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Electrode configurations for plasma-dome PDP

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H01J-017/49
출원번호 UP-0670479 (2007-02-02)
등록번호 US-7772773 (2010-08-30)
발명자 / 주소
  • Wedding, Carol Ann
  • Wedding, Daniel K.
  • Strbik, III, Oliver M.
출원인 / 주소
  • Imaging Systems Technology
대리인 / 주소
    Wedding, Donald K.
인용정보 피인용 횟수 : 0  인용 특허 : 169

초록

Electrode configurations for a plasma display panel (PDP) device having one or more substrates and a multiplicity of pixels or sub-pixels that are defined by a hollow plasma-shell filled with an ionizable gas. The invention is described with reference to a plasma-dome, but other plasma-shells may be

대표청구항

The invention claimed is: 1. In a plasma display comprised of multiple gas discharge pixels, each pixel being in electrical contact with two or more addressing electrodes, the improvement wherein each pixel comprises a hollow plasma-dome filled with an ionizable gas, each plasma-dome having a domed

이 특허에 인용된 특허 (169)

  1. Ishimoto, Manabu; Shinoda, Tsutae; Tokai, Akira; Yamada, Hitoshi, AC-type gas discharge display with elliptical discharge tube.
  2. Reich Fritz (Uhwiesen CHX) Thalmann Alfred (Uhwiesen CHX), Apparatus for welding a joint between plastic pipes.
  3. Laroche Pierre (Nalinnes BEX), Articles of filled synthetic polymeric materials and glass bead filler therefor.
  4. Kim Seong I. ; Kunhardt Erich E., Capillary electrode discharge plasma display panel device and method of fabricating the same.
  5. Torobin Leonard B. (c/o Materials Technology Corp. ; P.O. Box 6844 Bellevue WA 98001), Centrifuge apparatus and method for producing hollow microspheres.
  6. McAllister Jerome W. (Hudson WI) Pham Lien-Huong T. (St. Paul MN) Sowman Harold G. (Stillwater MN), Ceramic articles containing silicon carbide.
  7. McAllister Jerome W. (Hudson WI) Pham Lien-Huong T. (St. Paul MN) Sowman Harold G. (Stillwater MN), Ceramic articles containing silicon carbide.
  8. Chamberlain Craig S. (Woodbury MN) Vesley George F. (Hudson MN) Zimmerman Patrick G. (St. Paul MN) McAllister Jerome W. (Hudson MN), Coated glass microbubbles and article incorporating them.
  9. Torobin Leonard B. (Materials Technology Corp. ; P.O. Box 6844 Bellevue WA 98007), Compressed gaseous materials in a contained volume.
  10. Best Leonard G. ; Wight Donald R. ; Kochert Timothy J., Curved surface, real image dome display system, using laser-based rear projection.
  11. Ok, Do Young; Lee, Jun Ho, DC type plasma display panel for back light of liquid crystal display device.
  12. Tokai,Akira; Yamada,Hitoshi; Ishimoto,Manabu; Shinoda,Tsutae, DISPLAY DEVICE EMPLOYING GAS DISCHARGE TUBES ARRANGED IN PARALLEL BETWEEN FRONT AND REAR SUBSTRATES TO COMPRISE A DISPLAY SCREEN, EACH TUBE HAVING A LIGHT EMITTING SECTION AS PART OF THE DISPLAY SCRE.
  13. George, E. Victor; Wyeth, N. Convers; Green, Albert M.; Drobot, Adam T., Design, fabrication, testing, and conditioning of micro-components for use in a light-emitting panel.
  14. George,Edward Victor; Wyeth,Newell Convers; Green,Albert Myron, Design, fabrication, testing, and conditioning of micro-components for use in a light-emitting panel.
  15. Matsumoto Sadayuki (Kamakura JPX) Saikatsu Takeo (Kamakura JPX) Myodo Osamu (Kamakura JPX) Sakurai Takehiko (Kamakura JPX) Sawada Hrumi (Kamakura JPX) Hoshizaki Junichiro (Kamakura JPX) Yoshika Kazuo, Discharge lamp, image display device using the same and discharge lamp producing method.
  16. Awamoto, Kenji; Shinoda, Tsutae; Tokai, Akira; Yamada, Hitoshi; Ishimoto, Manabu, Display device.
  17. Ishimoto, Manabu; Shinoda, Tsutae; Tokai, Akira; Yamada, Hitoshi, Display device.
  18. Shinoda, Tsutae; Tokai, Akira; Yamada, Hitoshi; Ishimoto, Manabu, Display device.
  19. Ishimoto, Manabu; Shinoda, Tsutae; Tokai, Akira; Yamada, Hitoshi; Awamoto, Kenji, Display device having array of elongated discharge tubes.
