F-Term-List

G02F1/1335-1/1335,525;G02F1/13363

FA00
OPTICAL ELEMENTS

FA01

FA02

FA03

FA04

FA05

FA06

FA07

FA08

FA09

FA10

. Wavelength filters

. . Color filters

. . . Reflection type color filters

. . . Arrangement

. . . . Stripe shape

. . . . Matrix shape

. . . Color

. . . . Four colors or more or two colors

. . . . Ones including white (transparent) areas or pixels

. . Ultraviolet or infrared cutoff filters

FA11

FA13

FA14

FA15

FA16

FA17

. . Dichroic mirrors, dichroic prisms

. Light shielding or absorption members

. . Black matrixes

. . . Conductive black matrixes

. . . Insulating black matrixes

. . Parallax barriers

FA21

FA22

FA23

FA24

FA25

FA26

FA27

FA28

FA29

FA30

. Polarising elements

. . Polarization plate

. . . Color polarization plates

. . . Reflection type polarization plates

. . . . Reflection type linear polarization plate

. . . . Reflection type circular polarization plate

. . . Scattering type polarization plates

. . . Polarization plates using slits and diffraction

. . Polarized beam splitters

. Retardation plates

FA31

FA32

FA33

FA34

FA35

FA36

FA37

FA38

FA40

. Reflection elements

. . Half mirrors

. . Dielectric multilayer film mirrors

. . Scattering reflection plates

. . Directional reflection plates

. . Concave mirrors

. . Lamp reflector

. . Light-guiding plate reflection sheets

. Antireflection film

FA41

FA42

FA43

FA44

FA45

FA46

FA48

. Scattering element

. . Scattering sheets

. . Anisotropic or directional scattering elements

. . Scattering means

. . . Ones using its surface as a scattering surface

. . . Ones including a scattering element in its interior portion

. Diffraction grating and hologram

FA51

FA52

FA53

FA54

FA55

FA56

FA57

FA58

FA59

FA60

. Refraction and light focusing elements

. . Prisms

. . . Cross-section multangular shape

. . . . Cross-section triangle shape

. . . Cross-section curved-line shape

. . Lenses

. . . Fresnel lenses

. . Ones in which the number of elements is one

. . Ones in which the number of elements is plural

. . . Stripe shape

FA61

FA62

FA63

FA64

FA65

FA66

FA67

FA68

FA69

FA70

. . . Nonlinear stripe shape

. . . Matrix shape

. . . Prescription of an element width (W)

. . . . Element width (W) = Pixel pitch (P)

. . . . Element width (W) < Pixel pitch (P)

. . . . Element width (W) > Pixel pitch (P)

. . . Ones that are different for each area

. . . . Ones of different pitches

. . . . Ones of different heights

. . . . Ones of different cross-section shapes

FA71

FA72

FA73

FA74

FA75

FA76

. Light guide (light guiding body)

. . Optical fibers, optical fiber bundles

. . Light guiding rod (conversion of a point light source to a line light source)

. . Light guiding body having a prism on a surface

. . Light guiding bodies having a scattering surface on its surface

. . Light guiding bodies including a scattering element inside

FA81

FA82

FA83

FA84

FA85

FA86

FA87

FA88

. Light sources

. . Fluorescent tubes

. . Fluorescent bodies except for fluorescent tubes

. . EL

. . LED

. . Laser

. . Lamp (point shape)

. . A plurality of different light sources

FA91

FA92

FA94

FA95

FA96

FA98

FA99

. Light-receiving elements

. . Ones for lighting or driving control

. Protection films

. Adhesive agents, gluing agents

. Other optical elements (*)

. Ones having a plurality of optical functions

. . Ones in which a scattering property is given to other optical elements

FB00
MATERIALS OF OPTICAL ELEMENTS

FB01

FB02

FB03

FB04

FB05

. Base materials (*)

. . Organic materials (*)

. . . Heat-hardening resin (*)

. . . Photo-curable resin (*)

. . . Liquid crystal materials (*)

FB12

FB13

FB14

FB15

. . Inorganic materials (*)

. . . Glasses

. . . Metal (*)

. . . Semiconductors (*)

FB21

FB22

FB23

. Add-in materials (*)

. . Organic materials (*)

. . Inorganic materials (*)

