[Proposal Presentation] It is possible to select a system equipment configuration tailored to the user's work requirements!
"GPGlove" is a system that displays the current position of work vessels (such as grab vessels and sand spreading vessels) on a computer screen by using position data and orientation data from RTK-GNSS, DGPS, and DGPS compasses, allowing for guidance and recording to target locations. Primarily, it enables guidance and recording to target points for reef installation, dredging locations, and placement of riprap and sand. Additionally, it is possible to print out achievement screens of work and records. 【Features】 ■ Utilized for guidance and recording at the boom top and work frame in scenes such as reef installation and dredging operations ■ Display and operation possible from both the boom control room and the bridge ■ Compatible with various coordinate systems, including the old Japanese geodetic system and the global geodetic system ■ Measurement data such as input coordinates and deviation amounts can be output as reports *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Basic Equipment Configuration Patterns】 ■ DGPS Compass only ■ DGPS Compass + RTK-GNSS receiver on the platform ■ Two GNSS receivers on the platform (RTK-GPS) ■ DGPS Compass + GNSS receiver on the boom top (DGPS or RTK-GNSS) *For more details, please refer to the PDF document or feel free to contact us.*
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For more details, please refer to the PDF document or feel free to contact us.
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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