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특허 상세정보

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내보내기 페이스북 공유 카카오톡 공유

Nuclear magnetic resonance apparatus and methods of use and facilities for incorporating the same

특허상세정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판) G01V-003/00   
미국특허분류(USC) 324/318 ; 324/319 ; 325/297
출원번호 US-0993072 (1992-12-18)
발명자 / 주소
  • Damadian Raymond V.
  • Danby Gordon T.
  • Jackson John W.
  • Hsieh Hank,ITX
  • Morrone Terry
  • Damadian Timothy
출원인 / 주소
  • Fonar Corporation
대리인 / 주소
    Lerner, David, Littenberg, Krumholz & Mentlik, LLP
인용정보 피인용 횟수 : 69  인용 특허 : 29
초록

NMR apparatus for achieving construction of improved patient access. Faciliites and methods for mobile and fixed site NMR scanning.

대표
청구항
▼

[ What is claimed is:] [1.] Magnetic resonance imaging apparatus comprising:a pair of opposed ferromagnetic poles disposed facing each other and defining therebetween a patient-receiving gap for receiving a patient to be studied by magnetic resonance;a ferromagnetic yoke and establishing a magnetic flux return path for magnetic flux which passes from one pole to the other through the patient-receiving gap;said ferromagnetic yoke comprising upper and lower pole supports comprised of ferromagnetic material supporting said pair of poles one above the other,...

이 특허에 인용된 특허 (29)

  1. Huson F. Russell (The Woodlands TX) Pissanetzky Sergio (The Woodlands TX) Larson ; III John D. (Palo Alto CA), Compact superconducting magnet for magnetic resonance imaging.
  2. Danby Gordon T. (Wading River NY) Hsieh Hank C. H. (Ronkonkoma NY), Eddy current control in magnetic resonance imaging.
  3. Gangarosa Raymond E. (Decatur GA) Chui K. Ming (Chagrin Falls OH), Horizontal field iron core magnetic resonance scanner.
  4. Kaufman Leon (San Francisco CA), MRI system with open access to patient image volume.
  5. Sakurai Hideya (Mishima JPX) Aoki Masaaki (Mishima JPX) Ohnishi Youichi (Mishima JPX), Magnetic field generating device for MRI.
  6. Takabatashi Hirofumi (Mishima JPX) Sakurai Hideya (Mishima JPX), Magnetic field generating device for NMR-CT.
  7. Dickinson Robert J. (Wealdstone GB2) Randell Christopher P. (Uxbridge GB2), Magnetic resonance apparatus.
  8. Akgun Ali (Northolt GB2), Magnetic resonance methods and apparatus.
  9. Cline Harvey E. (Schenectady NY) Anthony Thomas R. (Niskayuna NY), Magnetic resonance surgery using heat waves produced with focussed ultrasound.
  10. Matsutani Kinya (Yokohama JPX), Magnetic resonance system.
  11. Palkovich Alex (Oxford GB2) Bird John (Charlbury GB2) Duby Tomas (Oxon GB2) Simkin John (Oxford GB2), Magnets providing patient accessibility.
  12. Rollwitz William L. (San Antonio TX), Method for in-vivo NMR measurements in the human breast to screen for small breast cancer in an otherwise healthy breast.
  13. Damadian Raymond V. (Woodbury NY) Votruba Jan (Elmont NY), Multiple patient breast scanning on a magnetic resonance imaging apparatus.
  14. Damadian Raymond V. (Woodbury NY), Multiple patient scanning on a magnetic resonance imaging apparatus.
  15. Daubin Scott C. (Key Biscayne FL) Coin Carl G. (Jupiter FL), Non-uniform field magnetic resonance dual patient imaging system.
  16. Minkoff Lawrence A. (Merrick NY) Danby Gordon T. (Melleville NY), Nuclear magnetic resonance apparatus using low energy magnetic elements.
  17. Young Ian R. (Sunbury-on-Thames GB2), Nuclear magnetic resonance imaging apparatus.
  18. Yoshida Tadatoki (Tochigi JPX), Nuclear magnetic resonance imaging apparatus for arbitrary patient posture.
  19. Danby Gordon T. (Wading River NY) Hsieh Hank C. H. (Ronkonkoma NY) Jackson John W. (Shoreham NY) Damadian Raymond V. (Woodbury NY), Nuclear magnetic resonance scanners.
  20. Danby Gordon T. (Wading River NY) Hsieh Hank (Ronkonkoma NY) Jackson John W. (Shoreham NY), Nuclear magnetic resonance scanners with composite pole facings.
  21. Chari Madabushi V. (Burnt Hills NY) Laskaris Evangelos T. (Schenectady NY) Bedrosian Gary (Slingerlands NY) Ogle Michele D. (Burnt Hills NY), Open (non-enclosed) magnets for magnetic resonance imaging.
  22. Laskaris Evangelos T. (Schenectady NY), Open MRI magnet.
  23. Breneman Bruce C. (San Diego CA) Sarwinski Raymond E. (San Diego CA) Hsu Yen-Hwa L. (Solana Beach CA), Open access superconducting MRI magnet.
  24. Kaufman Leon (San Francisco CA) Carlson Joseph W. (Kensington CA), Open architecture iron core electromagnet for MRI using superconductive winding.
  25. Edelstein William A. (Schenectady NY) Eisner David R. (Schenectady NY) Redington Rowland W. (Schenectady NY) Smith Lowell S. (Schenectady NY), RF shielded room for NMR imaging system.
  26. Vinegar Harold J. (Houston TX) Taylor Jefferson H. (Dallas TX), Scan room for magnetic resonance imager.
  27. Li Andrew J. (South San Francisco CA) Kaufman Leon (San Francisco CA), Side-loading of patient into MRI C-magnet while maintaining adjacent open accessibility to patient.
  28. Pissanetzky Sergio (The Woodlands TX), Structured coil electromagnets for magnetic resonance imaging and method for fabricating the same.
  29. Breneman Bruce C. (San Diego) Sarwinski Raymond E. (San Diego) Hsu Yen-Hwa L. (Solana Beach CA), Superconducting MRI magnet with magnetic flux field homogeneity control.