FC00
MAKING PROCESS OF OPTICAL ELEMENTS

FC01

FC02

FC03

FC04

FC05

FC06

FC07

FC08

FC09

FC10

. Manufacturing

. . Vapor deposition

. . . Ion plating

. . . Oblique deposition

. . Dyeing

. . Electrodeposition, plating

. . Stretching

. . . Uniaxial stretching

. . . Biaxial stretching

. . Printing, exposure

FC12

FC13

FC14

FC15

FC16

FC17

. . Deposition

. . Printing

. . . Screen printing

. . Dispenser

. . . Ink jet

. . Integral forming

FC21

FC22

FC23

FC24

FC25

FC26

. Treatment

. . Polish

. . Cutting

. . Mold

. . Adhesion, embedding

. . Press work

FC31

FC32

FC33

FC34

FC35

FC36

FC37

FC38

. Processing

. . Heat treatment, cooling

. . Light (ultraviolet light) irradiation

. . Cleaning

. . Surface processing

. . . Etching

. . . Plasma processing

. . . Oxidation treatment

FC41

FC42

. Manufacturing equipment

. Test, inspection

FD00
ARRANGEMENT, ATTACHMENT, AND ADJUSTMENT OF OPTICAL ELEMENTS

FD01

FD02

FD03

FD04

FD05

FD07

FD08

FD09

FD10

. Arrangement

. . In-plane arrangement

. . . Identical optical elements

. . . . Patterning, partial arrangement

. . . Different kind optical elements

. . Laminated arrangement

. . . Angle of arrangement

. . . . Upper and lower polarization plates

. . . . Polarization plate and alignment direction

FD12

FD13

FD15

FD16

FD17

FD19

FD20

. . . . Retardation plate and other optical element

. . . . Relation with a panel (display screen)

. . Arrangement of a light source

. . . Immediately-beneath types

. . . Inside a light guiding body

. . Arrangement of color filters

. . . Ones being provided in the driving element substrate side

FD22

FD23

FD24

FD25

FD26

FD27

FD29

FD30

. . . Ones provided in the side of counter substrates

. . . Ones provided in a frame area

. . Arrangement of a black matrix

. . . Ones provided in the side of driving element substrate

. . . Ones provided in the side of counter substrate

. . . Ones provided in a frame area

. . Movable arrangement of optical elements

. . . Color wheels

FD31

FD32

FD33

FD34

FD35

FD36

FD37

FD38

. Attachment

. . Positioning, position adjustment

. . Retention

. . Adhesive bonding

. . . Sticking

. . . Pressure bonding

. . . Heat-sealing

. . Pressurization

FD41

FD42

FD43

FD44

FD45

FD46

. Adjustable setting of light quantity and color

. . Adjustable setting of light source light quantity

. . Adjustable setting of reflected light quantity

. . Color adjustable setting

. . . Movable polarization plate

. . . Movable color filter

GA00
RELATION WITH OTHER COMPONENTS

GA01

GA02

GA04

GA05

GA06

GA08

GA10

. Substrates

. . Protection substrates

. Conductive body, electrode

. . Transparent electrode

. . Conductive rubber

. Alignment member

. Insulating films

GA11

GA12

GA13

GA15

GA17

GA18

GA19

GA20

. Spacers

. . Ones made of color filters

. . Ones composed of black matrixes

. Inlets and seal members

. Drive circuits, driving elements

. . Power source

. . Active elements, nonlinear elements (TFT, TFD)

. . Photoconductor

GA21

GA22

GA23

GA24

. Drive circuits of light sources

. Protection films

. Adhesive agents, gluing agents

. Outer frames, support members

HA00
OPERATION PRINCIPLE OF LIQUID CRYSTALS

HA01

HA02

HA04

HA05

HA06

HA07

HA08

HA09

HA10

. Current effect type

. . Dynamic scattering (DS) type

. Electric field effect type

. . Dielectric anisotropy type

. . . Twisted nematic (TN) type

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

. . . Double refraction control (ECB) type

. . . Super-twisted double refraction (SBE, STN) type

. . . Phase-change (PC) type

HA11

HA12

HA13

HA14

HA15

HA16

HA17

HA18

HA19

HA20

. . . Vertical alignment (VA) type

. . . Homogeneous alignment type

. . . Bend alignment type, pi cell

. . . Hybrid alignment (HAN) type

. . . Lateral electric field drive type

. . . Cholesteric

. . . . Polarized light selection

. . . . Wavelength selection

. . Permanent dipole type

. . . Ferroelectricity type

HA21

HA23

HA25

HA27

HA28

HA29

. . . Antiferroelectric type

. Heat effect type

. Light effect type

. Other operation principles (*)

