F-Term-List

H01B11/00@B

AA00
SHEATHING STRUCTURES

AA01

AA02

AA03

AA04

AA05

AA08

. Structures using tape

. . Structures with characteristic joints

. Structures with characteristic materials

. Structures using tension members

. Structures that compensate for friction with the sheath

. Others

H01B11/00@C

BA00
DAM-FORMATION MEANS

BA01

BA02

BA05

. Formation means using mold-frames

. Formation means not using mold-frames

. Others

BB00
DAM STRUCTURES

BB01

BB02

BB03

BB06

. Structures that compensate for the adhesiveness of the fillings and cores

. Structures with characteristic filling materials

. Structures that apply clamping pressure on the filling

. Others

BC00
DAM-FORMATION LOCATIONS

BC01

BC02

BC05

. Terminals

. Connection units or joints

. Others

H01B11/00@Z

CA00
USES OF COMMUNICATION CABLES

CA01

CA02

CA03

CA04

CA05

CA08

. Super-conductive communications

. Use for wiring

. Audio uses

. Use for high-frequency transmission

. High-tension cables

. Others

CB00
CHARACTERISTICS AND STRUCTURES OF COMMUNICATION CABLES

CB01

CB02

CB03

CB04

CB05

CB06

CB07

CB10

. Fire-resistance

. Foamed insulation

. Gas-filled cables

. Cables equipped with slack or extra length

. Composite structures

. Manufacturing, inspection, and maintenance

. Flat structures

. Others

H01B11/02;11/04

DA00
PURPOSE OF MULTI-CORE COMMUNICATION CABLES

DA01

DA02

DA03

DA04

DA05

DA06

DA07

. Improvement of crosstalk characteristics

. Improvement of mechanical characteristics

. Reduction of the diameter

. Flexibility

. Waterproofing

. Maintenance or retention of gases

. Others

DB00
USES OF MULTI-CORE COMMUNICATION CABLES

DB01

DB02

DB03

DB04

. Computers and electronic equipment

. Litz wires

. Detection of the position of moving objects

. Others

DC00
STRUCTURES OF MULTI-CORE COMMUNICATION CABLES

DC01

DC02

DC03

DC04

DC05

DC06

DC07

DC08

DC09

. Structures with characteristic pairs and quads

. . Structures with variable-shape conductors

. . Pairs and quads with a variable shape

. . Fixing by means of adhesives

. . Structures with positioning members

. . Pairs or quads manufactured by continuous processes

. Structures with members other than cores

. Structures with characteristic units

. . Units that are formed flat

DC11

DC12

DC13

DC14

DC15

DC16

DC17

DC18

DC19

. Structures with a characteristic combination of units

. Binding of units and cable-cores

. Structures with a characteristic twist pitch

. . Changing of the pitch in the same direction

. . . Changing of the pitch in a random direction

. . Reverse lay stranding (i.e., SZ stranding)

. Differentiation

. . Differentiation of the core wires

. . Differentiation by means of intervention

DC21

DC22

DC25

. Ribbon cables

. Structures with characteristics that relate to the cable path

. Others

H01B11/06

EA00
PURPOSE OF SHIELDING

EA01

EA02

EA03

EA04

EA05

. Electromagnetic-induction shielding

. Electrostatic shielding

. Waterproofing

. Flexibility and bendability

. Others

EB00
CABLE-SHIELDING STRUCTURES

EB01

EB02

EB03

EB04

EB05

EB06

EB09

. Core shielding

. Pair and quad shielding

. Shielding between groups

. Shielding of the circumference

. Shielding of two or more of the types mentioned above

. Shielding of flat cables

. Others

EC00
SHAPES AND STRUCTURES OF SHIELDING BODIES

EC01

EC02

EC03

EC04

EC05

EC06

EC07

EC08

EC09

EC10

. Shielding with conductive layers (i.e., electrostatic shielding layers)

. . Tape and foil

. . . Metal bodies

. . . Laminated tapes

. . . Plated cloths

. . Braiding or nets

. . Metal wires and groups of metal wires

. . Conductive resins

. . Conductive paints

. . Surfaces of fibers or threads made so as to be conductive

EC11

EC12

EC15

. . Combination of two or more of the types mentioned above

. Use of magnetic layers

. Others

ED00
MATERIALS OF SHIELDING BODIES

ED01

ED02

ED03

ED04

ED05

ED06

ED07

. Copper and alloys thereof

. Aluminum and alloys thereof

. Silver

. Iron and steel

. Silicon steel

. Ferrite

. Others

H01B11/18@D;11/18@E;11/18@Z

FA00
PURPOSES OF COAXIAL CABLES

FA01

FA02

FA03

FA04

FA05

FA06

FA07

FA08

FA10

. Transmission characteristics

. . Stability of the length or phase of electricity

. . Minimization of loss

. Shielding (i.e., electromagnetic and electrostatic shielding)

. Inclusion of filter functions

. Prevention of gaps between the internal conductors and the external conductors

. Waterproofing (i.e., watertightness)

