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  • G02B6/00
    		•  Light guides [4] HB CC 2H038
  • G02B6/00@A
    		•  Related to measuring fibres (range, reflective index, attenuation) HB CC 2H038
  • G02B6/00@B
    		•  Applications to measurement or detection HB CC 2H038
  • G02B6/00@C
    		•  For optical communications HB CC 2H038
  • G02B6/00@D
    		•  For displaying HB CC 2H038
  • G02B6/00@E
    		•  Control or modulation HB CC 2H038
  • G02B6/00@Z
    		•  Others HB CC 2H038
  • G02B6/00,301
    		•  .Structures for guiding the light HB CC 2H038
  • G02B6/00,321
    		•  ..Optical delay elements HB CC 2H038
  • G02B6/00,326
    		•  ..Optical radiators HB CC 2H038
  • G02B6/00,331
    		•  .Illumination HB CC 2H038
  • G02B6/02
    		•  .Optical fibres with cladding [4, 2006.01] HB CC 2H250
  • G02B6/02@A
    		•  Utilizing changes in optical properties e.g. for detecting HB CC 2H250
  • G02B6/02@B
    		•  For transmitting power HB CC 2H250
  • G02B6/02@C
    		•  With metallic reflecting films HB CC 2H250
  • G02B6/02@Z
    		•  Others HB CC 2H250
  • G02B6/02,356
    		•  ..manufacturing method HB CC 2H250
  • G02B6/02,356@A
    		•  glass fiber HB CC 2H250
  • G02B6/02,356@Z
    		•  Others HB CC 2H250
  • G02B6/02,361
    		•  ...manufacturing method of plastic clad fiber HB CC 2H250
  • G02B6/02,366
    		•  ...manufacturing method of plastic fiber HB CC 2H250
  • G02B6/02,371
    		•  ...manufacturing method of crystal fiber HB CC 2H250
  • G02B6/02,376
    		•  ..quality of material HB CC 2H250
  • G02B6/02,376@A
    		•  glass fiber HB CC 2H250
  • G02B6/02,376@B
    		•  .characterized by quality of material and applied to non-communication area HB CC 2H250
  • G02B6/02,376@Z
    		•  Others HB CC 2H250
  • G02B6/02,386
    		•  ...quality of plastic clad fiber materials HB CC 2H250
  • G02B6/02,391
    		•  ...quality of plastic fiber materials HB CC 2H250
  • G02B6/02,396
    		•  ...quality of plastic fiber materials HB CC 2H250
  • G02B6/02,401
    		•  ..cross section structure (G02B6/02, 4512; G02B6/02, 461; G02B6/036 takes orecedence) HB CC 2H250
  • G02B6/02,406
    		•  ...single point core HB CC 2H250
  • G02B6/02,411
    		•  ..structure of longdirection HB CC 2H250
  • G02B6/02,416
    		•  ...composing diffraction gating HB CC 2H250
  • G02B6/02,421
    		•  ..edge portion structure HB CC 2H250
  • G02B6/02,426
    		•  ...as light absorbing device, e.g. reflection free termination HB CC 2H250
  • G02B6/02,431
    		•  ..filter HB CC 2H038
  • G02B6/02,436
    		•  ..attenuator HB CC 2H038
  • G02B6/02,441
    		•  ..isolator (G02B6/27, 301 takes precedent) HB CC 2H038
  • G02B6/02,451
    		•  ..photonic crystal fiber HB CC 2H250
  • G02B6/02,461
    		•  ..multi core fiber HB CC 2H250
  • G02B6/02,466
    		•  ...manufacturing method HB CC 2H250
  • G02B6/02,471
    		•  ....converge and heating-drawing HB CC 2H250
  • G02B6/02,476
    		•  ....melt spinning HB CC 2H250
  • G02B6/02,481
    		•  ...Coupled multi-core fiber HB CC 2H250
  • G02B6/024
    		•  ..with polarisation-maintaining properties HB CC 2H250
  • G02B6/024,301
    		•  ...additional stress type HB CC 2H250
  • G02B6/028
    		•  ..with core or cladding having graded refractive index HB CC 2H250
  • G02B6/032
    		•  ..with non-solid core or cladding HB CC 2H250
  • G02B6/032@A
    		•  core being liquid HB CC 2H250
  • G02B6/032@B
    		•  clad being liquid HB CC 2H250
  • G02B6/032@Z
    		•  others, e.g. core or clad being cavity HB CC 2H250
  • G02B6/036
    		•  ..core or cladding comprising multiple layers HB CC 2H250
