Koninklijke Philips had 13 patents in metaverse during Q2 2024. The patents filed by Koninklijke Philips NV in Q2 2024 involve innovative systems and methods for utilizing technology in healthcare. One patent describes an ultrasound portable system that acquires ultrasound images via a smart device and probe, while also tracking the operator’s gaze and eye movement to aid in diagnostic measurements. Another patent focuses on a system for treating visual neglect using a virtual reality headset and functional MRI images to monitor brain activity related to visual perception and awareness, ultimately creating a 3D map for treatment purposes. GlobalData’s report on Koninklijke Philips gives a 360-degree view of the company including its patenting strategy. Buy the report here.
Koninklijke Philips had no grants in metaverse as a theme in Q2 2024.
Recent Patents
Application: Deep learning-based real-time eye-gaze tracking for portable ultrasound method and apparatus (Patent ID: US20240164757A1)
The patent filed by Koninklijke Philips NV describes an ultrasound portable system and method that involve acquiring ultrasound images using a smart device and ultrasound probe, presenting these images on a display, and tracking the device operator's eye-gaze focus points to perform control functions or aid in diagnostic measurements. The method utilizes a deep learning framework for eye-gaze tracking and includes generating attention maps, comparing them to command attention maps, and executing commands based on the comparison. The system also involves acquiring digital images of the device operator's head pose and eyes, as well as rear-facing images of the ultrasound probe for augmented reality marker placement.
Overall, the patent outlines a sophisticated system that combines ultrasound imaging with real-time eye-gaze tracking to enhance the user experience and improve diagnostic accuracy. By utilizing advanced technologies such as deep learning frameworks and augmented reality markers, the system can assist device operators in performing ultrasound scans more efficiently and effectively. Additionally, the method includes features like calibrating the gaze tracking algorithm, determining the operator's experience level, and providing visual, audible, or tactile inquiries for command execution confirmation, further enhancing the usability and functionality of the ultrasound portable system.
To know more about GlobalData’s detailed insights on Koninklijke Philips, buy the report here.
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