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Tunnel corridor measurement
Through handheld 3D LiDAR Scanners and automated modeling technology, the data collection efficiency of tunnel corridors is greatly improved, helping to build high-precision, visualized digital models of underground space, making tunnel corridor measurements more efficient and accurate.
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Business pain points
• Traditional manual measurement: There are great safety risks when working in a narrow closed space, the single-point collection speed is slow, and it relies on the experience of the operator. It is difficult to fully obtain the overall deformation of the tunnel, and the field operation environment is harsh and the cycle is long.
• Traditional total station/station-mounted scanning: The equipment is bulky and has poor portability. It needs to repeatedly set up stations in the tunnel. It is greatly affected by the lack of GPS signals. The station setup process is cumbersome and time-consuming. It has low measurement efficiency for continuous long-distance tunnels and poor operational flexibility.
Usage scenarios
Urban underground comprehensive pipe corridor construction and acceptance, highway and railway tunnel construction monitoring, subway tunnel inspection and maintenance, water conservancy and hydropower tunnel measurement, municipal pipeline inner wall inspection, tunnel section measurement and boundary inspection, construction progress monitoring, underground space digital archiving.
solution
Digital measurement of tunnel corridors
Through handheld 3D LiDAR Scanners and intelligent solving algorithms, the efficiency of tunnel corridor spatial data collection is greatly improved, helping to build a high-precision tunnel corridor digital base, making underground space measurement more intelligent and convenient.
● Compared with traditional single-point measurement, the efficiency is increased by more than 30 times
● Intelligent SLAM real-time positioning can perform millimeter-level fine collection of tunnel inner walls and support automatic texture fusion.
● There is no need to set up stations and targets, and dynamic continuous scanning can be achieved, and long-distance tunnel corridors can be covered in one operation.
● Supports one-click export of multi-format data, generates tunnel section drawings, deformation analysis reports and 3D models, and connects to the BIM/GIS platform to form a closed business loop
hardware
SHARE SLAM S20 SE
Rapid scanning scenarios for narrow and restricted space environments such as small pipeline corridors, maintenance passages, and culverts.
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SHARE SLAM S20
Measurement and inspection scenarios of conventional tunnel corridors such as urban comprehensive corridors, subway tunnels, and highway tunnels.
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SHARE SLAM S100
High-precision measurement scenarios for long-distance, large-section tunnels such as long tunnels, water conservancy tunnels, and mine tunnels.
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Workflow
• Data collection: Operators hold 3D LiDAR Scanners and walk in the tunnel corridor for continuous scanning to obtain high-precision 3D point cloud data in real time.
• Data governance: Import the collected data into SHARE PointClouds Studio, automatically complete trajectory calculation and coordinate fusion, and generate colored point cloud data.
• Law enforcement implementation: Import the model into the tunnel corridor management system to provide accurate data support for construction monitoring, deformation analysis and acceptance assessment.
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