F-Term-List

G02F1/1333,500-1/1333,505;1/1337-1/1337,530

HA00
STRUCTURES OF INSULATION LAYERS AND ALIGNMENT MATERIALS

HA01

HA02

HA03

HA04

HA05

HA06

HA07

HA08

. Structures of insulation layers

. . Layer structures with electrodes

. . . on electrodes

. . . under electrodes

. . Patterns

. . . Via holes

. . Layers in special structures, e.g. curved surfaces

. . Definition of characteristics, e.g. thicknesses

HA11

HA13

HA14

HA15

HA16

. Structures of alignment members

. . mixing spacers

. . Patterns

. . Layers of special structures, e.g. curved surfaces

. . Structures other than layers

HB00
MATERIALS FOR INSULATION LAYERS AND ALIGNMENT EMBERS

HB01

HB02

HB03

HB04

HB05

HB06

HB07

HB08

HB09

HB10

. Matrices

. . Inorganic materials

. . . Silicon oxides(*)

. . . Non-oxides(*)

. . . Magnetic materials (*)

. . . Other inorganic materials(*)

. . Organic materials(*)

. . . Imide compounds(*)

. . . . Diamines(*)

. . . . Tetracarboxylic acid(*)

HB11

HB12

HB13

HB14

HB15

HB16

HB17

HB18

HB19

. . . . Organic solvents(*)

. . . Silane compounds(*)

. . . Other organic materials

. . . . Organic materials including metal elements (*)

. . . . Organic materials containing fluorine elements (*)

. . . . Liquid crystal materials(*)

. Additives

. . Conductive materials(*)

. . High dielectric constant materials(*)

HC00
MANUFACTURING METHODS FOR INSULATION LAYERS AND ALIGNMENT MEMBERS

HC01

HC02

HC03

HC05

HC06

HC07

HC08

HC09

HC10

. Manufacturing methods for layers

. . Langmuir-Blodgett (LB) method

. . Plasma polymerisation

. . Coating

. . . Printing

. . . Dipping methods

. . . Heat polymerisation after coating

. . Oxidation

. patternising

HC11

HC12

HC13

HC14

HC15

HC16

HC17

HC18

HC19

HC20

. . Masks

. . Etching

. . Beam radiation

. After-treatments

. . High-temperature burning

. . Surface reformation

. Orders with other processes

. Devices

. Other manufacturing methods

. Tests or inspections

HD00
FUNCTIONS OF INSULATION LAYERS AND ALIGNMENT MEMBERS

HD01

HD02

HD03

HD04

HD05

HD06

HD07

HD08

. Functions of insulation layers

. . Prevention of alkali leakage from the substrates

. . Planarising

. . Prevention of electrode visibility

. . Electrode protection

. . combined wit optical elements

. . Impedance functions

. . Improvement of adhesion

HD11

HD12

HD13

HD14

HD15

HD17

HD18

. Functions of alignment members

. . Improvement of conductivity

. . Improvement of dielectric constants

. . Prevention of alignment defects

. . Improvement of heat resistance or weatherability

. . combined with insulation layer functions

. . Increasing tilt angles of ferroelectric liquid crystals

JA00
STRUCTURES OF SUBSTRATES

JA01

JA02

JA03

JA04

JA05

JA06

JA07

JA08

JA09

. Cross-sectional shapes

. . Surface irregularities in the thickness directions

. . . arranged on cell sides

. . . arranged on the opposite sides of cells

. . . Structures relating to electrodes

. . Coatings

. . . Surface protection layers

. . . Compression stress layers

. . Numerical definition of substrate thicknesses

JA11

JA13

JA15

JA16

JA17

JA18

JA19

. End shapes

. Contour shapes

. Relationship between two substrates

. . Two substrates of different materials

. . folding one substrate

. . Two substrates different in positions or shapes

. combined with other members

JB00
MATERIALS OF SUBSTRATES

JB01

JB02

JB03

JB04

JB05

JB06

JB07

JB08

JB09

JB10

. Materials

. . Glass(*)

. . Plastics(*)

. . Crystalline materials or others (*)

. Optical properties

. . Non-birefringence or isotropy

. . Birefringence

. . . Uniaxial

. . . Biaxial properties

. . . Correlation with polarisers

JB11

JB12

JB13

. . . Materials for lamination

. . Definition of refractive indexes

. . . Definition of retardation (difference n. d)

