Solids detector for shooting X-ray images
OwnerMartin Spahninventor
Life of this patent
Estimating the term…
Abstract
To increase the independence of an X-ray system, a solids detector, particularly a transportable, wireless solids detector, is disclosed for shooting X-ray images of an examination object irradiated by X-ray radiation. The detector includes an active pixel matrix for reading raw X-ray images and an image preprocessing unit for electronically correcting the raw X-ray images.
Claims18
A solids detector for digital shooting of X-ray images of an examination object irradiated by X-ray radiation, comprising:
- an active pixel matrix to read raw X-ray images;
- and
- an integrated image preprocessing unit to electronically correct the raw X-ray images, the image preprocessing unit including a memory unit to store at least one correction image and a processing unit to electronically correct the raw X-ray images using the at least one correction image.
An X-ray system, comprising:
- a radiation source;
- a central control device;
- and
- a solids detector to shoot X-ray images of an examination object irradiated by X-ray radiation, the solids detector including an active pixel matrix to read raw X-ray images and an image preprocessing unit to electronically correct the raw X-ray images, the image preprocessing unit including a memory unit to store at least one correction image and a processing unit to electronically correct the raw X-ray images using the at least one correction image.
A solids detector for digital shooting of X-ray images of an examination object irradiated by X-ray radiation, comprising:
- means for reading raw X-ray images;
- and
- means, for electronically correcting the raw X-ray images, including memory means for storing at least one correction image and processing means for electronically correcting the raw X-ray images using the at least one correction image.
An X-ray system, comprising:
- a radiation source;
- a central control device;
- and
- means, for shooting X-ray images of an examination object irradiated by X-ray radiation, including means for reading raw X-ray images and means for electronically correcting the raw X-ray images, the means for electronically correcting including memory means for storing at least one correction image and a processing means for electronically correcting the raw X-ray images using the at least one correction image.
Dependencies are inferred from the claim text.