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  1. Cinoglu, Arto; Gelbien, Mark; Citro, Joseph, Belt buckle and use thereof in magnetic resonance imaging.
  2. Cinoglu,Arto; Gelbien,Mark; Citro,Joseph, Belt buckle and use thereof in magnetic resonance imaging.
  3. Damiani, Daniele; Laurenti, Adamo; Marabotto, Roberto; Perrella Serge, Mauro, Coil with superconductive windings cooled without cryogenic fluids.
  4. Dworkin, Jay; Green, Charles A.; Votruba, Jan, Coils for horizontal field magnetic resonance imaging.
  5. Green, Charles A., Coils for horizontal field magnetic resonance imaging.
  6. Vervaeke, Koen, Devices and methods for determining a magnetic field distribution of a magnet along a main surface of said magnet.
  7. Bonanni, Luciano B.; Tenore, Anthony, Ferromagnetic frame with laminated carbon steel.
  8. Bonanni, Luciano B.; Tenore, Anthony, Ferromagnetic frame with laminated carbon steel.
  9. Heid,Oliver; Vester,Markus, Generator of a time-variable magnetic field and magnetic resonance device.
  10. Damadian,Jevan; Linardos,John, Hand operated device for controlling characteristics of an MRI image, and the like.
  11. Pulyer, Yuly M., High efficiency planar open magnet MRI system structured and arranged to provide orthogonal ferrorefractory effect.
  12. Danby Gordon T. ; Linardos John ; Damadian Jevan ; Damadian Raymond V., MRI apparatus.
  13. Danby Gordon T. ; Linardos John ; Damadian Jevan ; Damadian Raymond V., MRI apparatus.
  14. Danby, Gordon T.; Linardos, John; Damadian, Jevan; Damadian, Raymond V., MRI apparatus.
  15. Danby, Gordon T.; Linardos, John; Damadian, Jevan; Damadian, Raymond V., MRI apparatus.
  16. Gordon T. Danby ; John Linardos ; Jevan Damadian ; Raymond V. Damadian, MRI apparatus.
  17. Danby, Gordon T.; Wahl, William H.; Damadian, Raymond V.; Giambalvo, Anthony J., MRI apparatus and method for imaging.
  18. Tsuda,Munetaka; Yoshino,Hitoshi; Takeuchi,Hiroyuki; Miyawaki,Shouichi, MRI apparatus correcting vibratory static magnetic field fluctuations, by utilizing the static magnetic fluctuation itself.
  19. Kinanen, Ilmari, MRI magnet with reduced fringe field.
  20. Morrone,Terry, MRI system.
  21. Damadian, Raymond V.; Wahl, Hugh; Aspelund, Rein; Kelly, James, MRI test fixture.
  22. Damadian,Raymond V.; Wahl,Hugh; Aspelund,Rein; Kelly,James, MRI test fixture.
  23. Yujiro Hayashi JP; Kazuhiko Hayakawa JP; Katsumasa Nose JP, MRI vertical magnet apparatus and MRI apparatus.
  24. Jenkins, Kimble L.; Piferi, Peter; Vij, Kamal; Ghidoli, Daniele; Flores, Jesse; Karmarkar, Parag V.; Pandey, Rajesh, MRI-guided catheters.
  25. Jenkins, Kimble L.; Piferi, Peter; Vij, Kamal, MRI-guided devices and MRI-guided interventional systems that can track and generate dynamic visualizations of the devices in near real time.
  26. Jenkins, Kimble L.; Piferi, Peter; Vij, Kamal, MRI-guided devices and MRI-guided interventional systems that can track and generate dynamic visualizations of the devices in near real time.
