F-Term-List

(Not Translated)
5E086 Connections arranged to contact a plurality of conductors (e.g., terminals, terminal boards, and insulated terminals)
H01R9/00 -9/00@Z;9/15-9/28
H01R9/00-9/00@Z;9/15-9/16;9/16,102-9/28 CC CC00
FIXING AND INSULATING OF TERMINALS
CC01 CC02 CC03 CC04 CC05 CC06 CC07 CC08 CC09
. Press-fitting . . Solid-type injection . . . Projections . . . . Lances (i.e., cut-and-lift elements) . . . . Multiple projections . . . . . Saw-tooth projections (i.e., axial direction) . . . . . Knurling (i.e., circumferential direction) . . . . Characteristic methods for forming projections . . . . . Producing projections by crimping or crushing
CC12 CC13 CC14 CC15 CC16 CC17 CC18 CC19
. . Compliant type (i.e., elastic fastening) . . . Elastic fastening elements . . . . End units with a pair of fastening elements . . . . Intermediate units with elastic elements . . . . . Bifurcated branching units . . . . . Lances (i.e., cut and raised pieces) . . . . . Curved sections . . . Elastic gripping of projections by the terminals themselves
CC21 CC22 CC24 CC26 CC27 CC28
. Directly screwing the terminal into or onto the substrate . . Use of nuts . Energizing of terminals by springs . Soldering . . Surface wrapping . . Penetration
CC31 CC32 CC33 CC34 CC35 CC36 CC38
. Caulking . . Caulking of eyelets . . . Use of mounting fasteners . . . . Solid fasteners (e.g., rivets) . . . . Hollow fasteners (e.g., eyelets) . . Split caulking . Twisting
CC41 CC42 CC43 CC45 CC46 CC47 CC48 CC50
. Bending . . Bending of protruding sections . . Bending of the entire terminal . Gripping by interlocking of bases . Screwing-in . Fixing by integral molding . Fixing by adhesion . Other fixing and insulation
DD DD00
TERMINALS CONSISTING OF TERMINAL BOARDS
DD01 DD02 DD03 DD04 DD05 DD06 DD07 DD08 DD09 DD10
. Shapes of terminals . . Pressure-welded terminals . . Quick-connection terminals . . Tab terminals . . Screw terminals . . . Temporary holding of washers . . . . Holding by springs . . Wrapping of terminals . . Soldered terminals . . Elastic sockets
DD12 DD13 DD14 DD15 DD16 DD17 DD19 DD20
. . Terminals for printed circuit boards . . . End connectors (i.e., both sides) . . . End connectors on one side . . Multi-way connectors . . . Modular connectors . . . Sockets . . Different types of contacts . . Others
DD21 DD22 DD23 DD24
. Terminals with characteristic uses . . Ground terminals . . Branching terminals . . Test terminals (i.e., checking terminals)
DD31 DD32 DD33 DD34 DD35 DD36 DD37 DD38 DD39 DD40
. Arrangement of terminals . . Arrangements in series in the direction of the cable (i.e., in the direction of leading out the wire) . . . Opposite direction . . . Same direction . . . Right angles . . Linear arrangements . . . Multi-stage arrangements . . . Zigzag arrangements . . . Three-dimensional oblique arrangements . . . Two-dimensional oblique arrangements
DD41 DD42 DD43 DD44 DD45 DD46 DD47 DD48 DD49
. Connections between terminals . . Printed circuit boards . . Short circuit elements . . Switches . Affixing of terminal plates . . Terminal plates that can be rotated . Forms of connection . . Branching connections . . Relay connections
HH HH00
BASE STRUCTURES AND MATERIALS
HH01 HH02 HH03 HH04 HH05 HH06 HH07 HH08 HH09
. Base structures . . Bases that can be removed . . Assembly in a vertical direction . . . Connection of conductive parts by assembly . . Assembly in a horizontal direction (e.g. connected terminal boards) . . . Engagement of indentations and projections . . . Elastic engagement . . . Sliding engagement (i.e., dovetail grooves) . . . Connecting rods
HH12 HH13 HH14 HH15 HH16 HH17 HH18 HH19 HH20