JC00
MANUFACTURING METHOD FOR SUBSTRATES

JC01

JC02

JC03

JC04

JC06

JC07

JC08

JC09

. Shape processing

. . Positioning

. . Irregularities or gratings

. . Curved surface forming

. Reforming

. . Film forming

. . Heat treatments

. . Treating with electrical discharge

JC11

JC12

JC13

JC14

JC15

JC16

JC17

JC18

JC19

JC20

. aminating substrates together

. . Position adjustments

. . Cut position adjustments

. . Other adjustments

. Substrate processing for filling liquid crystals

. . Substrate defoaming

. . stabilising spacings between substrates

. Tests and inspections

. Cleaning

. Reusing

JD00
FUNCTIONS OF SUBSTRATES

JD01

JD02

JD03

JD04

JD05

JD06

JD08

JD09

JD10

. Optical functions

. . Infrared ray blocking

. . Ultraviolet ray blocking or absorption

. . Adjustment for wavelength characteristics

. . Adjustments of polarisation properties

. . Anti-reflection

. Chemical functions

. . Dealkalisation

. . Prevention of alkaline leakage

JD11

JD12

JD13

JD14

JD15

JD17

JD18

JD19

. . gas permeability resistance

. . moisture permeation resistance

. Mechanical functions

. . Flattening

. . Dimension stabilisation

. Thermal characteristics

. . Adjustments for thermal expansion coefficients

. . Prevention of temperature rise

KA00
PRINCIPLES OF OPERATION OF LIQUID CRYSTALS

KA01

KA02

KA03

KA04

KA05

KA06

KA07

KA08

KA09

. Electric-current effect types

. . Dynamic scattering types ( DS )

. Field-effect types

. . Dielectric anisotropy types

. . . Twisted nematic ( TN ) types

. . . Dichroic, pleochroic, and guest-host (GH) types

. . . Electrically controlled birefringence types (ECB)

. . . Super twisted birefringence (SBE or STN) types

. . . Phase change types (PC)

KA11

KA12

KA13

KA14

KA15

KA16

KA17

KA18

KA19

KA20

. . . Polymer dispersed liquid crystals (PDLC)

. . . Polymer liquid crystals

. . Permanent dipole types

. . . Ferroelectric types

. . . Antiferroelectric types

. Thermal effect types

. Optical effect types

. Other principles of operation

. . Pressure effect types

. . Magnetic-field effect types

LA00
ASSOCIATION WITH OTHER COMPONENTS

LA01

LA02

LA03

LA04

LA05

LA06

LA07

LA08

LA09

LA10

. Conductors or electrodes

. Spacers

. Filling holes and sealing members

. Drive elements, drive circuits, and power supplies

. Optical elements

. . Phase plates

. . . Half-wave plates

. . . Quarter-wave plates

. . Polarisers

. . Diffusers

LA11

LA12

LA13

LA14

LA15

LA16

LA17

LA18

LA19

LA20

. . Prisms

. . Lenses

. . . Lenticular lenses

. . . Fresnel lenses

. . colour filters

. . Light sources

. . . Electroluminescence (EL)

. . . Fluorescent tubes

. . Diffraction gratings

. . Reflecting members

MA00
ALIGNMENT CONDITIONS

MA01

MA02

MA03

MA04

MA05

MA06

MA07

MA08

MA09

MA10

. Vertical alignment

. Parallel alignment

. Hybrid alignment

. Spiral alignment

. . Bistable alignment

. Alignment directions

. . Relationship with electrode directions

. . Nonlinear

. . Random

. Pretilt

MA11

MA12

MA13

MA14

MA15

MA16

MA17

. . Definition of tilt angles

. A plurality of different alignment processing in the same cell.

. . Same places

. . Different places

. . . in the same substrates

. . . Different substrates

. Other alignment conditions

MB00
METHODS FOR ALIGNMENT PROCESSING

MB01

MB02

MB03

MB04

MB05

MB06

MB07

MB08

MB09

MB10

. Rubbing

. . Rubbing machines

. . Rubbing materials

. . Antistatic

. . Equalisation of rubbing strength

. Oblique vapour deposition

. Drawing layers

. Interference exposure or grating

. Magnetic field alignment

. Shifted alignment

MB11

MB12

MB13

MB14

. Spacer alignment

. Beam irradiation

. Heating or cooling

. Other methods for alignment processing

2H090	Liquid Crystal 3 (Substrates, insulating layers, and alignment members)
	G02F1/1333 ,500-1/1333,505;1/1337-1/1337,530