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F-Term-List

3K107 ELECTROLUMINESCENT LIGHT SOURCES
H05B33/00 -33/28;44/00;45/60;H10K50/00-99/00
H10K50/00-99/00;H05B33/00-33/28;H05B44/00;H05B45/60 AA AA00
TYPE OF ELECTROLUMINESCENT ELEMENT 		AA01 AA02 AA03 AA05 AA06 AA07 AA08 AA09
. organic . . Light emitting transistors . . Light conversion elements . inorganic . . Direct current types . . Thin film types . . Dispersion types . . Three-layer types with dielectric layers between electroluminescent layers and electrodes
BB BB00
APPLICATION OR USE 		BB01 BB02 BB03 BB04 BB05 BB06 BB07 BB08
. Displays . Lights or light sources . . Backlights or the like for liquid crystals . . Printer heads . . Lasers . Designs or advertisements . Timepieces . On-board use
CC CC00
PURPOSE OR EFFECT 		CC01 CC02 CC03 CC04 CC05 CC06 CC07 CC08 CC09 CC10
. Light emission characteristics . . Brightness . . Efficiency . . . of light emission . . . of light extraction . . Colours . . . Colour purity; Colour temperatures; Light emission wavelengths including UV . . . Colour balance . . . White light emission . . Anisotropic light emission or polarised light emission
CC11 CC12 CC13 CC14 CC16
. Electric characteristics . . Low voltage drives . . High withstand voltage . . Low power consumption . Preventing vibrations or measures against noises
CC21 CC22 CC23 CC24 CC25 CC26 CC27 CC28 CC29
. Stabilising characteristics e.g. life or reliability . . chemical stabilisation . . Measures against moisture or oxygen . . Heat resistance . . preventing layers from being stripped with each other; Adhesion . . preventing non-light emission portions . . . suppressing dark spots . . . Measures against shrinkages . . . preventing short circuits
CC31 CC32 CC33 CC34 CC35 CC36 CC37
. Display performance . . enhancing contrast . . preventing display irregularities or crosstalk . . preventing burn-ins . . improving resolution . . improving aperture ratios . . improving visual angles
CC41 CC42 CC43 CC45
. Improving displays . . enlarging screens . . miniaturising thinning or reducing weights . Facilitating manufacture or reducing costs
DD DD00
CHARACTERISTIC FEATURE OF ELEMENT STRUCTURE, MATERIAL, OR SHAPE 		DD01 DD02 DD03 DD04 DD05 DD06 DD07 DD08 DD10
. Directions of light emission . . Bottom emission . . Top emission . . Double-sided light emission . . Edge emission . . having special shapes . . . liner rod-like or ribbon-like . . . . in braids . Micro-resonant structures
DD11 DD12 DD13 DD14 DD15 DD16 DD17 DD18 DD19
. Substrates . . Glass . . Ceramics . . Semiconductors . . Metals . . Resins . . Flexible substrates . . Layered structures . . . of films
DD21 DD22 DD23 DD24 DD25 DD26 DD27 DD28 DD29 DD30
. Anodes . . Transparent conductors including extremely thin metal films . . Reflection electrodes . . Layered electrodes . . having special shapes . Cathodes . . Transparent conductors including extremely thin metal films . . Reflection electrodes . . Layered electrodes . . having special shapes
DD31 DD32 DD33 DD34 DD35 DD36 DD37 DD38 DD39
. AC electrodes . . Transparent conductors including extremely thin metal films . . Reflection electrodes . . Comb-teeth electrodes with slits . . Metal nets or perforated metal foils . . Layered electrodes . Auxiliary electrodes or current collecting strips . Terminals . Wiring excluding thin film transistors
DD41 DD42 DD43 DD44 DD45 DD46 DD47 DD50
. Materials of electrodes terminals or wiring . . Organic materials . . . Conductive macromolecules . . Metals or alloys . . Metal compounds . . . Metal oxides including indium tin oxides . . Compositions e.g. conductive coatings or conductive pastes . Light emitting layers
DD51 DD52 DD53 DD54 DD55 DD56 DD57 DD58 DD59 DD60
. . Layered structures . . . with charge generation layers between light emitting layers . . Mixtures . . Inorganic materials . . . Sulfides e.g. zinc sulfides or strontium sulfides . . . Additives e.g. activators or stimulating agents . . . Nano-particles . . Organic materials . . . Low molecules . . . Macromolecules
DD61 DD62 DD63 DD64 DD65 DD66 DD67 DD68 DD69 DD70
. . . . conjugated . . . . Non-conjugated main chains . . . . Non-conjugated side chains . . . Metal complexes . . . Liquid crystal materials . . . Fluorescent materials (singlet state) . . . Phosphorescent materials (triplet state) . . . Host materials . . . Dopant materials . . Ink or paint
DD71 DD72 DD73 DD74 DD75 DD76 DD77 DD78 DD79 DD80
. Hole injection transport layers or block layers between anodes and electroluminescent layers . . Layered structures . . Mixtures . Electron injection transport layers or block layers between cathodes or electroluminescent layers . . Layered structures . . Mixtures . Materials of charge transport layers charge generation layers or block layers . . Organic materials . . . Conductive macromolecules . . . Metal complexes