  20. Ishimoto, Manabu; Shinoda, Tsutae; Tokai, Akira; Yamada, Hitoshi; Awamoto, Kenji, Display device with a plurality of light-emitting tubes arranged in parallel.
  21. Ishimoto, Manabu; Shinoda, Tsutae; Tokai, Akira; Yamada, Hitoshi, Display tube and display device.
  22. Markowitz Jack (3705 Fieldstone Road Randallstown MD 21133), Disposable blood collection and filtering device.
  23. Wani, Koichi; Hirao, Kazunori; Aoto, Koji; Tahara, Yoshihito, Driving method of AC type plasma display panel.
  24. Tseng Ampere A., Droplet selection systems and methods for freeform fabrication of three-dimensional objects.
  25. Durand David (Providence RI) Vieau David P. (East Greenwich RI) Wei Tai S. (Warwick RI) Chu Ang-Ling (Cranston RI), Electrically conductive cement.
  26. Strbik, III, Oliver M.; Wedding, Daniel K.; Wedding, Carol Ann, Electrode configurations for plasma-dome PDP.
  27. Itaya, Kenji; Arakawa, Takeshi; Kurachi, Toshiaki; Miyazaki, Kouji, Electrodeless discharge lamp.
  28. John E. Troxler, Electrodeless gas discharge lamp assembly with flux concentrator.
  29. Elsholz William E. (Acampo CA), Fabrication of glass microspheres with conducting surfaces.
  30. Shinada Shinichi (Kokubunji JA) Mikoshiba Shigeo (Tokyo JA), Flat discharge display panel having positive column discharge and auxiliary anode electrodes.
  31. Farnand Joseph Redmond (Ottawa CA) Puddington Ira Edwin (Ottawa CA), Formation of hollow spherical articles.
  32. Wedding ; Sr. Donald K., Gas discharge (plasma) displays.
  33. Wedding Donald K. (Toledo OH) Fein Michael E. (Toledo OH) Ernsthausen Roger E. (Luckey OH) Byrum Bernard J. (Toledo OH), Gas discharge device.
  34. Wedding,Donald K, Gas discharge display.
  35. Wedding, Donald K, Gas discharge display device.
  36. Wedding ; Donald K. ; Fein ; Michael E. ; Ernsthausen ; Roger E. ; Byru m ; Jr. ; Bernard W., Gas discharge display device containing source of lanthanum series material in dielectric layer of envelope structure.
  37. Bode Wolfgang W. (Sylvania OH) Dunlap Glenn H. (Maumee OH) Kobylak Anthony M. (Rossford OH) Richards Raymond S. (Toledo OH) Pfaender Lawrence V. (Toledo OH), Gas discharge display device having offset electrodes.
  38. Wedding ; Donald K. ; Ernsthausen ; Roger E. ; Byrum ; Jr. ; Bernard W. ; Fein ; Michael E., Gas discharge display panel with lanthanide or actinide family oxide.
  39. Shinoda Tsutae (Akashi JPX) Niinuma Atsuo (Kawasaki JPX), Gas discharge panel and method for driving the same.
  40. Yamada, Hitoshi; Tokai, Akira; Ishimoto, Manabu; Shinoda, Tsutae, Gas discharge tube and display device using the same.
  41. Yamada, Hitoshi; Tokai, Akira; Ishimoto, Manabu; Shinoda, Tsutae, Gas discharge tube and method for forming electron emission layer in gas discharge tube.
  42. Pavliscak,Thomas J.; Wedding,Carol Ann, Gas plasma antenna.
  43. Delzant, Marcel, Gas-filled glass beads and method of making.
  44. Cohen Smadar (Petach-Tickva MA ILX) Andrianov Alexander K. (Belmont MA) Wheatley Margaret (Media PA) Allcock Harry R. (State College PA) Langer Robert S. (Newton MA), Gas-filled polymeric microbubbles for ultrasound imaging.
  45. Howell Peter A. (St. Paul MN), Glass bubbles of increased collapse strength.
  46. Bhagavatula Venkata A. ; Garbowski Benjamin J. ; Moore Chad B. ; Trotter ; Jr. Donald M., Glass structures for information displays.