. . . Mounting using rails . . . . Rails that allow easy detachment . . . . . Use of an elastic fastening means . . . . . . Holes for the insertion of tools . . . . . . Elastic fastening by springs . . . . . Detachment by operation in a direction different from the mounting direction . . . . End plates . . . . Accommodation of multiple types of rails . . Others
HH21 HH22 HH23 HH25
. Base materials . . Glass . . Resins . Shapes of barrier structures
JJ JJ00
MOUNTING OF TERMINAL BOARDS, ACCESSORIES, AND OTHERS
JJ01 JJ02 JJ03 JJ04 JJ05 JJ06
. Mounting of terminal boards . . Use of parts for fixing . . . Screwing into place . . Fixing to frames (e.g., for telephone-exchange devices) . . Elastic engagement means . . Rotatable mounting means
JJ11 JJ12 JJ13 JJ14 JJ15 JJ16 JJ17 JJ18 JJ19
. Covers . . Fastening means . . . Elastic fastening . . . Screwing into place . . Covers with holes (i.e., for work) . . Covers that can be divided . . Fastening location . . . Both ends of terminal boards . . . Barrier structures
JJ21 JJ22 JJ23 JJ24 JJ26 JJ27 JJ28
. Mechanisms for aligning cables . . U-shaped mechanisms . . Elastic units . . Strain relief . Provision of electrical elements . . Lamps and light-emitting diodes . . Surge absorbing element
JJ31 JJ32 JJ33 JJ34 JJ35 JJ36 JJ40
. Indication . . Indication by color . . Indication by letters or characters . . Indication by shape . . Indication boards . . . Engagement grooves . Others
LL LL00
USES AND EFFECTS OF TERMINAL BOARDS
LL01 LL02 LL03 LL04 LL05 LL06 LL07 LL08 LL09 LL10
. Uses . . Communication . . . Telephone exchanges . . Electrical power . . Measurement instruments . . Automobiles . . Relays . . Lighting equipment . . Timers . . Others
LL11 LL12 LL13 LL14 LL15 LL16 LL17 LL18 LL20
. Effects . . Reduction of the number of parts . . Simplification of manufacturing . . Cost reduction . . Prevention of defective connections . . Simplification of connection work . . Size reduction . . Prevention of electric shock . . Others
H01R9/16,101 PP PP00
STRUCTURES OF AIRTIGHT TERMINALS
PP01 PP02 PP03 PP04 PP05 PP07 PP08 PP09
. Leads . . Shapes of leads . . . Leads with flanges . . . Leads with indentations . . . Leads with curved sections . . Interface of lead wires and sealing materials . . . Plating . . . Adhesive agents
PP12 PP13 PP14 PP16 PP17 PP19 PP20
. . Number of poles . . . Single poles . . . Multiple poles . . Lead materials . . . Covar (i.e., nickel-cobalt-iron [Ni-Co-Fe]) . . Arrangements of leads . . Uses of leads
PP21 PP22 PP23 PP24 PP25 PP26 PP27 PP28 PP29 PP30
. Sealing units . . Sealing materials . . . Glass . . . . Blends . . . Resins . . . . Packing (i.e., O-rings) . . Shapes of sealing holes . . . Steps . . . Tapers . . Articles that are embedded in sealing materials
PP31 PP32 PP33 PP34 PP35 PP36 PP37 PP38 PP39
. Cases . . Shapes of cases . . . Solid shapes . . . Concave penetration sections . . . Box-shaped cases . . Materials of cases . . . Metals . . . Resins . . . Ceramics
PP42 PP43 PP44 PP45 PP46 PP47 PP48
. . Improvement of insulation qualities . . . Surface-insulated layers . . . . Application . . . Removal from the board . . Fixing of covers (i.e., cases) . . . Flanges for fixing . Manufacturing methods
QQ QQ00
USES AND EFFECTS OF AIRTIGHT TERMINALS
QQ01 QQ02 QQ03 QQ04 QQ05 QQ06 QQ07 QQ10
. Uses . . Semiconductors . . Sensors . . Piezoelectric elements (e.g., quartz-crystal oscillators) . . Motors . . Compressors . . Relays and switches . . Others
QQ11 QQ12 QQ13 QQ14 QQ15 QQ16 QQ17 QQ20
. Effects . . Prevention of cracks . . Prevention of penetration of sealing materials into the cases . . Increasing of the distance along the surface . . Conservation of materials . . Improved weatherability . . Reduction of stress during welding of the case . . Others
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