the efficiency and labor-saving of surface milling quality management tasks by utilizing ICT. By using a tablet device installed on heavy machinery to continuously record the trajectory and milling thickness during construction, it reduces the conventional quality measurement tasks that rely on levels and measuring tapes, and enables immediate verification of reports by utilizing construction history data.
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**Main Features of SmartScraper** - Achieves labor-saving through surface management - Synchronizes position and depth in real-time - Acquires construction history data (three-dimensional coordinates) in real-time - Complies with the construction management guidelines for ICT construction road surface work In traditional construction management, it was necessary to measure width and height using levels and measuring tapes for each construction, and then create reports after returning to the office. With SmartScraper, construction history data can be acquired in real-time while performing the work, allowing for report creation without the hassle of data entry. Additionally, it enables immediate confirmation of compliance with standards, allowing for a swift transition to the next phase of work.
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Corresponding to the construction management guidelines for ICT pavement work.
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With unique ideas and challenges, we support the field that supports society. AKT | Akasaka Tech. 【Keywords】 akt / i-Construction / Construction DX / NETIS / RTK-GNSS / ICT compaction management / ICT operation management / ICT pile driving management / 3D recording / ground improvement / real-time tilt monitoring / displacement measurement / distance measurement / bucket weight linkage / hardware design and development / software design and development / shipyard / port / heavy and large industry / construction industry / civil engineering on land / marine civil engineering / positioning technology / new technology proposals / smart city / millimeter-wave radar