  47. Sowman Harold G. (Stillwater MN) Kaar David R. (Minneapolis MN), Graded refractory cermet article.
  48. Sowman Harold G. (Stillwater MN) Kaar David R. (Minneapolis MN), Graded refractory cermet article.
  49. Tiedt Rita (Berlin DEX) Weske Helmut (Berlin DEX) Maekawa Koichiro (Ichinomiya JPX) Doi Junichi (Aichi JPX), High-pressure discharge lamp having a ceramic discharge vessel, sintered body suitable therefor, and method for producin.
  50. Delgado Joaquin (St. Paul MN), Hollow acrylate polymer microspheres.
  51. Miller J. Stanley (Collegeville PA) Thompson Reginald (Chester PA), Hollow borosilicate microspheres and method of making.
  52. Beck Warren R. (St. Paul MN), Hollow inorganic spheres and methods for making such spheres.
  53. Torobin Leonard B. (Materials Technology Corp. ; P.O. Box 6844 Bellevue WA 93007), Hollow microspheres.
  54. Torobin Leonard B. (c/o Materials Technology Corp. ; P.O. Box 6844 Bellevue WA 93007), Hollow microspheres.
  55. Torobin Leonard B. (Materials Technology Corp.,Tower Place/Ste. 1425 ; 3340 Peachtree Rd. NE. Atlanta GA 30026), Hollow microspheres made from dispersed particle compositions and their production.
  56. Torobin Leonard (13433 N.E. 45th St. Bellevue WA 98004), Hollow plastic microspheres.
  57. Torobin Leonard B. (13433 N.E. 45th St. Bellevue WA 98004), Hollow plastic microspheres.
  58. Torobin Leonard B. (Materials Technology Corporation ; 120 Interstate N. ; Parkway E. ; Suite 158 Atlanta GA 30339), Hollow porous microspheres as substrates and containers for catalyst.
  59. Torobin Leonard B. (Materials Technology Corporation ; 120 Interstate North ; Parkway East ; Ste. 158 Atlanta GA 30339), Hollow porous microspheres as substrates and containers for catalysts and method of making same.
  60. Torobin Leonard B. (Materials Technology Corporation ; Tower Place/Suite 1425 ; 3340 Peachtree Rd. ; NE. Atlanta GA 30026), Hollow porous microspheres containing biocatalyst.
  61. Torobin Leonard B. (2425 Colorado Ave. ; Ste. 200 Santa Monica CA 90404), Hollow porous microspheres made from dispersed particle compositions.
  62. Torobin Leonard B. (3340 Peachtree Rd. NE. Atlanta GA 30026), Hollow porous microspheres made from dispersed particle compositions.
  63. Beck ; Warren R., Hollow spheres.
  64. Wedding,Carol Ann; Guy,Jeffrey W., Images on a display.
  65. Wong,Marvin Glenn; Fong,Arthur, Integrated circuit substrate material and method.
  66. Sowman Harold G. (Stillwater MN), Internally modified ceramic fiber.
  67. Sowman Harold G. (Stillwater MN), Internally modified ceramic fiber.
  68. Hotomi Hideo (Osaka JPX), Light emitter for giving plasma light emission.
  69. Green, Albert Myron; Drobot, Adam Thomas; George, Edward Victor; Johnson, Roger Laverne; Wyeth, Newell Convers, Light-emitting panel and a method for making.
  70. Green, Albert Myron; Drobot, Adam Thomas; George, Edward Victor; Johnson, Roger Laverne; Wyeth, Newell Convers, Light-emitting panel and a method for making.
  71. Green,Albert Myron; Drobot,Adam Thomas; George,Edward Victor; Johnson,Roger Laverne; Wyeth,Newell Convers, Light-emitting panel and a method for making.
  72. Yamada, Hitoshi; Tokai, Akira; Ishimoto, Manabu; Nakazawa, Akira; Awamoto, Kenji; Shinoda, Tsutae, Light-emitting tube array display device.
  73. Green, Albert M.; George, E. Victor; Wyeth, N. Convers, Liquid manufacturing processes for panel layer fabrication.
  74. Green,Albert M.; George,E. Victor; Wyeth,N. Convers, Liquid manufacturing processes for panel layer fabrication.
  75. Green,Albert M.; George,E. Victor; Wyeth,N. Convers, Liquid manufacturing processes for panel layer fabrication.
  76. Genz Andreas,DEX, Metal halide high pressure discharge lamp.
  77. Torobin Leonard B. (Materials Technology Corp. ; 4174 148th Ave. ; NE. Redmond WA 98052), Metal microspheres, filamented hollow metal microspheres and articles produced therefrom.
