F-Term-List

3K039 Mounting, support, or circuits of external lighting devices for vehicles
B60Q1/00 -1/56
B60Q1/00-1/56 AA AA00
COMMON
AA01 AA03 AA04 AA05 AA06 AA07 AA08
. Structures . Circuits . . Detection of abnormalities . . . Short-circuiting . . . Discontinuites of wiring . . Digital circuits . . . Use of microcomputers
BA BA00
KINDS OF VEHICLES
BA01 BA02 BA03 BA04 BA05
. Two-wheeled three-wheeled vehicles . Work vehicles e.g. tractors fork lifts . Trailers . with rear doors . with open beds
B60Q1/00@A;1/00@B;1/00@D;1/00@E;1/04@A;1/18@Z;1/18@B;1/20;1/22;1/24@A-1/24@E CA CA00
STRUCTURES
CA01 CA02 CA03 CA04 CA05 CA06 CA07
. Light guide units . Sealing . . Sealings between bodies and lamps . Lamp protection units e.g. covers nets . Finishers . relating to other lamps in mounting . having alignment means temporary fixing means in mounting
CB CB00
MOUNTING MEANS
CB01 CB02 CB03 CB04 CB05
. Rivets . Engagement means . . Receptacles or plugs having elasticity . Compression members e.g. springs . Others excluding simple screws
CC CC00
MOUNTING LOCATIONS
CC01 CC02 CC03 CC04 CC05 CC06 CC07 CC08 CC09 CC10
. Surroundings of front grills (CC04 or CC05 take precedence.) . . Members back of front grills e.g. head lamp supports . . Tips of fenders . Bumpers . . Bumper interiors . Vehicle roofs . Vehicle interiors . Side surfaces of bodies . Rear surfaces of bodies . Others
B60Q1/00@A-1/00@C DA DA00
CIRCUITS FOR SWITCHING LIGHT ON AND OFF
DA01 DA02 DA03 DA04
. Automatic on and off switching of lights . . by optical sensors . . by stop sensors e.g. hand brakes . . interlocking with other signal lights
B60Q1/02@C;1/02@D;1/08 DB DB00
AUTOMATIC ON AND OFF SWITCHING OF LIGHTS DEPENDING ON SURROUNDING LIGHTNESS
DB01 DB02 DB03 DB05 DB06 DB07
. Purposes of on and off switching of lights . . in response to day and night . . in response to tunnels . Detected objects excluding simple detection of light or darkness . . Multi-level detection of lightness or darkness . . Detection of frequencies or colours of light
DB11 DB12 DB13
. limited in number of optical sensors . . One . . Two
DC DC00
AUTOMATIC ON AND OFF SWITCHING OF LIGHTS IN RESPONSE TO RUN OR STOP
DC01 DC02 DC03 DC04 DC05 DC06 DC07 DC08 DC09 DC10
. Detected objects . . Speed . . . with speedometers . . Hand brakes . . Accelerators . . Engines . . . Ignition e.g. ignition pulses . . . Hydraulic pressure . . . Intake-air pressure . . Shift positions
B60Q1/04@B DD DD00
PREVENTION OF LEAVING LIGHTS ON
DD01 DD02 DD04 DD06 DD07 DD08 DD09 DD10
. having alarm means . having automatic on and off switches for lights . having timer elements . Detected objects excluding simple lighting switches . . Door locks . . Knobs for opening and closing doors . . opening and closing doors . . Ignition switches
B60Q1/04@F EA EA00
RETRACTABLE
EA01 EA02 EA03 EA05 EA06 EA07
. Movable lamps including those integrated with covers . . Parallel displacement . Movable covers . Drive mechanisms . . Motors . . . making forward and reverse revolutions
EA11 EA12 EA13 EA14 EA15 EA16 EA17
. having passing functions . having manual retraction functions . having functions of adjusting light axes . Safety measures for people . . Prevention of fingers pinched in doors . Measures against mechanical system abnormalities e.g. prevention of link breaks . Prevention of freezing
B60Q1/06@A FA FA00
ADJUSTMENT OF LIGHT AXES
FA01 FA02 FA03 FA04 FA05 FA06 FA07 FA09
. Adjustment with screws knobs . removing and moving locking means . having multi-direction axes . . Pivot axes . having single direction axes . . rotating in a horizontal direction . . rotating in a vertical direction . having light axis detecting units e.g. with levels
FA11 FA12 FA13 FA14
. Support positions . . supporting at one point . . supporting at two points . . supporting at three points
B60Q1/06@B;1/12@A;1/10@A FB FB00
REMOTE CONTROL FOR ADJUSTMENT OF LIGHT AXES IN GENERAL
FB01 FB02 FB03 FB04 FB05 FB06 FB07 FB08
