Siemens has been granted a patent for a magnetic resonance imaging system featuring a basic field magnetic arrangement with spatially separated magnet segments. These segments generate a toroidal main magnetic field, enabling targeted MR imaging of specific body or organ parts in patients. GlobalData’s report on Siemens gives a 360-degree view of the company including its patenting strategy. Buy the report here.
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According to GlobalData’s company profile on Siemens, Smart factory applications was a key innovation area identified from patents. Siemens's grant share as of June 2024 was 56%. Grant share is based on the ratio of number of grants to total number of patents.
Toroidal magnetic resonance imaging system for specific body parts
The patent US12044759B2 describes a novel magnetic resonance imaging (MRI) system designed to enhance imaging capabilities through a unique configuration of spatially separated magnet segments. The system features a basic field magnetic arrangement that generates a main magnetic field with a toroidal shape, allowing for multiple spatially separated imaging regions. Notably, at least one of these regions is V-shaped, formed by the angular arrangement of the magnet segments. This design enables targeted MR imaging of specific body parts, such as the heart, brain, and prostate, and supports various medical applications, including interventional radiology and MR-guided radiation therapy.
Additionally, the MRI system is adaptable for simultaneous operation across multiple imaging regions, which can be arranged in a star-shaped configuration. The system accommodates different patient positions and includes a movable patient bed to facilitate access to the imaging regions. The claims also highlight the integration of additional imaging modalities, such as X-ray and CT-like imaging, allowing for parallel acquisition of images. Furthermore, the patent outlines methods for controlling the MRI system, enabling simultaneous scanning of multiple patients while optimizing imaging protocols to reduce time and interference. This innovative approach aims to improve the efficiency and effectiveness of MRI procedures in clinical settings.
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