F-Term-List

B41J2/35@D;2/355-2/355@Z;2/36@C-2/36@Z;2/365;2/37;2/375;2/38

AA00
PURPOSE

AA01

AA03

AA04

AA05

AA06

AA08

AA10

. Increasing speed

. Improving quality

. . Preventing bleeding

. . Processing seams

. . Improving recording patterns

. Saving power source capacity

. Saving memory capacities

AA12

AA14

AA16

AA18

. Simplifying circuits

. Extending lifetimes

. Compensating defects

. Other purposes

AB00
DRIVE METHOD

AB01

AB02

AB03

AB05

AB07

AB09

. Driving divided heads

. . at each block

. . at each group

. Driving in stages

. driving in particularly devised drive order

. driving in particularly devised drive time

AC00
STRUCTURE

AC01

AC02

AC03

AC05

AC06

AC08

AC09

. Line-type heads

. . with group connection

. . Common electrode types

. Serial-type heads

. . Matrix types

. devised in switching elements

. . of negative-resistance

AC11

AC13

AC15

AC17

. devised in latch circuits

. devised in shift registers

. devised in buffers

. devised in drivers

AD00
FUNCTION

AD01

AD03

AD05

. for colour use

. for recording gradation

. Having mode switching

BC00
CORRECTING VARIATIONS IN AMOUNT OF HEAT GENERATION

BC01

BC02

BC03

BC04

BC06

BC07

BC08

BC09

BC10

. correcting variations in resistance values

. correcting temporal changes

. correcting local variations

. correcting other variations

. having memory means

. . Physical memories

. Correction means integrated with heads

. having means for measuring resistance values

. having resistors for reference use

BC12

BC13

BC14

BC15

BC16

. correcting resistance values

. . by trimming

. correcting applied energy

. correcting by devising circuit structure

. correcting by other methods

BD00
HEAD PROTECTION

BD01

BD02

BD03

BD04

BD05

BD07

BD08

BD09

BD10

. preventing overheat

. . preventing heating without heating objects

. preventing overpower

. preventing runaway logic

. other protection purposes

. limiting current supply times

. limiting maximum power

. monitoring activation of heating elements

. protecting by other methods

BD12

BD13

BD14

BD16

. having temperature-measuring means

. having comparators

. having timekeeping means

. protecting elements other than heads

BF00
CONTROL OF APPLIED POWER

BF01

BF02

BF04

. controlling power supply circuits

. . supplying constant power

. Power control colour by colour

CA00
COMPENSATION FOR TEMPERATURE CHANGE

CA01

CA02

CA03

CA05

CA06

CA07

CA08

CA09

CA10

. for weakly-printed characters

. for blur

. for variations due to irregular intervals

. by applied energy

. by data processing

. by drive timing

. compensating forcedly

. measuring temperature regularly

. measuring temperature with specific timing

CA11

CA13

CA14

CA15

CA16

CA17

CA18

CA19

. . immediately before driving heating elements

. having temperature detection means on heads

. . around heating elements

. having means for measuring temperature on paper surfaces rather than on heads

. having digital means for measuring temperature

. having memory means

. . being ROMs

. having comparison means

CA21

CA22

CA23

CA24

CA25

. checking conditions other than temperature

. . checking histories

. . checking recorded data

. for colour recording

. for gradation recording

CB00
COMPENSATION FOR VOLTAGE CHANGE

CB01

CB02

CB03

CB05

CB06

CB07

CB09

CB10

. for fluctuations in applied voltage

. for fluctuations in applied electric currents

. for changes resulting from load fluctuations

. by applied energy

. by drive timing

. by other methods

. having loads for detecting voltage fluctuations

. having standard voltage

CB11

. having time constant circuits

CC00
COMPENSATION BASED ON RECORDING INFORMATION

CC01

CC02

CC03

CC04

CC05

CC06

CC07

CC09

CC10

. by applied energy

. by drive timing

. . by divided drive

. by data processing

. . of adjacent data

. . of data before or after

. by other methods

. having memory means

. . being ROMs

CC11

CC13

CC14

. . being flame memories

. for colour recording

. for gradation recording

CD00
GRADATION RECORDING

CD01

CD02

CD03

CD04

CD05

CD06

CD07

CD08

CD09

CD10

. devised for a plurality of gradation

. devised for improvement of reproducibility

. . for density compensation

. devised for data processing of gradation

. devised for other purposes

. Density gradation types

. . changing digitally

. Area gradation types

. . Matrix types

. . Changing analogously

CD11

CD12

CD14

CD15

CD16

CD17

CD19

CD20

. Heat sensitive types

. Transfer types

. varying application periods

. . overstriking

. varying electric currents or voltages

. forming one picture element with a plurality of scanning

. Line types

. . with group connection

CD21

CD22

CD23

CD24

CD25

CD26

CD27

CD28

. Serial types

. . with matrix structures

. having dot-shaped heating elements

. having continuous heating elements

. having heating elements of particular shapes

. forming one picture element using a plurality of heating elements

. having memory means

. . being ROMs

CE00
COMPENSATION USING HISTORY

CE01

CE02

CE03

CE04

CE06

CE07

CE08

CE10

. for weakly-printed characters

. for blur

. for time histories

. for drive data

. using applied energy

. by data processing

. by other methods

. having temperature-measuring means

CE11

CE12

CE13

CE14

CE15

CE16

. having memory means

. . having data recording memories

. . having ROMs

. having simulator circuits

. having timing means

. . composed of time constant circuits

CF00
COMPENSATION USING CONTENT OF SIMULTANEOUS DRIVE

CF01

CF02

CF03

CF04

CF06

CF07

CF08

CF09

. for weakly-printed characters

. for blur

. for number of simultaneous driver elements

. for simultaneous drive data

. by applied energy

. by drive timing

. by data processing

. by other methods

CF11

CF12

. having memory means

. having counters

CZ00
OTHER COMPENSATION

CZ01

CZ02

CZ03

CZ05

CZ06

CZ08

CZ09

. for speed changes

. . of main scanning

. . of sub-scanning

. detecting recording density

. . having test patterns

. for paper quality

. . detecting paper quality

CZ11

CZ12

. for ribbon quality

. . detecting ribbon quality

DA00
PREHEATING

DA01

DA02

DA03

DA04

DA06

DA07

DA08

DA10

. for increasing speed

. for preventing non-uniformity of density

. for extending lifetime

. for other purposes

. applying preheating signals to heating elements

. . applying bias signals

. . applying prepulse signals

. having dedicated preheating means

DA11

DA12

DA13

DA14

DA16

DA17

DA18

DA19

DA20

. . at head sides

. . at platen sides

. having temperature detection means

. Structure for preheating

. changing amount of heating including presence or absence

. . according to histories

. . according to temperatures

. changing heating timing

. . according to histories

DA21

DA22

. . according to temperatures

. . according to data

2C066	THERMAL PRINTERS (CONTROL)
	B41J2/35 -2/38