IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0786698
(2001-07-10)
|
우선권정보 |
EP-0117256 (1998-09-11) |
국제출원번호 |
PCT/EP99/06714
(1999-09-10)
|
국제공개번호 |
WO99/16342
(2000-03-23)
|
발명자
/ 주소 |
- Haberer, Thomas
- Kraemer, Michael
- Kraft, Gerhard
- Kraft-Weyrather, Wilma
- Schardt, Dieter
- Scholz, Michael
- Weber, Ulrich
- Dolinski, Aleksiy
- Eickhoff, Hartmut
- Franczak, Bernhard
- Krause, Udo
- Klab
|
출원인 / 주소 |
- Gesellschaft fuer Schwerionenforschung mbH
|
대리인 / 주소 |
Frommer Lawrence & Haug LLP
|
인용정보 |
피인용 횟수 :
183 인용 특허 :
1 |
초록
▼
An ion beam therapy system and method for operating the system includes a source of ions (300), an accelerator system (400) and an ion beam transport system (60) for directing an ion beam to a plurality of treatment stations (100) to treat patients. The ion beam transport system (60) includes a gant
An ion beam therapy system and method for operating the system includes a source of ions (300), an accelerator system (400) and an ion beam transport system (60) for directing an ion beam to a plurality of treatment stations (100) to treat patients. The ion beam transport system (60) includes a gantry (8) carrying a vertical deflection system (45) and horizontal deflection system (55) positioned upstream from a last bending magnet (65) so as to provide a parallel scanning mode by an edge focusing effect.
대표청구항
▼
An ion beam therapy system and method for operating the system includes a source of ions (300), an accelerator system (400) and an ion beam transport system (60) for directing an ion beam to a plurality of treatment stations (100) to treat patients. The ion beam transport system (60) includes a gant
An ion beam therapy system and method for operating the system includes a source of ions (300), an accelerator system (400) and an ion beam transport system (60) for directing an ion beam to a plurality of treatment stations (100) to treat patients. The ion beam transport system (60) includes a gantry (8) carrying a vertical deflection system (45) and horizontal deflection system (55) positioned upstream from a last bending magnet (65) so as to provide a parallel scanning mode by an edge focusing effect. baggage placed on said belt. 8. Apparatus for transferring baggage from a loading position to an unloading position spaced from said loading position, comprising: a lower frame, an upper frame coupled to said lower frame and located above said lower frame, wheels coupled to said lower frame for engagement with a base for movably supporting said lower and upper frames on the base, a conveyor belt supported by said upper frame for supporting and moving baggage placed on said belt, load sensing means coupled to said lower frame for supporting said upper frame above said lower frame for use for determining the weight of baggage placed on said belt, frame drive means coupled to said lower frame for moving said frames between said loading and unloading positions, belt drive means for moving said belt and hence baggage supported by said belt off of said apparatus onto a baggage transport means when said frames are located at said unloading position and when said belt drive means is actuated, sensor means coupled to said apparatus for sensing for the presence of items on said baggage transport means moving toward said apparatus when said upper and lower frames are at said unloading position and for actuating said belt drive means for unloading baggage onto said baggage transport means if no items are sensed by said sensor means. 9. Apparatus for transferring baggage from a loading position to an unloading position spaced from said loading position, comprising: a lower frame, an upper frame coupled to said lower frame and located above said lower frame, wheels coupled to said lower frame for engagement with a base for movably supporting said lower and upper frames on the base, a conveyor belt supported by said upper frame for supporting and moving baggage placed on said belt, load sensing means coupled to said lower frame for supporting said upper frame above said lower frame for use for determining the weight of baggage placed on said belt, frame drive means coupled to said lower frame for moving said frames between said loading and unloading positions, belt drive means for moving said belt and hence baggage supported by said belt off of said apparatus when said frames are located at said unloading position, said frame drive means comprises an electrically actuated drive motor, gear means coupled to said lower frame, a rotatable gear coupled to said drive motor, said belt drive means comprises an electrically actuated belt motor, control means for applying electrical voltage to said drive motor for moving said frames from said loading position to said to said unloading position, means for disconnecting electrical voltage from said drive motor at said unloading position to stop movement of said frames, said control means actuates said electrically actuated belt motor at said unloading position to move said conveyor belt to unload baggage from said belt, said control means actuates said drive motor to move said frames from said unloading position to said loading position, and means for disconnecting electrical voltage from said drive motor at said loading position to stop movement of said frames. 