. Driving members (Free words are applied when the subject matter has features.) . . Cams . . Links . . Gears . . Flexible members . . . Wires . . Hydraulic pressure devices . . Motors magnets or bimetals
FB11 FB12 FB13
. having light axes detecting units e.g. feedback switches . having driven units excluding units simply moving whole lamps . . moving reflector plates
B60Q1/06@C;1/10@B FC FC00
REMOTE CONTROL FOR ADJUSTMENT OF LIGHT AXES (FLUID TYPE)
FC01 FC02
. Closed type . Open type
B60Q1/06@D;1/10@C;1/12@B FD FD00
REMOTE CONTROL FOR ADJUSTMENT OF LIGHT AXES (ELECTRIC TYPE)
FD01 FD02 FD03 FD04 FD05 FD06 FD07 FD08
. Light axes setting units . . Switches . . Variable resistors . . Variable capacitors variable reactors . Light axes detecting units . . Switches . . Variable resistors . . Variable capacitors variable reactors
FD11 FD12 FD13 FD14
. Driving mechanisms . . Motors . . . Stepping motors . . . rotating only in positive direction
B60Q1/12@C GA GA00
FILAMENT SWITCHING IN RESPONSE TO DIRECTION OF TRAVEL
GA01 GA02 GA03 GA04
. interlocking with direction-indicators . interlocking with steering devices . . by switches . . by variable resistors
B60Q1/14@A HA HA00
DIMMING BY DETECTING LIGHTS OF ONCOMING VEHICLES
HA01 HA02 HA03 HA05
. Change of light axes e.g. changeover between high beams and low beams . Shutters hoods or filters . changing quantity of electricity . responding to lightness of surroundings
B60Q1/18@B;1/18@Z;1/20 JA JA00
AUXILIARY HEAD LAMPS
JA01 JA02 JA03 JA04 JA05 JA06 JA07 JA09
. Cornering lamps . . interlocking with direction-indicators . . interlocking with steering devices . . . by switches . . . by variable resistors . having covers . . Automatic opening and closing . manually adjustable light axes
B60Q1/24@E KA KA00
ILLUMINATIONS FOR SURROUNDINGS OF VEHICLES
KA01 KA02 KA03 KA04 KA05
. Illumination on vehicle sides . Illumination on areas other than vehicle sides . adjustable light axes . switching lights on and off interlocking with other signals illuminations . . interlocking with direction-indicators
B60Q1/26-1/56 LA LA00
KINDS OF VEHICLES
LA01 LA02 LA03 LA04 LA05 LA06 LA07 LA08
. with rear doors e.g. hatchbacks . Trucks . . Trailers . . with open luggage spaces . Buses . Work vehicles e.g. tractors fork lifts or agricultural work vehicles . Two-wheeled vehicles . . Bicycles
LB LB00
MOUNTING POSITIONS OF DISPLAYS (FREE WORDS)
LB01 LB02 LB03 LB04 LB05 LB06 LB07 LB08 LB09 LB10
. Front of the body . . Front grilles . . Bonnets . . Front bumpers . Rear bodies . . Back bumpers . . Spoilers . . Rear glass e.g. including interior . Sides . . Wing mirrors
LC LC00
INDICATION FORMS (FREE WORDS)
LC01 LC02 LC03 LC04 LC05 LC06 LC07 LC08 LC09
. by appearing images . . Use of the forms of animals or plants . by letters . by sounds . using colour . using change of lightness or darkness . Use of objects for other applications . . Passing with head lamps . . . by high beam lighting
LD LD00
KINDS OF INDICATIONS (FREE WORDS)
LD01 LD02 LD03 LD04 LD05 LD06 LD07 LD08 LD09
. Discharge lamps . Retroreflection devices . . single retroreflection plate . . multiple retroreflection plates . . formed by soft materials e.g. rubber tape or synthetic resin . Light emitting diodes . Liquid crystals . Flashing . ELs or electroluminescences
LE LE00
CONSTITUTION OF DISPLAYS
LE01 LE02 LE03 LE04 LE05 LE06 LE07 LE08
. Structures of displays . . Display surfaces . . . Translucent number plates . . Displays comprising only luminairs . . Breathing mechanisms . Applications of sealants . . Sealants per se . Applications of garnishments
LE11 LE12 LE13 LE14 LE15 LE16 LE17
. Ways to guide light to displays . . partial distributing part of light of luminairs . . . distributing by reflectors . . . distributing by refractors . . . distributing by light guides . . indicated by light sources exclusive to displays . . . using light guides
LF LF00
FIXING OF DISPLAYS
LF01 LF02 LF03 LF04 LF05 LF06 LF07
. fixing on recesses holes . . characterised by displays . . characterised by bodes . fixed on other luminairs . . fixing to its lens . . mounting fixing to the inside of luminairs . fixing to others