  78. Drobot, Adam T.; Wyeth, N. Convers; George, E. Victor; Green, Albert M., Method and apparatus for addressing micro-components in a plasma display panel.
  79. Frosch Robert A. Administrator of the National Aeronautics and Space Administration ; with respect to an invention of ( Glendale CA) Wang Taylor G. (Glendale CA) Elleman Daniel D. (San Marino CA), Method and apparatus for producing concentric hollow spheres.
  80. Beggs James M. Administrator of the National Aeronautics and Space Administration ; with respect to an invention of ( Glendale CA) Wang Taylor G. (Glendale CA) Elleman Daniel D. (San Marino CA), Method and apparatus for producing gas-filled hollow spheres.
  81. Torobin Leonard B. (Materials Technology Corp. ; 4174 148th Ave. NE. Redmond WA 98052), Method and apparatus for producing hollow metal microspheres and microspheroids.
  82. Torobin Leonard B. (c/o Materials Technology Corp. ; P.O. Box 6844 Bellevue WA 98007), Method and apparatus for producing hollow microspheres.
  83. Torobin Leonard B. (Materials Technology Corp. ; P.O. Box 6844 Bellevue WA 98007), Method and apparatus for producing hollow plastic microspheres.
  84. Torobin Leonard B. (c/o Materials Technology Corp. ; 2198 Princeton St. Sarasota FL 33578), Method and apparatus for producing microfilaments.
  85. Lee Mark C. (La Canada CA) Schilling Christopher H. (Richland WA) Wang Taylor G. (Glendale CA), Method and apparatus for producing microshells.
  86. Hendricks Charles D. (Livermore CA), Method and apparatus for producing small hollow spheres.
  87. Wang Taylor G. (Nashville TN), Method and apparatus for producing uniform polymeric spheres.
  88. George, Edward Victor; Johnson, Roger Laverne; Green, Albert Myron; Wyeth, Newell Convers, Method and system for energizing a micro-component in a light-emitting panel.
  89. Torobin Leonard B. (Materials Technology Corp. ; P.O. Box 6844 Bellevue WA 98007), Method for compressing gaseous materials in a contained volume.
  90. Shinoda Tsutae (Akashi JPX) Niinuma Atuo (Suzaka JPX), Method for driving a gas discharge panel.
  91. Yamada, Hitoshi; Tokai, Akira; Ishimoto, Manabu; Awamoto, Kenji; Shinoda, Tsutae, Method for forming coating film on internal surface of elongated tube and unit for forming the same.
  92. Yamada,Hitoshi; Tokai,Akira; Ishimoto,Manabu; Awamoto,Kenji; Shinoda,Tsutae, Method for forming coating film on internal surface of elongated tube and unit for forming the same.
  93. Tokai, Akira; Yamada, Hitoshi; Ishimoto, Manabu; Shinoda, Tsutae, Method for forming phosphor layer of gas discharge tube and method for fabricating phosphor layer supporting member.
  94. Hendricks Charles D. (Livermore CA) Koo Jackson C. (San Ramon CA) Rosencwaig Allan (Danville CA), Method for introduction of gases into microspheres.
  95. Green, Albert Myron; Drobot, Adam Thomas; George, Edward Victor; Johnson, Roger Laverne; Wyeth, Newell Convers, Method for making a light-emitting panel.
  96. Torobin Leonard B. (c/o Materials Technology Corporation ; Tower Place/Suite 1425 ; 3340 Peachtree Rd. NE. Atlanta GA 30026), Method for making hollow porous microspheres.
  97. Block Jacob (Rockville MD) Lau John W. (Gaithersburg MD) Rice Roy W. (Alexandria VA) Colageo Anthony J. (Sharon MA), Method for making low sodium hollow glass microspheres.
  98. Kreick, John R.; Anderson, Glenn A., Method for making small gas-filled beads.
  99. George,Edward Victor; Johnson,Roger Laverne; Green,Albert Myron; Wyeth,Newell Convers, Method for manufacturing a light-emitting panel.
  100. Wyeth, N. Convers; Green, Albert M.; George, E. Victor, Method for on-line testing of a light emitting panel.
  101. David S. Y. Hsu ; Yongchi Tian, Method for preparing efficient low voltage phosphors and products produced thereby.
  102. Hendricks Charles D. (Livermore CA), Method for producing small hollow spheres.
  103. Hendricks Charles D. (Livermore CA), Method for producing uniform spherical shells.
  104. Johnson, Roger Laverne; Green, Albert Myron; George, Edward Victor; Wyeth, Newell Convers, Method for testing a light-emitting panel and the components therein.
