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Recognition Sensor - List of Manufacturers, Suppliers, Companies and Products

Recognition Sensor Product List

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AGV/AMR dedicated sensor 'Triton'

Mapping the floor like a fingerprint recognition! Achieving improved throughput through the acceleration of AMR driving and positioning.

"Triton" is a dedicated sensor for AGV/AMR that integrates a camera, lighting, CPU, and database into a compact module measuring 11×11×4 cm. By measuring the texture of existing floor surfaces and scanning and mapping their "signature (floor characteristics)," it provides absolute positioning data to the AMR's navigation system. It has high scalability, allowing it to grow with your business and increase the number of AMRs or racks without adding infrastructure. 【Features】 ■ Adapts to dynamic environments ■ Free navigation enabled by virtual grid ■ No need for magnetic tape, reflectors, or QR codes ■ Sub-millimeter accuracy ■ Integrates camera, light source, and data storage into one package *For more details, please refer to the PDF document or feel free to contact us.

  • Sensors
  • Sensors

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Let's create a pedestrian space that brings smiles while walking.

Keywords: walking space evaluation, traffic safety, facial expression sensor

In recent years, as the concept of compact cities and human-centered urban development has spread, the importance of pedestrians in transportation planning has increased. However, the main method used to measure pedestrian comfort, surveys, relies on the willingness of pedestrians to cooperate, making random sampling of subjects impossible. Furthermore, requesting participation in surveys may disrupt the positive mood of pedestrians. To address these issues, by observing and quantifying pedestrians' "smiles," we can theoretically evaluate the quality of pedestrian spaces based on these values, allowing us to encompass all pedestrians in the target area (at least enabling random sampling) and conduct evaluations without the subjects being aware that they are participating in a survey. We are developing a system using advanced image analysis technology and facial expression recognition sensors to analyze pedestrians' expressions, studying how various elements of walking spaces influence pedestrians' happiness.

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