LF11 LF12 LF13 LF14 LF15 LF16 LF17
. Mounting means . . by screws . . by bayonets . . by elastic engagement . . by adhesion . . by welding . . by attraction e.g. vacuum magnets
LF21 LF22 LF23 LF24 LF25 LF26 LF27 LF28 LF29 LF30
. Movable displays . . moving to 2 positions retracted position and display position . . . pivoted and being tiltable . . . . Retractable head lamps . . rotated e.g. wind power tire or exhaust power . Relationship with other lamps . . integrated with other signal lights . . integrated with other luminairs . . integrated with number plate luminairs . . integrated with trunk room luminairs
MA MA00
CIRCUITS IN GENERAL
MA01 MA02 MA03 MA04 MA05
. in response to lightness of surroundings e.g. between darkness and lighting . . changing lighting amounts of luminairs . Automatic turn off of lights e.g. automatic return direction-indicators . Improvement in response . having monitors
MB MB00
DETECTING MEANS
MB01 MB02 MB03 MB04 MB05 MB06 MB07 MB08 MB09 MB10
. Speed . Accelerations . Clutches . Brakes . . Parking brakes . Transmissions . Optical sensors . Opening and closing of doors e.g. including the arts interlocked with switches . Ignition keys . Acceleration deceleration
MB11 MB12 MB13 MB14 MB15 MB16 MB17
. Detection of failures . . Detection of blown-out filaments . . . Detection of blown out direction-indicators . . . Detection of blown-out of brake lamps . . . Detection of blown-out filaments of other lamps . . Compensation for blown-out filaments . . Detection of overcurrents
MC MC00
CONTROL MEANS
MC01 MC02 MC03 MC04 MC05 MC06 MC07 MC08 MC09 MC10
. controlling by lighting current . . controlling by magnetism e.g. reed relays electromagnetic relays . . controlling currents voltage drop by resistors . . controlling by condensers . . controlling by other elements . by current or voltage not applying to lighting . . by pulses . . by microcomputers . by dark currents . increasing initial currents
MC11
. making soft-starts
MD MD00
CONTROL VARIABLES
MD01 MD02 MD03 MD04 MD05 MD06 MD07 MD08 MD09 MD10
. Prevention of electric current variations e.g. including inrush currents . . separating power supply e.g. dual-power supply . changing blink cycles . . shortening blink cycles . . lengthening blink cycles . adding blinkings . changing blink periods . Sequential flashers . changing brightness . . increasing brightness
MD11 MD12 MD13 MD14 MD15
. . lowering brightness . taking account of left turn . taking account of right turn . taking account of engine brake . Operation instructions
NA NA00
STRUCTURES OF ATTACHED EQUIPMENT EXCLUDING CIRCUITS
NA01 NA02 NA03 NA04 NA05 NA06 NA07 NA08
. Structures of switches . . for brakes . . for direction-indicators . . . Switches without lock mechanisms e.g. touch switches . . . Multi-functions e.g. direction indication and hazard lighting . . . Automatic cancellation . . for two-wheeled vehicles . . characterised by mounting or fixing
NB NB00
AUTOMATIC RETURN DIRECTION-INDICATORS
NB01 NB02 NB03 NB04 NB05 NB06
. Mechanical reset e.g. ratchets . . arranging cancellation mechanisms to steering shafts . Electrical return . . using timers . . using relays . specially for two-wheeled vehicles
NB11 NB12 NB13 NB14 NB15 NB16 NB17
. detecting by direction of steering wheel rotation . detecting by turning angles of wheels . detecting by inclination of bodies . detecting travelled distances . detecting time . detecting stop low speed . detecting other cancellation elements e.g. up shifting
QA QA00
THIS PLACE COVERS THE SUBJECT MATTER FOR PURPOSES NOT OTHERWISE PROVIDED FOR.
QA01 QA02 QA03 QA05 QA06 QA07 QA08
. Utilisation of aerodynamic characteristics e.g. increase of aerodynamic force dust blowing off . Burglarproofing . devising for physically disabled people . for oncoming vehicles . especially for pedestrians . indication on own driving vehicles e.g. side poles trouble indications . . Confirmation of lighting indication
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