F-Term-List

G02B6/00,356-6/02@Z;6/10-6/10@Z;6/16-6/22;6/44-6/44,346

AA00
MANUFACTURING METHODS OF OPTICAL FIBER STRANDS

AA01

AA02

AA03

AA04

AA05

AA06

AA07

AA08

AA09

. Optical fiber glass

. . For storage of polarization plane

. . . Internal vapor depositing method for depositing optical fiber glass

. . . Vapor phase axial depositing method and external vapor depositing method

. . . Charging of optical fiberglass into the tube

. . . Optical fiber with metal layer or membrane

. . . Characterized by optical fiber manufacturing method features for providing a periodic change in the optical fiber along its longitudinal direction

. . . . Accompanied by twisting

. . . Characterized by features for wire drawing

AA11

AA13

AA14

AA15

AA16

AA17

AA18

AA19

AA20

. Optical fiber with plastic cladding

. Optical fiber with plastic core and cladding

. . With Type SI plastic core and cladding

. . . Made by extrusion method

. . . Made by charging into the tube

. . Type GI optical fiber

. . . Made by external diffusion method

. . . Made by internal diffusion method

. . . Made under uneven polymerization conditions

AA21

AA22

AA23

AA24

. Optical fiber with crystal core or cladding

. . Made by extrusion method

. . Made by coating method

. . Made by pulling up

AB00
OPTICAL FIBER STRAND MATERIALS

AB01

AB02

AB03

AB04

AB05

AB06

AB07

AB08

AB09

AB10

. Optical fiber core or cladding materials

. . Glass core or cladding materials

. . . Quartz core or cladding materials

. . . . Pure quartz core or cladding materials

. . . . Quartz with GeO2

. . . . Quartz with TiO2

. . . . Quartz with Al2O2

. . . . Quartz with P2O5

. . . . Quartz with B2O3

. . . . Quartz with fluorine

AB14

AB15

AB16

AB17

AB18

AB20

. . . . Quartz with OH (H2O)

. . . . Quartz with As205

. . . . Quartz with alkaline metal

. . . . Quartz with alkaline earth metal

. . . . Quartz with other constituents

. . . . Quartz with two or more constituents

AB23

AB24

AB25

AB26

AB29

. . . Containing Ge

. . . . Made of pure GeO2

. . . . Made of GeO2 with one constituent

. . . . Made of GeO2 with two or more constituents

. . . Made of other oxides

AB33

AB37

AB38

AB39

. . . Containing fluorides

. . . Made of chalcogenized glass materials

. . . . Glass materials containing S

. . . . Glass materials containing Se

AB42

AB43

AB44

AB45

AB46

AB47

AB48

AB49

AB50

. . Plastic core or cladding materials

. . . Methacrylic resin (PMMA) core or cladding materials

. . . . Made by fluoroalkylation substitution

. . . Polystyrene resin (PS) core or cladding materials

. . . Resin core or cladding materials

. . . Fluorine resin core or cladding materials

. . . . Containing copolymer made of different fluorine monomers

. . . Substituted with deuterium

. . . Copolymer core or cladding materials

AB52

AB53

AB54

AB55

AB56

AB57

AB58

AB59

AB60

. . Crystal core or cladding materials

. . . Crystal materials with alkaline metals

. . . . Crystal materials with Na

. . . . Crystal materials with K

. . . Crystal materials with silver

. . . Crystal materials with halogen

. . . . Crystal materials with Br

. . . . Crystal materials with Cl

. . . Crystal materials with Thallium

AB63

AB64

AB67

. . . Core or cladding materials characterized by a single crystal

. . . Core or cladding materials characterized by polycrystals

. . Metal core or cladding materials

AB71

AB72

AB73

AB76

. Optical fiber membrane materials for providing stress

. . Membranes with two or more constituents

. . Membranes with B2O3

. Optical fiber jackets (excluding pure quartz jackets)

AC00
OPTICAL FIBER STRAND STRUCTURE

AC01

AC02

AC03

AC05

AC06

AC07

AC09

. Optical fiber strand cross section or type

. . Characterized only by the distribution of index of refraction

. . . Characterized by SI

. . . Characterized by GI

. . . . Characterized by square distribution parameters

. . . . Characterized by GI with image-formation action

. . . Characterized by SM

AC13

AC14

AC15

AC16

. . . Having multi-layer structure

. . . . Having type W multiple-layer structure

. . . . Having four or more layers

. . . . Having a cylindrical core

AC23

AC24

AC25

AC26

AC27

AC28

AC29

. . . Characterized by other distributions of index of refraction

. . . . Characterized by core features

. . . . . Having flat distribution features

. . . . . Having square distribution features

. . . . . Having concave center distribution features

. . . . . Having multiple core layers

. . . . . . Having trapezoidal distribution features

AC34

AC35

AC36

AC38

. . . . Characterizing features of the cladding

. . . . . Cladding with increasing index of refraction along the radial direction