. Flexibility

. Others

FB00
USES OF COAXIAL CABLES

FB01

FB02

FB03

FB04

FB07

. Use for supply of high-frequency power

. Seabed applications

. Under-carpet uses

. Superconductivity applications

. Others

FC00
FORMS AND STRUCTURES OF COAXIAL CABLES

FC01

FC02

FC03

FC04

FC05

FC06

FC07

FC08

FC09

FC10

. Internal conductors

. . Single wires

. . . Pipes

. . . . Reinforcement wires inside the pipes

. . . Wires with grooves for embedding insulators

. . Stranded wires

. . Spiral winding of conductors

. Insulators

. . Winding of strings

. . . Spiral winding of strings

FC11

FC12

FC13

FC14

FC15

FC16

FC17

FC18

FC19

FC20

. . . Coatings on the external circumference of the strings

. . Winding of tape

. . . Tape with protrusions

. . Narrow tubes

. . Foamed insulators

. . Disks

. . . Disks with means of supporting conductors

. . Concentric arrangements of insulation materials with different qualities

. External conductors

. . Braiding

FC21

FC22

FC23

FC24

FC25

FC26

FC27

FC28

FC29

FC30

. . Metal-tape winding

. . . Metal-tape winding so that waves are formed on the tape

. . . Reinforcement of tape-joints or connection areas

. . Formation of metallic layers on the surface of the insulators

. . Multi-layer structures

. Sheathing

. . Metal sheathing

. Internal conductors that are integrated with the insulators

. External conductors that are integrated with the insulators

. External conductors that are integrated with sheaths

FC31

FC32

FC33

FC34

FC37

. Enclosure of gases inside the external conductors

. Cables with tensioning members

. Cables with drain wires

. Cables comprised of multiple coaxial cores or pairs

. Others

H01B11/20

GA00
FORMS AND STRUCTURE OF COAXIAL PATHS

GA01

GA02

GA03

GA04

GA05

GA08

. Flat coaxial paths

. . Flat electrical wires that have been rounded

. Circular coaxial paths

. Coaxial paths with drain wires

. Coaxial paths with characteristic external insulators

. Others

H01B11/22

HA00
PURPOSES OF COMPOSITE OPTIC-FIBER CABLES

HA01

HA02

HA03

HA04

HA05

HA06

HA07

HA08

HA10

. Mechanical protection of optic fibers

. . Pressure resistance

. Multiple power feeds (i.e., multiple conductors)

. Heat resistance and heat radiation

. Watertight cables or waterproofing

. Detection of damage and measures to prevent damage

. Measures to prevent accidents

. Workability (e.g., ease of layability)

. Others

HB00
TYPES OF CABLES

HB01

HB02

HB03

HB04

HB05

HB06

HB07

HB10

. Cables for the seabed or ocean floor

. Aerial cables

. . Overhead ground wires (HC01 does not apply)

. Oil-filled cables (HC01 does not apply)

. Cables for wiring

. Cables for moving

. . Elevator cables

. Others

HC00
COMBINATION WITH FIBERS

HC01

HC02

HC05

. Combination with power lines (i.e., feeders and ground wires)

. Combination with coaxial wires

. Combination with other conductors

HD00
ARRANGEMENT OF OPTICAL FIBERS

HD01

HD02

HD03

HD04

HD07

. Optical fibers arranged around a center unit

. Optical fibers arranged on a circumferential unit

. Fibers and electrical conductors that are twisted

. Fibers and electrical conductors with a parallel arrangement

. Others

HE00
STRUCTURE OF COMPOSITE OPTICAL CABLES

HE01

HE02

HE03

HE04

HE05

HE06

HE07

HE08

HE09

HE10

. Fibers (i.e., single wires)

. . Fibers with coatings

. . Conductive layers that are coated

. Fiber units (i.e., aggregates)

. . Fiber units with coatings

. . Wound tape

. . Flat fiber units

. Supports (i.e., spacers and tension members)

. . Fiber units with characteristic grooves

. . Coatings

HE11

HE12

HE13

HE14

HE15

HE16

HE17

HE18

HE19

HE20

. . Partitioned or divided supports

. . Wound tape

. . Characteristic materials

. Protective tubes for fibers (i.e., pipes)

. . Corrugated protective tubes

. . Protective tubes with slits

. . Characteristic materials

. . Protective tubes used for supply of power

. Electric conductors

. . Characteristic twisting of the conductors

HE21

HE22

HE23

HE26

. . Insulators that are made from multiple insulated metal conductors

. . Conductors made from conductive tapes

. Connection or terminal structures

. Others

HF00
METHODS OF MANUFACTURING OPTICAL COMPOSITE CABLES

HF01

HF02

HF03

HF04

HF05

HF06

HF09

. Fibers

. Fiber units

. Supports

. Protective tubes for fibers

. Electric conductors

. . Twisting of strands

. Others

5G319	Communication cables
	H01B11/00 -11/22