System of filmless real-time quality assurance for beam alignment for radiosurgery systems
OwnerXiaodong Wu, Benjamin Pomper +1inventors
InventorsXiaodong Wu, Benjamin Pomper, Mark Pomper
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Abstract
The present invention is a system for providing accurate image-guided localization of a radiation target using digital image acquisition with real time data analysis utilizing a radiation device, directing a beam of radiation through a sample reflecting onto a film screen and reflecting an image from the film screen onto a mirror that will project the image from the mirror to a bean splitter where it is captured by a camera operatively associated with a computer device.
Claims5
A system for providing accurate image-guided localization of a radiation target using digital image acquisition with real time data analysis, said system comprising:
- a housing;
- a camera having a lens positioned in a lens cavity of said housing, said camera having an input-output data port configured thereon an upper mirror;
- a lower mirror, wherein each of said upper mirror and lower mirror are parallel one to another;
- a beam splitter positioned parallel and between each of said upper mirror and lower mirror;
- a testing cube support configured to hold a testing cube;
- wherein said system is configured for use with an existing radiation emitting device wherein said device includes a lens for directing a beam from said device into said testing cube.
Dependencies are inferred from the claim text.