  • G02B6/036,301
    		•  ...refractive index is maximum at other than central axis, e.g. cylinder type core fiber HB CC 2H250
  • G02B6/036,501
    		•  ...characteristics other than refractive index have different multiple layers, e.g. characteristics related to light attenuation, stress or strain, acoustic wave HB CC 2H250
  • G02B6/04
    		•  .formed by bundles of fibres (G02B 6/24 takes precedence) [4] HB CC 2H250
  • G02B6/04@A
    		•  Structures HB CC 2H250
  • G02B6/04@B
    		•  .End structures HB CC 2H250
  • G02B6/04@D
    		•  Manufacturing methods HB CC 2H250
  • G02B6/04@E
    		•  Applications HB CC 2H250
  • G02B6/04@F
    		•  .For displaying or decorating HB CC 2H250
  • G02B6/04@G
    		•  .For recording or reading HB CC 2H250
  • G02B6/04@Z
    		•  Others HB CC 2H250
  • G02B6/06
    		•  ..the relative position of the fibres being the same at both ends, e.g. for transporting images [4] HB CC 2H250
  • G02B6/06@A
    		•  Structures HB CC 2H250
  • G02B6/06@B
    		•  .End structures HB CC 2H250
  • G02B6/06@C
    		•  Manufacturing methods HB CC 2H250
  • G02B6/06@D
    		•  .Acid eluding method HB CC 2H250
  • G02B6/06@E
    		•  .Winding method HB CC 2H250
  • G02B6/06@Z
    		•  Others HB CC 2H250
  • G02B6/08
    		•  ...with fibre bundle in form of plate [4] HB CC 2H250
  • G02B6/10
    		•  .of the optical waveguide type (G02B 6/02, G02B 6/24 take precedence; devices or arrangementsfor the control of light by electric, magnetic, electromagnetic or acoustic means G02F 1/00; transferringthe modulation of modulated light G02F 2/00; optical logic elements G02F 3/00; optical analogue/digital converters G02F 7/00) [4, 2006.01] HB CC 2H250
  • G02B6/12
    		•  ..of the integrated circuit kind (electric integrated circuits H10B, H10D 84/00-H10D 89/00, H10F 19/00, H10F 39/00, H10H 29/00, H10K 19/00, H10K 39/00, H10K 59/00, H10N 19/00, H10N 39/00, H10N 59/00, H10N 69/00, H10N 79/00, H10N 89/00) HB CC 2H147
  • G02B6/12,301
    		•  ...luminescence and light reception elements integrated structure HB CC 2H147
  • G02B6/12,311
    		•  ...mode separator or mode synthesizer (G02B6/126 takes precidence) HB CC 2H147
  • G02B6/12,321
    		•  ...mode filter (G02B6/12, 311; G02B6/126 takes precedence) HB CC 2H147
  • G02B6/12,331
    		•  ...wavelengtgh demultiplexer/multiplexer HB CC 2H147
  • G02B6/12,336
    		•  ....array waveguide type diffraction grating [AWG] HB CC 2H147
  • G02B6/12,341
    		•  ...wavelength filter (G02B6/12, 331 takes precedence) HB CC 2H147
  • G02B6/12,351
    		•  ...light attenuation HB CC 2H147
  • G02B6/12,361
    		•  ...dynamic control element HB CC 2H147
  • G02B6/12,363
    		•  ....electro-optical control element HB CC 2H147
  • G02B6/12,365
    		•  ....acousto-optical control element HB CC 2H147
  • G02B6/12,367
    		•  ....magneto-optical control element HB CC 2H147
  • G02B6/12,371
    		•  ...quality of material HB CC 2H147
  • G02B6/12,396
    		•  ...Others HB CC 2H147
  • G02B6/122
    		•  ...Basic optical elements, e.g. light-guiding paths HB CC 2H147
  • G02B6/122,301
    		•  ....having photonic crystal structure HB CC 2H147
  • G02B6/122,311
    		•  ....waveguide with changing cross section area or shape, e.g. tapered waveguide HB CC 2H147
  • G02B6/124
    		•  ....Geodesic lenses or integrated gratings HB CC 2H147
  • G02B6/124,301
    		•  .....Geodesic lens HB CC 2H147
  • G02B6/125
    		•  ....Bends, branchings or intersections HB CC 2H147
  • G02B6/125,301
    		•  .....optical devergence or combination HB CC 2H147