10. The apparatus of claim 1, wherein: said frame drive means comprises first and second drive means which engage each other for moving said frames between said loading and unloading positions, said first drive means being coupled to said base and said second drive means being coupled to said lower frame for movement with said lower frame relative to said first drive means. 11. The apparatus of claim 1, wherein: said frame drive means moves said frames along a given path which extends between said loading and unloading positions, said belt drive means moves said belt such that said belt moves in line with said given path. 12. The apparatus of claim 10, wherein: said frame drive means moves said frames along a given path which extends between said loading and unloading positions, said belt drive means moves said belt such that said belt moves in line with said given path. 13. Apparatus for transferring baggage from a loading position to an unloading position spaced from said loading position, comprising: a frame means, wheels coupled to said frame means for engagement with a base for movably supporting said frame means on the base, a conveyor belt supported by said upper frame means for supporting and moving baggage placed on said belt, load sensing means coupled to said frame means for determining the weight of baggage placed on said belt, frame drive means for moving said frame means between said loading and unloading positions, belt drive means for moving said belt and hence baggage supported by said belt off of said apparatus onto a baggage transport means when said frame means is located at said unloading position and when said belt drive means is actuated, sensor means coupled to said apparatus for sensing for the presence of items on said baggage transport means moving toward said apparatus when said frame means is at said unloading position and for actuating said belt drive means for unloading baggage onto the baggage transport means if no items are sensed by said sensor means. 14. Apparatus for transferring baggage from a loading position to an unloading position spaced from said loading position, comprising: a frame means, means coupled to said frame means for engagement with a base for movably supporting said frame means on the base, a conveyor belt supported by said frame means for supporting and moving baggage placed on said belt, load sensing means coupled to said frame means for determining the weight of baggage placed on said belt, frame drive means for moving said frame means between said loading and unloading positions, belt drive means for moving said belt and hence baggage supported by said belt off of said apparatus when said frame means is located at said unloading position, said frame drive means comprises an electrically actuated drive motor, said belt drive means comprises an electrically actuated belt motor, control means for applying electrical voltage to said drive motor for moving said frame means from said loading position to said unloading position, means for disconnecting electrical voltage from said drive motor at said unloading position to stop movement of said frame means, said control means actuates said electrically actuated belt motor at said unloading position to move said conveyor belt to unload baggage from said belt, said control means actuates said drive motor to move said frame means from said unloading position to said loading position, and means for disconnecting electrical voltage from said drive motor at said loading position to stop movement of said frame means. 15. Apparatus for transferring baggage from a loading position to an unloading position spaced from said loading position, comprising: a lower frame, an upper frame coupled to said lower frame and located above said lower frame, wheels coupled to said lower frame for engagement with a stationary floor base for movably supporting said lower and upper frames on said stationary floor base, a conveyor belt supported by said upper frame for supporting and moving baggage placed on said belt, load sensing means coupled to said lower frame for supporting said upper frame above said lower frame for use for determining the weight of baggage placed on said belt, frame drive means coupled to said lower frame for moving said frames between said loading and unloading positions, belt drive means for moving said belt and hence baggage supported by said belt off of said apparatus when said frames are located at said unloading position, said frame drive means comprises a motor coupled to and supported by said stationary floor base such that said frames are movable between said loading and unloading positions relative to said motor. 16. The apparatus of claim 15, comprising: gear means
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