. . Pressure effect type

. . Magnetic field effect type

HA31

HA32

HA33

HA34

HA35

HA36

HA37

HA38

. Ones added to operation principles

. . Operation division means

. . . Ones according to alignment films

. . . Ones according to an electrode structure

. . . Ones according to convex portions and concave portions

. . Arrangement of operation division areas

. . . Within a pixel

. . . For each pixel

JA00
STRUCTURE OF LIQUID CRYSTAL LAYERS

JA01

JA02

JA03

JA10

. High molecular liquid crystal

. Dispersed liquid crystal

. Thickness change by locations

. Other structures of a liquid crystal layer (*)

KA00
PRESCRIPTION OF PARAMETERS AND NUMERICAL VALUES RELATED TO CELL STATES (*)

KA01

KA02

KA04

KA05

KA06

KA10

. Prescription of refractive indexes (*)

. . Prescription of retardation (DLTAn. d) (*)

. Prescription of a twist angle (*)

. Prescription of cell thickness (d), helical pitch (p), and d/p (*)

. Prescription of pretilt angles (*)

. Prescription of other parameters and numerical values of a cell state (*)

LA00
OBJECTS, PROBLEMS TO BE SOLVED

LA01

LA02

LA03

LA04

LA05

LA06

LA07

LA08

LA09

. Security

. . Mechanical protection

. . Measures against harmful light or stray light

. . Measures for high temperature or heat

. . Measures against low temperature

. . Waterproof, moisture prevention

. . Dust prevention, antistatics

. . Electromagnetic shield

. . Ease of maintenance and component replacement

LA11

LA13

LA15

LA17

LA19

. Making thinner, smaller, lighter

. Productivity improvement

. Component and function sharing

. Negative, positive inversion

. Colorization

LA21

LA22

LA23

LA24

LA25

LA26

LA27

LA28

. Visibility improvement

. . Contrast improvement

. . White balance improvement

. . Luminance, illuminance equalization

. . Making wider viewing angle

. . Making narrower viewing angle

. . Achromatism

. . Interference and moire prevention

LA31

LA32

LA33

LA34

LA40

. Light utilization efficiency improvement

. . Luminous flux separation

. . Polarization separation

. . Color separation

. Other objects and problems to be solved

MA00
SPECIAL APPLICATION

MA01

MA02

MA03

MA04

MA06

MA07

MA08

MA09

MA10

. Three dimensional displays

. Head mount displays (HMD)

. Displays for vehicles

. . For car navigation

. Glare-proof mirror

. Liquid crystal lens

. Printer heads

. Optical arithmetic operation device

. Electronic papers

MA11

MA12

MA13

MA20

. Projector (*)

. . Single-liquid-crystal-panel type

. . Three-liquid-crystal-panel type

. Other special application (*)

NA00
MULTIFUNCTIONAL COMBINED CONFIGURATION

NA01

NA02

NA03

NA04

NA05

NA06

NA07

NA09

NA10

. Transmission and reflection type

. . Whole surface being semi-transmissive

. . . Half mirrors

. . . Reflection-type polarization plate

. . . . Reflection-type linear polarization plate

. . . . Reflection-type circular polarization plate

. . . Variable reflection plate

. . Transmission area/reflection area

. . . Different configurations between a transmission area and a reflection are

NA12

NA13

NA14

NA15

NA16

NA17

NA18

NA19

NA20

. . . . Ones having different cell gaps

. . . . . Irregularities in the same side as the reflection element relative to a liquid crystal layer

. . . . . Irregularities in the opposite side of a reflection element relative to a liquid crystal layer

. . . . Ones of different color filters

. . . . . Ones having different materials

. . . . . Ones having different film thicknesses

. . . . . Ones having areas without a color filter

. . . . Ones having different retardation plates

. . . . Ones having different alignment

NA22

NA23

NA24

NA25

NA26

NA27

NA28

NA29

NA30

. . . . Ones having different drive voltages

. . . Transmission/reflection areas of different configurations between pixels

. . . . Different arrangements between a transmission area and a reflection area

. . . . Areas of a transmission area and a reflection area being different

. . . . Transmission/reflection areas of different configurations for each color pixel

. . . Laminated arrangement of a transmission electrode and a reflection element

. . . . Transmission electrode (upper)/reflection element (lower)

. . . . Transmission electrode (upper)/insulating film/reflection element (lower)

. . . . Reflection element (upper)/transmission electrode (lower)

NA32

NA33

NA34

NA35

NA36

NA37

NA38

. . . . Reflection element (upper)/insulating film/transmission electrode (lower)

