Next-Generation Intra-oral Radiation Shielding System

A modular, AI-powered intra-oral radiation shielding system for protecting oral tissues during head and neck cancer treatment, featuring real-time radiation exposure monitoring, adaptive tongue positioning, and personalized 3D-printed devices.

The original patent disclosed an intra-oral device for protecting oral tissues during radiation treatment, but it had limitations in terms of customization, real-time monitoring, and adaptive tongue positioning. The new inventive concept addresses these limitations by integrating AI, sensors, and 3D printing to provide a more effective and personalized solution.

The next-generation intra-oral radiation shielding system comprises a modular, 3D-printed intra-oral device with adaptive, AI-powered tongue positioning and real-time radiation exposure monitoring. The device features integrated sensors for tracking radiation exposure and adaptive tongue positioning, ensuring optimal protection of oral tissues during treatment. The system also includes a cloud-based platform for optimizing radiation treatment, featuring a database of patient-specific, 3D-printed intra-oral devices with integrated sensors and AI-driven radiation exposure tracking and tongue positioning.

The new inventive concept introduces the use of AI, sensors, and 3D printing to provide a personalized, adaptive, and real-time radiation shielding system, which is not disclosed in the original patent. The integration of these technologies enables a paradigm shift in oral tissue protection during radiation treatment.

Alternative embodiments of the inventive concept could include wearable, intra-oral radiation shielding devices with integrated neural interfaces for patient feedback and comfort optimization, or modular, robotic intra-oral devices with interchangeable, 3D-printed modules and integrated sensors. Variations could also include different materials, geometries, or sensing technologies for the intra-oral device.

The next-generation intra-oral radiation shielding system has significant commercial potential in the medical device industry, particularly in the fields of radiation oncology and head and neck cancer treatment. The system's ability to provide personalized, adaptive, and real-time radiation shielding could improve patient outcomes, reduce treatment costs, and increase market share for companies adopting this technology.