  105. Rostoker ; David, Method of forming a potassium aluminoborosilicate frit.
  106. Grossman Mark W. (Framingham MA) George William A. (Rockport MA) Maya Jakob (Brookline MA), Method of forming capsules containing a precise amount of material.
  107. Yamada, Hitoshi; Tokai, Akira; Ishimoto, Manabu; Shinoda, Tsutae, Method of forming phosphor layer of gas discharge tube.
  108. Block Jacob (Rockville MD) Tessier Noel J. (North Attleboro MA) Colageo Anthony J. (Sharon MA), Method of making small hollow glass spheres.
  109. Dobson Jesse C. (La Jolla CA) Knight ; Jr. Richard W. (Escondido CA), Method of producing stable alumina.
  110. Hendricks, Charles D., Method to produce large, uniform hollow spherical shells.
  111. Gregg M. Duthaler ; Andrew L. Loxley, Methods for producing droplets for use in capsule-based electrophoretic displays.
  112. Torobin Leonard B. (Microcel Technology ; Inc. 1 Ethel Rd. ; Ste. 108 Edison NJ 08817), Methods for producing hollow microspheres made from dispersed particle compositions.
  113. George, Edward Victor; Drobot, Adam Thomas; Johnson, Roger Laverne; Green, Albert Myron; Wyeth, Newell Convers, Micro-component for use in a light-emitting panel.
  114. Kellerman David (Littleton MA), Micro-electronics devices and methods of manufacturing same.
  115. Wood Thomas E. (Maplewood MN) Wilson David M. (Roseville MN) Sowman Harold G. (Stillwater MN), Microcrystalline alumina-based ceramic articles.
  116. Kaar David R. (St. Paul MN) Sowman Harold G. (St. Paul MN), Microcrystalline transition metal oxide spinel articles.
  117. Wedding,Carol Ann, Microsphere plasma display.
  118. Delzant, Marcel, Modifying glass bead surfaces.
  119. Johnson James R. (White Bear Lake MN) Flanagan ; Jr. William C. (Roseville MN), Multishell microcapsules.
  120. Leitheiser Melvin A. (Stillwater MN) Sowman Harold G. (Maplewood MN), Non-fused aluminum oxide-based abrasive mineral.
  121. Sowman Harold G. (Maplewood MN), Non-vitreous ceramic metal oxide microcapsules and process for making same.
  122. Bischel William K. ; Deacon David A.G. ; Cockroft Nigel J. ; Hehlen Markus P. ; Wagner David K. ; Tompane Richard B. ; Field Simon J., Optically integrating pixel microstructure.
  123. Tang Ching W. (Rochester NY), Organic electroluminescent cell.
  124. Schaufele, Robert F.; Brown, Felix H., Phosphor geometry for color displays from a multiple gaseous discharge display/memory panel.
  125. Hinson David C. (Whitehouse OH) Bode Wolfgang W. (Sylvania OH) Fein Michael E. (Toledo OH) Hoehn H. Joseph (Toledo OH), Phosphor overcoat.
  126. Biazzo Martin R. (Holmdel NJ) Dick George W. (Colts Neck NJ), Planar AC plasma panel.
  127. Lee Jung Dong, Plasma display.
  128. Wedding,Carol Ann; Guy,Jeffrey W., Plasma display addressing.
  129. Ghosh Asish ; Srivastava Alok Mani, Plasma display configuration.
  130. Mayer William N. (White Bear Lake MN), Plasma display panel.
  131. Mayer William N. (White Bear Lake MN) Andreadakis Nicholas C. (White Bear Lake MN), Plasma display panel drive system.
  132. Kato, Tetsuya; Tomida, Kazuo; Watanabe, Yoshio; Kono, Hiroki, Plasma display panel, display apparatus using the same and driving method thereof.
  133. Tetsuya Kato JP; Kazuo Tomida JP; Yoshio Watanabe JP; Hiroki Kono JP, Plasma display panel, display apparatus using the same and driving method thereof.
  134. Ohsawa Michitaka,JPX ; Ohtaka Hiroshi,JPX ; Shinkawa Keirou,JPX ; Hashimoto Ken,JPX ; Ushifusa Nobuyuki,JPX ; Tsuchida Seiichi,JPX ; Kawamura Tatsuro,JPX ; Takai Teruo,JPX, Plasma display system.