  27. Jenkins, Kimble L.; Piferi, Peter; Vij, Kamal; Ghidoli, Daniele; Flores, Jesse, MRI-guided devices and MRI-guided interventional systems that can track and generate dynamic visualizations of the devices in near real time.
  28. Jenkins, Kimble L.; Piferi, Peter; Vij, Kamal; Ghidoli, Daniele; Flores, Jesse, MRI-guided devices and MRI-guided interventional systems that can track and generate dynamic visualizations of the devices in near real time.
  29. Guttman, Michael; Jenkins, Kimble L.; Piferi, Peter; Vij, Kamal, MRI-guided interventional systems that can track and generate dynamic visualizations of flexible intrabody devices in near real time.
  30. Jenkins, Kimble L.; Piferi, Peter; Guttman, Michael, MRI-guided surgical systems with proximity alerts.
  31. Danby,Gordon; Jackson,John; Damadian,Raymond; Wahl,William H.; Tenore,Anthony, Magnet structure.
  32. Danby,Gordon; Jackson,John; Damadian,Raymond; Wahl,William H.; Tenore,Anthony, Magnet structure.
  33. Aoki, Masaaki; Tsuzaki, Tsuyoshi, Magnetic field generator and assembling method thereof.
  34. Aoki, Masaaki; Tsuzaki, Tsuyoshi, Magnetic field generator and assembling method thereof.
  35. Satragno, Luigi; Biglieri, Eugenio; Rezzonico, Fabio; Pugliese, Osvaldo; Contrada, Orfeo; Alessandro, Trequattrini, Magnetic resonance imaging apparatus.
  36. Satragno, Luigi; Biglieri, Eugenio; Rezzonico, Fabio; Pugliese, Osvaldo; Contrada, Orfeo; Trequattrini, Alessandro, Magnetic resonance imaging apparatus.
  37. Trequattrini, Alessandro; Rezzonico, Fabio; Biglieri, Eugenio; Satragno, Luigi, Magnetic resonance imaging apparatus.
  38. Trequattrini, Alessandro; Rezzonico, Fabio; Biglieri, Eugenio; Satragno, Luigi, Magnetic resonance imaging apparatus.
  39. Satragno, Luigi; Biglieri, Eugenio; Rezzonico, Fabio; Pugliese, Osvaldo; Contrada, Orfeo; Alessandro, Trequattrini, Magnetic resonance imaging method including coordinated rotation of patient table and magnetic structure.
  40. Minkoff, Lawrence A., Magnetic resonance imaging of the spine to detect scoliosis.
  41. Minkoff, Lawrence A., Magnetic resonance imaging of the spine to detect scoliosis.
  42. Chu, Ki-Cheung; Damadian, Raymond V.; Culver, Daniel, Magnetic resonance imaging system and method for detecting chiari malformations.
  43. Damadian, Raymond V.; Wahl, William H.; Hsieh, Hank; Danby, Gordon T.; Jackson, John W.; Damadian, Jevan; Bonanni, Luciano B.; Gelbien, Mark; Saboe, Keith, Magnetic resonance imaging system, apparatus and associated methods.
  44. Damadian, Raymond V.; Wahl, William H.; Hsieh, Hank; Danby, Gordon T.; Jackson, John W.; Damadian, Jevan; Bonanni, Luciano B; Gelbien, Mark; Saboe, Keith, Magnetic resonance imaging system, apparatus and associated methods.
  45. Damadian, Raymond V.; Danby, Gordon T.; Jackson, John W.; Hsieh, Hank; Morrone, Terry; Damadian, Timothy, Magnetic resonance imaging with patient positioning and surgery.
