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Tunnel cross-section automatic measurement with 'Architectural Clearance Measuring Device' LDM300A

This is a building gauge measuring device for railway operators. It can automatically measure tunnel cross-sections. Equipped with a color LCD, it allows for on-site verification of measurement results.

This is a building gauge measurement device for railway operators. Its main purpose is to be used in railway facilities such as tunnels, platforms, and signals. It controls the rotation angle of the internal laser distance sensor with an internal motor to perform continuous and single measurements. The measurement results are saved to a microSD card, allowing for serial data communication output to a PC or similar devices. A dedicated base is used to install the measuring device on the track, and it can simultaneously measure cant and slack along with the building gauge measurement. To measure, the base is installed on the rail, and the laser is directed to the desired measurement point, followed by pressing the measurement switch. The horizontal distance from the rail surface and the track center, as well as the height, are measured, and at the same time, the measurement point is plotted on the building gauge diagram, and the clearance value is calculated. 【Features】 ■ Equipped with a color graphic LCD - Allows for confirmation of measurement results on-site ■ Equipped with an inclination sensor - Cant measurement is possible with the dedicated base ■ Compact and labor-saving - Has a widening measurement function *If you are interested in rental, please indicate your rental request by clicking the "Contact Us" button below.

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  • トンネル断面.JPG
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  • Distance measuring device

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Motion measurement using Azure Kinect

We conducted walking measurements using two Azure Kinect devices. Please make use of the insights gained from this process.

【Motion Measurement with Azure Kinect】 Our company has successfully utilized the Azure Kinect, the successor to Kinect 2, with our technology, achieving the potential to use it as a markerless 3D motion measurement system. We have already published an overview of the insights gained during this process, so please refer to our catalog. This time, we conducted actual walking measurements. Below, we outline the issues encountered during the experiments and the countermeasures taken, as well as examples of walking measurement results, which are introduced in the catalog. If you are interested, please contact us. 【Issues Encountered】 Errors may occur during the startup process when powering on the Azure Kinect, depending on the conditions of the capture range, and it may become impossible to recover from these errors. This happens when there are objects within the field of view that the Azure Kinect cannot measure. Specifically, this includes objects that are either too close or too far away. Errors also occur when the sky is within the field of view. 【Countermeasures】 It is necessary to follow quite complex procedures to recover from this issue. If you are having trouble with this matter, please contact us.

  • 3D measuring device

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