Radiation therapy device
A radiation therapy device having a therapeutic radiation source and an imaging unit is provided. The imaging unit includes a plurality of diagnostic radiation sources, from which diagnostic X-ray radiation are directed onto an object to be examined, and a diagnostic radiation detector, with which the diagnostic X-ray radiation is detected after passing through the object to be examined. The plurality of diagnostic radiation sources are X-ray radiation sources that are based on carbon nanotubes. A radiation therapy device having a housing, in which a diagnostic radiation source, a diagnostic radiation detector, and a therapeutic radiation source that is rotated in one plane are arranged, is also provided. The diagnostic radiation source and the diagnostic radiation detector are arranged in the housing such that diagnostic X-ray radiation, which is directed by the diagnostic radiation source onto the diagnostic radiation detector, travels at an angle through the plane.
1. A radiation therapy device comprising:
a therapeutic radiation source; and
an imaging unit, the imaging unit comprising:
a plurality of diagnostic radiation sources, from which diagnostic X-ray radiation is directed onto an object to be examined, wherein the plurality of diagnostic radiation sources are X-ray sources, which are based on carbon nanotubes; and
a diagnostic radiation detector, with which the diagnostic X-ray radiation is detected after passing through the object to be examined,
wherein the plurality of diagnostic radiation sources are arranged locationally fixed in the radiation therapy device such that the plurality of diagnostic radiation sources do not rotate when the therapeutic radiation source rotates.
2. The radiation therapy device as claimed in claim 1 , wherein the therapeutic radiation source is arranged in the radiation therapy device such that the therapeutic radiation source is operable to rotate in a plane, and
wherein the plurality of diagnostic radiation sources are arranged such that the X-ray radiation emanating from the plurality of diagnostic radiation sources is angled to the plane.
3. The radiation therapy device as claimed in claim 1 , further comprising a control unit configured to control the plurality of diagnostic radiation sources and to read out the diagnostic radiation detector in coordination with the control of the plurality of diagnostic radiation sources, such that a plurality of projection image data for the object are generated from different directions.
4. The radiation therapy device as claimed in claim 3 , wherein the control unit is configured to generate three-dimensional image information or four-dimensional image information from the plurality of projection image data for the object to be examined.
5. The radiation therapy device as claimed in claim 3 , wherein the control unit is configured to control the plurality of diagnostic radiation sources while the therapeutic radiation source is activated.
6. The radiation therapy device as claimed in claim 3 , wherein the control unit is configured to operate the plurality of diagnostic radiation sources in a fluoroscopy imaging mode and to coordinate an activation of one of the diagnostic radiation sources with a direction of movement of the object to be examined.
7. The radiation therapy device as claimed in claim 1 , further comprising a circular gantry having a central opening, in which the object to be examined is arranged,
wherein the therapeutic radiation source, the plurality of diagnostic radiation sources and the diagnostic radiation detector are arranged inside a housing of the circular gantry.
8. The radiation therapy device as claimed in claim 1 , wherein the plurality of diagnostic radiation sources are arranged in circular fashion in the radiation therapy device, and
wherein the object to be examined is positioned inside the circular arrangement of the plurality of diagnostic radiation sources.
9. The radiation therapy device as claimed in claim 1 , wherein at least one part of the plurality of diagnostic radiation sources shares the diagnostic radiation detector.
10. A radiation therapy device comprising:
a housing; and
a therapeutic radiation source that is arranged in the housing and rotated in a plane,
wherein a diagnostic radiation source and a diagnostic radiation detector are arranged such that diagnostic X-ray radiation, which is directed by the diagnostic radiation source onto the diagnostic radiation detector, travels at an angle through the plan; and
wherein the diagnostic radiation source is located on one side of the plane, and a center of the diagnostic radiation detector is located on another side of the plane.
11. The radiation therapy device as claimed in claim 10 , wherein the diagnostic radiation source is arranged locationally fixed with respect to the radiation therapy device.
12. The radiation therapy device as claimed in claim 10 , wherein the diagnostic radiation source is an X-ray source, which is based on carbon nanotubes.
13. The radiation therapy device as claimed in claim 10 , wherein a plurality of diagnostic radiation sources are arranged locationally fixed in the radiation therapy device, such that diagnostic X-ray radiation, which emanates from the plurality of diagnostic radiation sources passes through an object to be examined from different directions.
14. The radiation therapy device as claimed in claim 11 , wherein the diagnostic radiation source is an X-ray source, which is based on carbon nanotubes.
15. The radiation therapy device as claimed in claim 11 , wherein a plurality of diagnostic radiation sources are arranged locationally fixed with respect to the radiation therapy device, such that diagnostic X-ray radiation, which emanates from the plurality of diagnostic radiation sources, passes through an object to be examined from different directions.
16. The radiation therapy device as claimed in claim 2 , further comprising a control unit configured to control the plurality of diagnostic radiation sources and to read out the diagnostic radiation detector in coordination with the control of the plurality of diagnostic radiation sources, such that a plurality of projection image data for the object are generated from different directions.
17. The radiation therapy device as claimed in claim 3 , further comprising a circular gantry having a central opening, in which the object to be examined is arranged,
wherein the therapeutic radiation source, the plurality of diagnostic radiation sources and the diagnostic radiation detector are arranged inside a housing of the circular gantry.
18. The radiation therapy device as claimed in claim 7 , wherein the plurality of diagnostic radiation sources are arranged in circular fashion in the radiation therapy device, and
wherein the object to be examined is positioned inside the circular arrangement of the plurality of diagnostic radiation sources.
19. The radiation therapy device as claimed in claim 10 , wherein the diagnostic radiation source is arranged in the same housing as the therapeutic radiation source.
20. The radiation therapy device as claimed in claim 11 , wherein the diagnostic radiation source is arranged locationally fixed with respect to the radiation therapy device such that the diagnostic radiation source does not rotate when the therapeutic radiation source rotates.
21. The radiation therapy device as claimed in claim 10 , further comprising:
a plurality of diagnostic radiation sources, the plurality of diagnostic radiation sources comprising the diagnostic radiation source; and
additional diagnostic radiation detectors,
wherein at least one part of the plurality of diagnostic radiation sources shares the diagnostic radiation detector,
wherein the diagnostic radiation detector and the additional diagnostic radiation detectors are arranged in circular fashion around an object to be examined, and
wherein another part of the plurality of diagnostic radiation sources is associated with each of the diagnosis radiation detector and the additional diagnostic radiation detectors.
22. A radiation therapy device comprising:
a therapeutic radiation source;
an imaging unit, the imaging unit comprising:
a plurality of diagnostic radiation sources, from which diagnostic X-ray radiation is directed onto an object to be examined, wherein the plurality of diagnostic radiation sources are X-ray sources, which are based on carbon nanotubes; and
a diagnostic radiation detector, with which the diagnostic X-ray radiation is detected after passing through the object to be examined; and
additional diagnostic radiation detectors,
wherein at least one part of the plurality of diagnostic radiation sources shares the diagnostic radiation detector,
wherein the diagnostic radiation detector and the additional diagnostic radiation detectors are arranged in circular fashion around the object to be examined, and
wherein another part of the plurality of diagnostic radiation sources is associated with each of the diagnostic radiation detector and the additional diagnostic radiation detectors.