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Starting June 1, 2025, it has become mandatory for businesses to implement measures against heatstroke in order to prevent its severity. The target is work sites where "work is expected to be carried out continuously for more than 1 hour or for more than 4 hours a day in environments with a WBGT of 28 degrees or higher or a temperature of 31 degrees or higher." You can also download materials summarizing the specific details of the revisions. The 'hamon band S' estimates changes in deep body temperature rise and fall from pulse wave information, allowing for instant detection of abnormalities in workers through a heatwave risk alert. It is rechargeable and not disposable, making it usable for several years! 【Three Features】 ■ No communication required: Easily detect abnormalities by simply wearing it on your wrist ■ Deep body temperature estimation: Estimates the rise and fall of deep body temperature using patented technology ■ Three-stage alert to notify of danger For more details, please refer to the PDF materials or feel free to contact us.

Starting June 1, 2025, it has become mandatory for businesses to implement measures against heat stroke in order to prevent its severity. The target is work sites where "work is expected to be conducted for more than one hour continuously or more than four hours in a day under conditions of WBGT 28 degrees Celsius or higher or air temperature of 31 degrees Celsius or higher." The 'hamon band S' estimates changes in deep body temperature rise and fall from pulse wave information, allowing for immediate detection of abnormalities in workers through a heatwave risk alert. It is rechargeable and not disposable, making it usable for several years. 【Three Features】 ■ No communication needed: Easily detect abnormalities by simply wearing it on the wrist ■ Deep body temperature estimation: Estimates the rise and fall of deep body temperature using patented technology ■ Three-stage alert for danger For more details, please refer to the PDF document or feel free to contact us.

Set against the backdrop of the World Heritage Site Himeji Castle, we present a full CG video utilizing the latest technology. In this project, we created intricate CG models using point cloud data obtained from drone footage captured on-site, leveraging Unreal Engine. The point cloud data acquired through aerial photography captures the castle's main keep, stone walls, and surrounding landscapes with millimeter precision, accurately reproducing actual dimensions and shapes in the CG environment. By utilizing Unreal Engine's real-time rendering capabilities, we faithfully reconstructed light, shadow, and texture expressions, enabling a variety of dynamic presentations, including changes between day and night and the four seasons. Furthermore, the produced CG video can also be developed as VR content. The presentation allows for experiences that are difficult to achieve with regular video, such as "perspectives from the inside" and a "historical exploration mood," which are envisioned for a wide range of applications, including tourism promotion and educational events. This video production symbolizes the fusion of cultural heritage preservation and cutting-edge technology. It aims to connect the value of Himeji Castle to future generations and contribute to the dissemination of its new charm. As a work that demonstrates the potential of CG and VR in future historical tourism, we confidently recommend it.