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Real-time automatic measurement of subsidence and uplift! Numerous achievements in various locations such as roads, ground, bridges, railways, and buildings.

【Examples of Achievements】 ■Architecture: Monitoring whether the floor slab sinks during jack-up (underpinning method) Effect: Real-time measurement of the flatness (level) of the floor slab as multiple points can be measured simultaneously ■Bridges: Measuring whether the bent sinks during girder installation Effect: Increased safety as workers do not need to enter the area ■Railways: Monitoring rail fluctuations during chemical injection Effect: Real-time data confirmation since rails cannot be lowered once raised ■Roads: Monitoring whether there is any impact on the road above during underpass construction Effect: Measuring the integrity of the road and monitoring the safety of vehicles 24/7 *For more details, please download the catalog or contact us.

Difference in height with design | Flatness of the casting surface | Quality control of the finished product

【Visualizing Numerical Data with Mesh】 Data measured in comparison to the flatness design values after the slab placement is displayed using a mesh. 【Measurement Items】 Deviation values, transverse flatness, longitudinal flatness, deviation values, detailed measured values.

Non-contact deflection measurement output

Measure the deflection of the beam non-contact and without entering the area. By installing a laser distance meter directly below or diagonally below the beam and continuously measuring the distance to the beam during train passage, we calculate and output the deflection amount. By using three high-precision devices, we can reliably measure the deflection amount even when the train is moving at high speed.

In March 2024, a renewed version of K-Cloud will be launched! Automatic creation of deliverables! Customize specifications! Manage all data on a single screen.

Data Management on a Single Screen - Measurement / Total Station / GNSS / Weather Meter (Temperature, Humidity, Atmospheric Pressure, Rainfall, Wind Speed, Wind Direction) / Noise Meter / Vibration Meter / WBGT Meter / Inclinometer / Settlement and Uplift Sensor / Laser Distance Meter / Water Quality Meter / Network Camera / Others / - Data Logger / Water Level Meter / Strain Gauge / Concrete Curing Temperature Meter / Center Hole Load Meter / Others *Sensors connected via RS-232C communication standard Document Creation Function - Data Types: CSV, Reports (Excel), Graphs (PDF) - Others: Dedicated formats for each system - Period: Set for the past week or any desired period - Output Interval: 10 minutes, 1 hour, 2 hours, 3 hours, 6 hours, 12 hours, 24 hours

Understand the height and position of the beam without interrupting the construction.

This is an automatic measurement system that manages the three-dimensional coordinates of the bridge girder position information using an automatic sighting total station and displays the difference from the planned height. With real-time automatic measurement, there is no need to interrupt work for measurements. Displacement data measured can be viewed from a PC in the site office or from remote terminals using a web browser (K-Cloud). ● Direct comparison with design values Traditionally, bridge measurements were conducted manually using levels and staffs to compare with the design. By registering the design (planned) data in advance into the system, it is possible to directly and in real-time compare the differences between the design values and the values during construction.