  135. Marcotte, Robert G., Plasma display with split electrodes.
  136. Roeber Frederick W. (Concord MA), Plasma panel display device including spheroidal glass shells.
  137. Strom Richard A. (Eagan MN), Plasma panel pre-write conditioning apparatus.
  138. Wedding,Carol Ann, Plasma-shell PDP with organic luminescent substance.
  139. Wedding,Carol Ann, Plasma-shell radiation detector.
  140. Katherine A. Brown ; Michael R. Kesti, Polyolefin microspheres.
  141. Weber Larry F., Positive column AC plasma display.
  142. Wedding,Carol Ann, Positive column tubular PDP.
  143. Wedding,Carol Ann, Positive column tubular PDP.
  144. Sargeant Graham K. (Dartford GB2) Stone Raymond E. (London GB2), Process for manufacturing a lightweight refractory product.
  145. De Vos Daniel (Jette BE) Michel Paul-Marie (Jumet BE) Berger Alfred (Jamioulx BE), Process for the preparation of expansible beads.
  146. Torobin Leonard B. (120 Interstate North ; Suite 158 Atlanta GA 30339), Producing metal and metal glass microfilaments.
  147. Garnier Patrick (Paris FRX) Abriou Daniel (Gagny FRX) Gaudiot Jean-Jacques (Sao Paolo BRX), Production of glass microspheres.
  148. Rostoker ; David, Pulverulent borosilicate composition and a method of making a cellular borosilicate body therefrom.
  149. Parker William P. (Box 909 Waitsfield VT 05673-0909), Self contained gas discharge device.
  150. Marquisee Mark James (Wilmington DE), Semipermeable microcapsules containing a silica gel.
  151. Lange Roger W. (Maplewood MN) Sowman Harold G. (Maplewood MN), Shaped and fired articles of TiO2.
  152. Torobin Leonard B. (Materials Technology Corp. ; 4174 148th Ave. ; NE. Redmond WA 98052), Shaped form or formed mass of hollow metal microspheres.
  153. Kendall ; Jr. James M. (Pasadena CA) Wang Taylor G. (Glendale CA) Elleman Daniel D. (San Marino CA), Shell forming system.
  154. Dick ; George W., Single substrate ac plasma display.
  155. Dick George Wilmer (Colts Neck NJ) Hatfield Walter Bryan (Fair Haven NJ), Single substrate plasma discharge cell.
  156. Ragge ; Jr. Albert J. (760 Plain St. ; Bldg. 22 ; Apt. 12 Marshfield MA 02050), Snap-in light bulb.
  157. George, Edward Victor; Johnson, Roger Laverne; Green, Albert Myron; Wyeth, Newell Convers, Socket for use with a micro-component in a light-emitting panel.
  158. George, Edward Victor; Johnson, Roger Laverne; Green, Albert Myron; Wyeth, Newell Convers, Socket for use with a micro-component in a light-emitting panel.
  159. George, Edward Victor; Johnson, Roger Laverne; Green, Albert Myron; Wyeth, Newell Convers, Socket for use with a micro-component in a light-emitting panel.
  160. George,Edward Victor; Johnson,Roger Laverne; Green,Albert Myron; Wyeth,Newell Convers, Socket for use with a micro-component in a light-emitting panel.
  161. Moh Kyung H. (St. Paul MN) Sowman Harold G. (St. Paul MN) Wood Thomas E. (St. Paul MN), Sol gel-derived ceramic bubbles.
  162. Torobin, Leonard B., Solar collector comprising transparent hollow plastic microspheres as insulation material.
  163. Torobin Leonard B. (Materials Technology Corp. ; Box 6844 Bellevue WA 98007), Solar energy collector having hollow microspheres.
  164. Marcotte, Robert G.; Isobe, Norifusa, Suppression of vertical crosstalk in a plasma display panel.
  165. Andreadakis Nicholas C. (Readington Township ; Hunterdon County NJ), Suspended-electrode plasma display devices.
  166. Wedding,Carol Ann, Tubular PDP.
  167. Bergman Clark (Roseville MN), Tubular plasma display seal design.
  168. Weitzel William H. (San Diego CA) La Grange Lee D. (San Diego CA), Uniform microspheroidal particle generating method.
  169. George, E. Victor; Green, Albert M.; Wyeth, N. Convers, Use of printing and other technology for micro-component placement.
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