パナソニック アドバンストテクノロジー Product Lineup

Nene Navi is an interactive service for smartphone/tablet applications that provides sleep improvement advice from AI supervised by experts, based on the daily habits of children aged 1.5 to 3 years old. 【Features】 - Demonstrated through empirical research by the Graduate School of Human Development and Health at Osaka University, it has been shown to be effective in improving children's sleep habits and reducing the psychological burden on caregivers. - The service is easy to implement as it can be easily accessed via smartphones used by the public. - The AI automatically selects appropriate advice, allowing public health staff to focus on face-to-face tasks that require careful attention. Additionally, if follow-up is needed, details can be checked from a dedicated management screen. - This service is not only for municipalities but can also be utilized in various scenarios, such as employee welfare services in companies, ancillary services for children's products, and additional services in childcare institutions. *Note: Nene Navi is a trademark of Osaka University, a national university corporation.

@mapper can preserve the space "as is." It faithfully records the texture and shape of cultural properties that cannot be captured in photographs as three-dimensional numerical data. * Prototypes are available for free rental. Please feel free to reach out.

The site drawings are old, handwritten, or non-existent. - Even in such factories, we deliver piping and equipment using point cloud + CAD data. On-site work can be done in as little as half a day. We can digitally visualize the "current location of the piping," which has been difficult to update, through drawing maintenance, maintenance planning, and BIM integration.

"Visualize the entire factory." Fully 3D model the piping, structures, and layout. - The drawings are outdated, making it impossible to plan renovations. - Interference checks cannot be performed during layout changes. - The arrangement of equipment and piping routes are not documented. We accurately digitize the "current state of the site" necessary for equipment expansion and renovations.

The @mapper is a handheld 3D laser scanner that utilizes the technology developed by PAD in autonomous mobile robot development. By simply holding the device and walking, the user can continuously scan the surrounding environment and generate 3D point cloud data on the spot. 【Main Features】 - Easy operation suitable for beginners - Measures a wide area just by walking - Completes 3D data generation on-site With laser measurement and motion correction using an accelerometer, it achieves scan quality with minimal blur and distortion even while measuring on the move. Additionally, it employs a low-power consumption algorithm to process data in real-time without using a GPU. No post-processing is required after measurement. It can be used both indoors and outdoors, enabling rapid 3D digitization of factories, construction sites, and infrastructure facilities.

In the construction industry, progress management requires accurate understanding of the current situation and rapid information sharing. Particularly in complex structures or locations where it is difficult to visually confirm progress, obtaining accurate data becomes a challenge. Our "Easy 3D Spatial Scanner" generates 3D data of the site simply by walking, visualizing progress and addressing these challenges. 【Usage Scenarios】 - Recording the progress of construction sites - Documentation with 3D data after completion - Streamlining surveying operations 【Benefits of Implementation】 - Smoother information sharing among stakeholders through visualization of progress - Faster decision-making based on accurate data - Cost reduction through improved operational efficiency

In archaeological artifact recording, it is important to quickly obtain accurate shapes and detailed information. Especially in recording work at excavation sites and museums, it is essential to accurately capture and document the shapes of artifacts. Traditional measurement methods have been time-consuming and labor-intensive, with limitations in recording accuracy. @mapper generates 3D data of artifacts simply by walking, streamlining the recording process. 【Use Cases】 - Artifact recording at excavation sites - Documentation of exhibits in museums - 3D data archiving of artifacts 【Benefits of Implementation】 - Accurate recording with high-precision 3D data - Reduction in recording time - Sharing and utilization of data