. . . . . Cladding with multiple cladding layers

. . . . Having a low refraction layer between the core and cladding

AC42

AC43

AC44

AC45

AC46

AC47

AC48

AC49

AC50

. . Optical fiber structures for storage of polarization plane

. . . Characterized by elliptical stress provider

. . . Characterized by side stress provider

. . . Characterized by side tunnel

. . . Characterized by core profile

. . . . Characterized by elliptical core profile

. . . Having asymmetrical distribution of index of refraction

. . . Functioning as polarizers

. . . For maintaining circular polarization

AC53

. . . For recognizing the polarizing direction

AC62

AC63

AC64

AC67

AC69

. . Having non-solid core or cladding

. . . Having a liquid core

. . . Having a gaseous or vacuum core

. . Having a single support core

. . Having multiple cores

AC71

AC72

AC73

AC74

AC75

AC76

. Optical fiber strand structures specified by numerical values or formulas

. . Having specific distributions of indices of refraction using equations

. . Having specific differences in the indices of refraction

. . Having specific standardized frequencies

. . Having specific cutoff frequencies

. . Having specific layer thicknesses

AC81

AC82

AC83

AC84

AC86

AC87

AC88

AC89

AC90

. Characterized by longitudinal structure

. . Having changes in the indices of refraction

. . Having changes in the cross-sectional areas

. . Having periodic changes along the axial direction

. . Characterized by end features

. . . End surface profiles

. . . Optical fiber strands with anti-refraction termination

. . . Having anti-reflection film on end surfaces

. . . Combined with optical members

AD00
OPTICAL FIBER STRAND FUNCTIONS

AD01

AD02

AD03

AD04

AD06

AD07

AD08

. For reduced dispersion and wide range

. For control of thermal expansion

. For light absorption or prevention of stray light

. For reducing or preventing radioactive rays

. For detection

. . For liquid detection

. . For open wire detection

AD11

AD12

AD16

AD17

AD18

. For power transmission

. . For cooling

. For transmission of infrared rays

. For recovery of transmittance (i.e., transmission efficiency)

. For photo-soliton transmission

BA00
MANUFACTURING OF THE OPTICAL FIBER CORE

BA01

BA02

BA03

BA04

BA05

. Coating methods for manufacturing the optical fiber core

. . Extrusion coating method

. . Application coating method

. . Vapor deposition method

. . Covering with a pipe

BA11

BA12

BA13

BA14

BA15

BA16

BA17

BA18

BA19

BA20

. Objectives of methods for manufacturing the optical fiber core

. . Homogenization of optical fiber core coating

. . Acceleration of coating process

. . Control of stress-strain

. . Screening of inferior optical fiber strands

. . Heat treatment

. . Hardening of the coating resin

. . . Ultraviolet hardening

. . . Hardening by heating

. . Elimination of hydrogen gas

BA21

BA22

BA23

BA24

BA25

. Optical fiber core manufacturing equipment

. . Coating equipment for the optical fiber core

. . . Characterized features of the die set for coating the optical fiber core

. . . Characterized features of the winding unit for coating the optical fiber core

. . Ultraviolet hardening equipment

BA31

BA32

BA33

BA34

BA35

. Type of optical fiber strand to be coated

. . Fiber glass fiber

. . Plastic clad fiber

. . Plastic fiber

. . Crystalline fiber

BB00
COATING MATERIALS FOR THE OPTICAL FIBER CORE

BB01

BB02

BB03

BB04

BB05

BB06

BB07

BB08

BB09

BB10

. Materials for coating optical fiber core

. . Resin materials

. . . Polyamide (i.e.,nylon) materials

. . . Silicon resin materials

. . . Epoxy resin materials

. . . Polyimide materials

. . . Fluorine resin materials

. . . Acrylic resin (e.g., polymethacrylic acid ester) materials

. . . Polyolefin materials

. . . . Polyethylene materials

BB13

BB14

BB15

BB17

BB19

BB20

. . . Polyester materials

. . . Polyurethane materials

. . . Other resin materials

. . . Copolymer materials

. . . Copolymer containing additives

. . . Fiber reinforced plastic (FRP) materials

BB22

BB26

. . Glass materials

. . Metal materials

BB31

BB32

BB33

BB34

BB35

BB36

BB37

BB38

BB39

BB40

. Characteristics of optical fiber core coating materials

. . Thermal hardening properties

. . Photo-hardening properties

. . Electron beam hardening properties

. . Thermal plasticity

. . High strength and high polymer

. . Liquid crystal high polymer

. . Super conductivity

. . Having a powder layer

. . Having a peeling layer

BB42

. . Having a foaming layer

BC00
OPTICAL FIBER CORE STRUCTURE

BC01

BC02

BC03

BC04

BC05

BC06

. Layered structure

. . Having a single layer

. . Having two layers

. . Having three layers

. . Having four layers

. . Having five or more layers

BC11

BC12

BC13

BC16

BC17

BC18

. Optical fiber cores with pipe coating

. . With interpositioning substance

. . With supporting means for the strand

. With core reinforcement wires

. . With vertical reinforcement wires

. . With buried reinforcement wires

BD00
FUNCTIONS OF THE OPTICAL FIBER CORE

BD01

BD02

BD03

BD04

BD05

BD06

BD07

. Prevention of stray light

. Identification of individual optical fibers

. Heat resistance

. Radioactive ray resistance

. Water resistance

. Provision of stress

. Dampening of the stress

2H050	Optical fiber cores
	G02B6/00 ,356-6/02@Z;6/10-6/10@Z;6/16-6/22;6/44-6/44,346