Particle beam treatment apparatus and respiration navigation apparatus used therefor
Target respiration information is created in which a patient respiration pattern is set in advance to a cycle suitable for an operation cycle of a synchrotron, and the target respiration information is informed to the patient, so that a patient respiration timing becomes a state suitable for an operation of the synchrotron in such a manner that the patient consciously matches with the informed information.
1. A respiration navigation apparatus used for a particle beam treatment apparatus including an accelerator operated on the basis of predetermined operation timing information, the respiration navigation apparatus comprising:
a respiration navigation computer which stores target respiration information having a cycle set in advance on the basis of the operation timing information, and
a respiration information informing device which informs a patient of distinct past and future portions of a respiration waveform obtained by quantifying information, involved with a respiration amplitude of the target respiration information, in time series.
2. The respiration navigation apparatus according to claim 1 , further comprising:
a patient respiration measurement device which measures a patient respiration state,
wherein the respiration information informing device informs the patient of patient respiration state information, measured by the patient respiration measurement device, in real time.
3. The respiration navigation apparatus according to claim 1 ,
wherein operation state information of the accelerator is input to the respiration navigation computer, and
wherein the respiration information informing device informs the patient of the operation state information in real time.
4. The respiration navigation apparatus according to claim 3 ,
wherein the respiration information informing device informs the operation state information including a waveform of a current supplied to an electromagnet of the accelerator or an emission beam signal when a beam is actually emitted.
5. The respiration navigation apparatus according to claim 1 , further comprising:
an information editing terminal which is able to control a phase of the target respiration information, input from the respiration navigation computer, in real time.
6. A particle beam treatment apparatus comprising:
a particle beam generating device which includes an accelerator operated on the basis of predetermined operation timing information and generates a particle beam;
a patient respiration measurement device which measures a patient respiration state;
a respiration synchronizing device which allows a patient to be irradiated with the particle beam on the basis of the patient respiration state information measured by the patient respiration measurement device;
a respiration navigation computer which stores target respiration information having a cycle set in advance on the basis of the operation timing information; and
a respiration information informing device which informs the patient of distinct past and future portions of a respiration waveform obtained by quantifying information, involved with a respiration amplitude of the target respiration information, in time series.
7. The particle beam treatment apparatus according to claim 6 ,
wherein the respiration information informing device informs the patient of patient respiration state information measured by the patient respiration measurement device in real time.
8. The particle beam treatment apparatus according to claim 6 ,
wherein operation state information of the accelerator is input to the respiration navigation computer, and
wherein the respiration information informing device informs the patient of the operation state information in real time.
9. The particle beam treatment apparatus according to claim 8 ,
wherein the respiration information informing device informs the operation state information including a waveform of a current supplied to an electromagnet of the accelerator or an emission beam signal when a beam is actually emitted.
10. The particle beam treatment apparatus according to claim 6 , further comprising:
an information editing terminal which is able to control a phase of the target respiration information, input from the respiration navigation computer, in real time.