DD81 DD82 DD83 DD84 DD85 DD86 DD87 DD88 DD89 DD90
. . Carbon materials . . . Fullerenes . . . Nanotubes . . Inorganic materials . . . Semiconductors . . Metals . . Ink or paints . Insulators or dielectrics . . Barriers or banks . . Interlayer insulating films or planarised films
DD91 DD92 DD93 DD94 DD95 DD96 DD97 DD98 DD99
. . arranged between or near electrodes e.g. for preventing short circuits . . Terminals . . Wiring . . Materials . . . Inorganic materials . . . Macromolecules . . . . Resists or photosensitive resins . . . characterised by dielectrics mixed with inorganic electroluminescent powders . . . characterised by dielectric layers between inorganic electroluminescent layers and electrodes
EE EE00
DISPLAY 		EE01 EE02 EE03 EE04 EE05 EE06 EE07 EE08 EE09 EE10
. Structures thereof . . Passive matrices . . Active matrices . . . characterised by thin film transistor structures . . . bonded with thin film transistors on opposite substrates . . with RGB picture elements having different areas . . characterised by shapes or arrangements of picture elements . . Segments . . Area colours . . Layered structures
EE11 EE12
. . . with electrodes between light emitting layers . . . of element substrates
EE21 EE22 EE23 EE24 EE25 EE26 EE27 EE28 EE29 EE30
. Optical members . . Colour filters . . . Materials thereof including dyes . . Colour conversion filters . . . Materials thereof including dyes . . Polarising films or plates . . Non-reflection films black layers or black matrices . . Light scattering layers . . Lenses . . Prisms
EE31 EE32 EE33
. . Diffraction gratings . . Multilayer interference films . . Reflection members excluding reflection electrodes
EE41 EE42 EE43 EE44 EE45 EE46 EE47 EE48 EE49 EE50
. Sealing structures . . Sealing containers or substrates . . . Glass . . . Metals . . . Films . . Protective layers or films . . . Metals . . . Inorganic materials . . . Resins . . . Layered films
EE51 EE52 EE53 EE54 EE55 EE57 EE58 EE59
. . enclosing liquids . . enclosing gases or vacuums . . enclosing desiccant agents or absorbents . . Spacers . . Adhesives . Attaching or integrating power supplies or drive circuits . . chip-on-glass . . system-on-glass; integrating drivers
EE61 EE62 EE63 EE65 EE66 EE67 EE68
. Other members . . for cooling or heat dissipating . . for mounting or attaching . combined with other elements . . Sensors . . . of temperatures or heat . . . Optical sensors
FF FF00
CLAIMED PARAMETER 		FF01 FF02 FF03 FF04 FF05 FF06 FF07 FF08 FF09
. Dynamic properties . . of solids e.g. elastic modulus or hardness . . of liquids e.g. viscosity or surface tension . Electric properties e.g. resistivity conductivity or dielectric constant . Thermal properties e.g. melting point thermal conductivity or Tg . Optical properties e.g. refractive indices reflectivity or optical path distance . Surface properties . . Roughness . . Contact angles
FF11 FF12 FF13 FF14 FF15 FF16 FF17 FF18 FF19 FF20
. Light emission characteristics . . Brightness or efficiency . . Chromaticity colour purity or wavelengths . Composition concentration or molar ratio . Shapes e.g. lengths thicknesses areas or angles . Pressure; Degree of vacuum . Environmental conditions e.g. temperatures humidity or cleanliness . Molecular weights; Degree of polymerisation . Energy levels work functions or band gaps . . Triplet energy
GG GG00
MANUFACTURING PROCESS OR APPARATUS 		GG01 GG02 GG03 GG04 GG05 GG06 GG07 GG08 GG09
. for deposition . . Dry methods . . . Chemical vapour deposition . . . Evaporation . . . Sputtering . . Wet methods . . . Printing . . . Inkjet . . Transferring e.g. using heat sensitivity or lasers
GG11 GG12 GG13 GG14 GG15
. for patterning . . Etching . . . Dry etching . . Laser processing . . Lift-off
GG21 GG22 GG23 GG24 GG26 GG28
. Processes for surface treatments . . of substrates e.g. polishing or washing . . of electrodes e.g. polishing or washing . . Hydrophilisation or hydrophobisation . Processes for heat treatments . Conditions or atmospheres of manufactures or treatments
GG31 GG32 GG33 GG34 GG35 GG36 GG37
. Manufacturing apparatus . . Dry methods e.g. evaporation or sputtering . . . Masking . . . Crucibles or boats . . Wet methods . . . Heads or nozzles . . Sealing apparatus
GG41 GG42 GG43
. Production lines . . In-line systems . . Satellite systems
GG51 GG52 GG53 GG54 GG55 GG56 GG57
. Others . . Multiple patterning . . enlarging screens or tiling . . Alignment . . Ageing of panels . . Inspecting or testing . . Repairing
HH HH00
CIRCUIT 		HH01 HH02 HH03 HH04 HH05
. Boosting; Generating high frequencies . characterised by input waveforms . Protective circuits . Brightness control . Picture element circuits
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