18609486. NOISE-REDUCED MAGNETIC RESONANCE TOMOGRAPHY UNIT simplified abstract (Siemens Healthineers AG)
Contents
NOISE-REDUCED MAGNETIC RESONANCE TOMOGRAPHY UNIT
Organization Name
Inventor(s)
Bernd Maciejewski of Markt Bibart (DE)
[[:Category:Martin Schr�der of Möhrendorf (DE)|Martin Schr�der of Möhrendorf (DE)]][[Category:Martin Schr�der of Möhrendorf (DE)]]
NOISE-REDUCED MAGNETIC RESONANCE TOMOGRAPHY UNIT - A simplified explanation of the abstract
This abstract first appeared for US patent application 18609486 titled 'NOISE-REDUCED MAGNETIC RESONANCE TOMOGRAPHY UNIT
The abstract of the patent application describes a magnetic resonance tomography unit with a patient tunnel and a gradient coil. The unit includes a first holding structure for the patient tunnel and a second holding structure for the gradient coil, with no vibration-transmitting mechanical coupling between them.
- The patent application focuses on the design of a magnetic resonance tomography unit.
- It introduces a unique feature where the patient tunnel and gradient coil are held in place by separate holding structures without any vibration-transmitting mechanical coupling.
- This design aims to improve the performance and accuracy of the magnetic resonance imaging process.
- By eliminating vibration transmission, the unit can produce clearer and more precise images.
- The innovation may lead to enhanced patient comfort and overall imaging quality in medical settings.
Potential Applications: - Medical imaging facilities - Hospitals and clinics - Research institutions
Problems Solved: - Minimizing vibration interference in magnetic resonance imaging - Improving image quality and accuracy - Enhancing patient experience during imaging procedures
Benefits: - Clearer and more precise imaging results - Reduced vibration-related artifacts - Enhanced patient comfort and safety
Commercial Applications: Title: Innovative Magnetic Resonance Tomography Unit for Enhanced Imaging This technology can be utilized in medical facilities for improved diagnostic imaging, leading to better patient care and treatment outcomes. The market implications include increased demand for advanced imaging equipment in healthcare settings.
Questions about Magnetic Resonance Tomography Unit: 1. How does the design of the holding structures impact the performance of the magnetic resonance tomography unit? The design of separate holding structures for the patient tunnel and gradient coil eliminates vibration transmission, resulting in clearer and more precise imaging.
2. What are the potential benefits of using this innovative magnetic resonance tomography unit in medical settings? The benefits include improved image quality, reduced artifacts, enhanced patient comfort, and overall better diagnostic accuracy.
Original Abstract Submitted
A magnetic resonance tomography unit includes a patient tunnel and a gradient coil. A first holding structure holds the patient tunnel in an application-appropriate relative position to the magnetic resonance tomography unit, while a second holding structure holds the gradient coil. The first holding structure and the second holding structure have no vibration-transmitting mechanical coupling.