. . . Constitution of a reflection element

. . . . Ones to perform reflection by a reflection electrode

. . . . Ones to perform reflection by a reflection film

. . . Nature of reflection

. . . . Scattering reflection

. . . . Directional reflection

NA41

NA42

NA43

NA44

NA45

NA46

NA47

NA48

NA49

. Whole-surface reflection type

. . Constitution of a reflection element

. . . Ones to perform reflection by a reflection electrode

. . . Ones to perform reflection by a reflection film

. . . . Arranged inside a cell

. . . . Arranged on the outer side of a cell

. . Nature of reflection

. . . Scattering reflection

. . . Directional reflection

NA51

NA52

NA53

NA54

NA55

. Multiscreen display

. . Multiscreen by a parallax barrier

. . Multiscreen by a lens or prism

. . Multiscreen by a light source or light guiding body

. . Multiscreen by laminated cells

NA61

NA62

NA63

NA64

NA65

. Double-faced display

. . Single-layer cells

. . . Transmission and reflection type cells

. . Laminated cells

. . . Ones using a common light source or a light guiding body

NA71

NA72

NA73

NA74

NA75

NA76

NA77

NA78

. Viewing angle variable control

. . Controlled objects

. . . Viewing angle range variable control

. . . Viewing angle direction variable control

. . Control means

. . . Control by a viewing angle control panel

. . . Controlling a display panels

. . . Controlling an optical elements

PA00
OPTICAL PROPERTY OF A RETARDATION PLATE

PA01

PA02

PA03

PA04

PA05

PA06

PA07

PA08

PA09

PA10

. Optical anisotropic nature

. . Optical axis uniaxiality

. . . A plate (primary axis in xy plane)

. . . . Positive A plate (nx>ny=nz)

. . . . Negative A plate (nx

. . . C plate (primary axis in z direction)

. . . . Positive C plate (nx=ny

. . . . Negative C plate (nx=ny>nz)

. . . O plate (primary axis in oblique direction)

. . . . Positive O plate (na=nb

PA12

PA13

PA14

PA15

PA16

PA17

PA18

. . . . Negative O plate (na=nb>nc)

. . . Twisted retardation plates

. . . . Positive refractive index anisotropic nature

. . . . Negative refractive index anisotropic nature

. . . Hybrid retardation plates

. . . . Positive refractive index anisotropic nature

. . . . Negative refractive index anisotropic nature

PA22

PA23

PA24

PA25

PA26

PA27

PA28

PA29

PA30

. . Optical axis biaxiality

. . . Optical axes in xyz directions

. . . . nx>ny>nz, and Nz value>1

. . . . nx>nz>ny, 0

. . . . nz>nx>ny, Nz value <0

. . . Optical axis in an oblique direction

. . . . One axis in xy plane

. . . . No axis in xy plane

. . . Twisted retardation plates

PA32

. . . Hybrid retardation plates

PA41

PA42

PA43

PA44

PA45

PA50

. Wave plates

. . lambda/2 plates

. . . Broadband lambda/2 plates

. . lambda/4 plate

. . . Broadband lambda/4 plate

. Different retardation plates in a plain surface

PA51

PA52

PA53

PA54

PA58

PA59

PA60

. Wavelength dispersion

. . Positive wavelength dispersion (delta Dltand/delta lambda<0)

. . Inverse wavelength dispersion (delta Dltand/delta lambda>0)

. . Low wavelength dispersion (delta Dltand/delta lambda nearly equal 0)

. Arrangement

. . Ones arranged in the outer side of a polarization plate

. . Ones arranged in a cell

PA61

PA62

PA63

PA64

PA65

PA66

PA67

PA68

PA69

PA70

. The number of plates

. . One plate in a cell in total

. . Two plates in a cell in total

. . . Two plates arranged on one side of a liquid crystal layer

. . . One plate is arranged on each side of a liquid crystal layer

. . Three plates in a cell in total

. . . Three plates arranged in one side of a liquid crystal layer

. . . Arrangement of one plate in one side and two plates in the opposite side of a liquid crystal layer

. . Four plates in a cell in total

. . . Arrangement of four plates in one side of a liquid crystal layer

PA72

PA73

PA74

PA78

PA79

PA80

. . . Arrangement of one plate in one side of a liquid crystal layer, and three in the opposite side

. . . Two plates are arranged in each side of a liquid crystal layer

. . Five plates or more in a cell in total

. Ones sharing with other members

. . Protection films

. . Substrates

PA81

PA82

PA83

PA84

PA85

PA86

PA87

. Materials

. . Liquid crystal materials

. . . Liquid crystal cells

. . . Nematic liquid crystal

. . . Cholesteric liquid crystal

. . . Discotic liquid crystal

. . . High molecular liquid crystal

2H291	LIQUID CRYSTAL 4-1 (COMBINATION WITH OPTICAL MEMBERS)
	G02F1/1335 -1/1335,525;1/13363