  • G02B6/125,311
    		•  .....optical cross HB CC 2H147
  • G02B6/126
    		•  ...using polarisation effects HB CC 2H147
  • G02B6/13
    		•  ...Integrated optical circuits characterised by the manufacturing method HB CC 2H147
  • G02B6/132
    		•  ....by deposition of thin films HB CC 2H147
  • G02B6/134
    		•  ....by substitution by dopant atoms HB CC 2H147
  • G02B6/134,301
    		•  .....using diffusion HB CC 2H147
  • G02B6/134,311
    		•  .....using ion exchange HB CC 2H147
  • G02B6/134,321
    		•  .....using ion injection HB CC 2H147
  • G02B6/136
    		•  ....by etching HB CC 2H147
  • G02B6/138
    		•  ....by using polymerisation HB CC 2H147
  • G02B6/14
    		•  ..Mode converters [4] HB CC 2H147
  • G02B6/24
    		•  .Coupling light guides [4, 5, 2006.01] HB CC 2H036
  • G02B6/245
    		•  ..Removing protective coverings of light guides before coupling HB CC 2H038
  • G02B6/25
    		•  ..Preparing the ends of light guides for coupling, e.g. cutting HB CC 2H038
  • G02B6/25,301
    		•  ...by grinding work HB CC 2H038
  • G02B6/255
    		•  ..Splicing of light guides, e.g. by fusion or bonding HB CC 2H036
  • G02B6/26
    		•  ..Optical coupling means (G02B 6/36, G02B 6/42 take precedence) [4] HB CC 2H137
  • G02B6/26,301
    		•  ...having optical element performing functions other than light flux splitting or synthesizing between fiber edges facing eachother (G02B6/32, G02B6/34 take precedence) HB CC 2H137
  • G02B6/26,311
    		•  ....optical element being filter HB CC 2H137
  • G02B6/26,321
    		•  ....optical element being attenuator HB CC 2H137
  • G02B6/27
    		•  ...with polarisation selective and adjusting means[6, 2006.01] HB CC 2H137
  • G02B6/27,301
    		•  ....composed of non-reciprocity element, e.g. isolator, circulator HB CC 2H137
  • G02B6/28
    		•  ...having data bus means, i.e. plural waveguides interconnected and providing an inherently bidirectional system by mixing and splitting signals [4] HB CC 2K006
  • G02B6/28@E
    		•  Diving or synthesising light with single wavelength HB CC 2K006
  • G02B6/28@M
    		•  .Of pencil of rays type HB CC 2K006
  • G02B6/28@N
    		•  ..By using the mirrors or half-mirrors HB CC 2K006
  • G02B6/28@P
    		•  ..Of merging split stream type HB CC 2K006
  • G02B6/28@Q
    		•  ...Of a multi-to-multiport type HB CC 2K006
  • G02B6/28@R
    		•  .Of a ray of light type HB CC 2K006
  • G02B6/28@S
    		•  ..By using mirrors or half-mirrors HB CC 2K006
  • G02B6/28@T
    		•  ..Of a merged branch type HB CC 2K006
  • G02B6/28@U
    		•  ...Of a multi-to-multiport type HB CC 2K006
  • G02B6/28@V
    		•  Of a leaking wave type HB CC 2K006
  • G02B6/28@W
    		•  By wave-optical evanescent wave HB CC 2K006
  • G02B6/28@Z
    		•  Others HB CC 2K006
  • G02B6/287
    		•  ....Structuring of light guides to shape optical elements with heat application (G02B 6/255 takes precedence);; HB CC 2K006
  • G02B6/293
    		•  ....with wavelength selective means[6, 2006.01] HB CC 2K006
  • G02B6/293,301
    		•  .....using filter HB CC 2K006
  • G02B6/293,311
    		•  .....using diffraction grating HB CC 2K006
  • G02B6/30
    		•  ...for use between fibre and thin-film device [4] HB CC 2H137
  • G02B6/32
    		•  ...having lens focusing means [4] HB CC 2H137
  • G02B6/34
    		•  ...utilising prism or grating [4] HB CC 2H137
  • G02B6/35
    		•  ...having switching means (by changing the optical properties of the medium G02F 1/00) [6, 2006.01] HB CC 2H141
  • G02B6/36
    		•  ..Mechanical coupling means (G02B 6/42 takes precedence) [4] HB CC 2H036