  46. Damadian, Raymond V.; Danby, Gordon; Persoons, James J., Method and apparatus for magnetic resonance imaging.
  47. Damadian,Raymond V.; Danby,Gordon; Persoons,James J., Method and apparatus for magnetic resonance imaging.
  48. Damadian, Raymond V.; Green, Charles A., Method and apparatus for magnetic resonance imaging of the cranio-cervical junction.
  49. Damadian, Raymond V.; Danby, Gordon; Persoons, James J., Method for conducting magnetic resonance imaging.
  50. Damadian, Jevan; Linardos, John; Danby, Gordon T.; Damadian, Raymond V., Method for fabricating a ferromagnetic plate.
  51. Damadian,Jevan; Linardos,John; Danby,Gordon T.; Damadian,Raymond V., Method of fabricating a composite plate.
  52. Boitano, Michael, Method, apparatus and system for joining image volume data.
  53. Hugon, Cedric; Poole, Michael Stephen; Ralston, Tyler S., Methods and apparatus for magnetic field shimming.
  54. Graves, David; Saunders, John; Klimenko, Gord; Lentz, Tony; Yu, Hong; Li, Jonathan; Schellenberg, James, Movable integrated scanner for surgical imaging applications.
  55. Trequattrini,Alessandro; Satragno,Luigi; Biglieri,Eugenio; Pittaluga,Stefano, Nuclear Magnetic Resonance apparatus.
  56. Damadian Raymond V. ; Danby Gordon T. ; Jackson John W. ; Hsieh Hank ; Morrone Terry ; Damadian Timothy, Nuclear magnetic resonance apparatus and methods of use and facilities for incorporating the same.
  57. Damadian Raymond V. ; Danby Gordon T. ; Jackson John W. ; Hsieh Hank ; Morrone Terry ; Damadian Timothy, Nuclear magnetic resonance apparatus and methods of use and facilities for incorporating the same.
  58. Xiao,Shengqian; Zhao,Shijie; Chen,Guangran, Permanent magnet for magnet resonance.
  59. Alberghina, John; Damadian, Jevan, Planar coil flexion fixture for magnetic resonance imaging and use thereof.
  60. Damadian, Raymond V.; Wolf, Robert, Positional magnetic resonance imaging.
  61. Damadian,Raymond V.; Wolf,Robert, Positional magnetic resonance imaging.
  62. Damadian,Raymond V.; Wolf,Robert, Positional magnetic resonance imaging.
  63. Green, Jr., Charles A.; Gelbien, Mark; Wahl, William H.; Damadian, Raymond V., Positioning system for an MRI.
  64. Kersten, John D.; Darian, Alex; Damadian, Raymond V., Room for conducting medical procedures.
  65. Danby, Gordon T.; Damadian, Jevan; Linardos, John; Damadian, Raymond V.; Hsieh, Hank; Wahl, William H., Stand-up MRI apparatus.
  66. Green,Charles A.; Gelbien,Mark; Citro,Joseph, Stand-up patient handling system control kiosk and controller.
  67. Damadian,Raymond V., Stand-up vertical field MRI apparatus.
  68. Damadian, Raymond V.; Giambalvo, Anthony J., Temporal magnetic resonance imaging.
  69. Fujii, Kiyoshi; Shimasaki, Akira; Shinkai, Masahiro; Ookawa, Eiichi, Ultrasonic probe.

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