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Visualize the wind. Turn it into data. Easily implement environmental improvements with a wind direction and speed meter!

The anemolink-2D is characterized by its ease of use, as it can be operated simply by placing it down. With a compact size of approximately 9 cm in diameter and support for USB power supply, installation is very straightforward. It can sense even the slightest breeze that a person can barely feel, with wind direction indicated by the position of the lit LEDs and wind speed intuitively grasped by the brightness of the lit LEDs. Furthermore, when the wind reaches an overflow state, all LEDs will blink, visualizing airflow changes with high precision. The obtained wind direction and speed data can be saved, and when connected to a Windows computer, it can be checked as numerical data using a dedicated app.

A facility monitoring sensor that can monitor temperature, detect leaks, and detect dryness, serving three functions in one device.

VisilantEye is an equipment monitoring sensor that integrates our electronics technology and software technology. It can non-contact detect temperature changes, leaks from equipment and piping, and the drying state of objects in factories and manufacturing sites. ■ Detects and notifies temperature changes, leaks, and drying - VisilantEye detects by analyzing infrared thermal images with a unique algorithm. - When low temperature/high temperature, leaks, or drying are detected, the main unit's LED flashes, allowing you to understand the situation without looking at the display panel. - By connecting a stacked LED signal light or PLC to the detection notification terminal, you can notify external devices. ■ Temperature detection mode The detectable temperature range can be set from -30°C to +250°C. It can also detect relative temperature changes from normal conditions. ■ Leak detection mode Detects floor leaks of hot or cold water in a normal temperature environment. ■ Drying detection mode Can detect the drying state from a distance.

It does not miss tiny scratches and foreign objects with a depth of a few micrometers. Defect detection, which relied on visual inspection, is captured and detected in one shot using our unique scattered light detection technology!

The optical inspection technology OneShotBRDF detects fine scratches and foreign substances, which previously relied on visual inspection by skilled inspectors, using its unique scattered light detection technology to capture and detect in one shot. ■ Supports curved and 3D shapes It can handle gently curved surfaces and inclined surfaces that are difficult to inspect. ■ High-speed inspection through one-shot imaging Scattered light is captured in a single shot, enabling real-time inspection. ■ Color separation of scattered light to visualize fine defects Microscopic scratches and unevenness that are difficult to recognize are visualized in color. ■ Uses multi-wavelength coaxial aperture filters By imaging the slight changes in scattered light caused by scratches through a "multi-wavelength coaxial aperture filter," the recognition of fine defects can be simplified. *The lighting design applying this scattered light analysis technology received the 2019 Optical Design Excellence Award (sponsored by the Optical Society of Japan).

AI explains the causes and countermeasures for oscilloscope waveform anomalies. A waveform characteristic evaluation assist tool to streamline evaluation and analysis.

■What is Waveform Insight, the Waveform Characteristic Evaluation Assist Tool? Waveform Insight is an AI platform that performs everything from learning to explanation. Based on the information from learned data (past waveform data, causes of abnormal waveforms, and response history), it outputs the causes of abnormalities and corresponding solutions. By automating the evaluation tasks from judgment to explanation, it contributes to improving the quality of evaluation work. Furthermore, it also helps enhance the analytical skills of engineers. ■Features of Waveform Insight - AI explains waveform characteristics instead of engineers. - Assists with "cause explanations" for waveform abnormalities and "response methods" to resolve them. - Achieves automated testing from measurement to explanation by integrating with automatic measurement programs. - Supports both image data and numerical data. - Automates "waveform judgment" and "waveform explanation" in collaboration with Waveform Meister.