  • G02B6/36,301
    		•  ...having means to match planar waveguides HB CC 2H036
  • G02B6/38
    		•  ...having fibre to fibre mating means [4] HB CC 2H036
  • G02B6/40
    		•  ...having fibre bundle mating means [4] HB CC 2H036
  • G02B6/42
    		•  ..Coupling light guides with opto-electronic elements [4] HB CC 2H137
  • G02B6/43
    		•  ...Arrangements comprising a plurality of optoelectronic elements and associated optical interconnections [6, 2006.01] HB CC 2H137
  • G02B6/44
    		•  .Mechanical structures for providing tensile strength and external protection for fibres, e.g. optical transmission cables (cables incorporating electric conductors and optical fibres H01B 11/22) [4] HB CC 2H250
  • G02B6/44,301
    		•  ..For fibre cores HB CC 2H250
  • G02B6/44,301@A
    		•  Shield materials HB CC 2H250
  • G02B6/44,301@B
    		•  Shielding methods HB CC 2H250
  • G02B6/44,301@Z
    		•  Others HB CC 2H250
  • G02B6/44,306
    		•  ...Preventing stray lights HB CC 2H250
  • G02B6/44,311
    		•  ...Identification HB CC 2H250
  • G02B6/44,316
    		•  ...Shielding structures HB CC 2H250
  • G02B6/44,321
    		•  ....One-layer shield of plastics HB CC 2H250
  • G02B6/44,326
    		•  ....One-layer shield of non-plastic materials (glasses or metals) HB CC 2H250
  • G02B6/44,331
    		•  ....Two-layer shields HB CC 2H250
  • G02B6/44,336
    		•  ....Shields with three or more layer HB CC 2H250
  • G02B6/44,341
    		•  ....Shielding pipes HB CC 2H250
  • G02B6/44,346
    		•  ....Shield with reinforcement line HB CC 2H250
  • G02B6/44,351
    		•  ..Optical fibre cables HB CC 2H201
  • G02B6/44,356
    		•  ...For communication HB CC 2H201
  • G02B6/44,361
    		•  ....Structures HB CC 2H201
  • G02B6/44,366
    		•  .....Round cables HB CC 2H201
  • G02B6/44,371
    		•  .....Flat cables HB CC 2H201
  • G02B6/44,376
    		•  .....Reinforcement lines HB CC 2H201
  • G02B6/44,381
    		•  .....Protective shields HB CC 2H201
  • G02B6/44,386
    		•  .....Cable ends HB CC 2H201
  • G02B6/44,391
    		•  ....Manufacturing methods HB CC 2H201
  • G02B6/44,396
    		•  ...For other than communications HB CC 2H201
  • G02B6/46
    		•  .Processes or apparatus adapted for installing optical fibres or optical cables (installation of cables containing electric conductors and optical fibres H02G) HB CC 2H038
  • G02B6/46,301
    		•  ..sealing structure of fiber penetrating portion HB CC 2H038
  • G02B6/46,311
    		•  ..installation of fiber on substrate HB CC 2H038
  • G02B6/46,314
    		•  ...wiring according to designated pattern, e.g. fiber sheet HB CC 2H038
  • G02B6/46,317
    		•  ....wiring method or device HB CC 2H038
  • G02B6/46,321
    		•  ..installation of cable (G02B6/48-G02B6/54 take precedence) HB CC 2H038
  • G02B6/46,331
    		•  ..for building HB CC 2H038
  • G02B6/46,333
    		•  ...leading into building HB CC 2H038
  • G02B6/46,335
    		•  ...installation inside building HB CC 2H038
  • G02B6/46,337
    		•  ....tools and devices for fixing HB CC 2H038
  • G02B6/48
    		•  ..Overhead installation HB CC 2H038
  • G02B6/50
    		•  ..Underground or underwater installation; Installation through tubing, conduits or ducts HB CC 2H038
  • G02B6/50,301
    		•  ...attachment through tube, conduit or duct HB CC 2H038
  • G02B6/50,311
    		•  ....at under ground or under water HB CC 2H038
  • G02B6/52
    		•  ...using fluid, e.g. air HB CC 2H038
  • G02B6/54
    		•  ...using mechanical means, e.g. pulling or pushing devices HB CC 2H038
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