Printing method, printing apparatus, computer-readable medium, and correction pattern

Claim 2

A printing method comprising: ejecting ink from ink ejecting sections provided in/on a movable print head to form dots; performing at least either printing with a first arrangement using inks arranged according to said first arrangement or printing with a second arrangement using inks arranged according to said second arrangement by changing the arrangement of inks supplied to each of said ink ejecting sections; and printing, with one forward and return movement of said print head, a correction pattern for determining a correction amount to be used for said printing with the first arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first arrangement and a correction amount to be used for said printing with the second arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second arrangement.

Claim 3

A printing method according to claim 1 , wherein: inks of a first number of colors are used during said printing with the first arrangement; inks of a second number of colors are used during said printing with the second arrangement; at least either printing with the first number of colors using said inks of the first number of colors or printing with the second number of colors using said inks of the second number of colors is performed by changing the number of colors of inks supplied on a color-by-color basis to each of said ink ejecting sections; and a correction pattern for determining a correction amount to be used for said printing with the first number of colors for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first number of colors and a correction amount to be used for said printing with the second number of colors for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second number of colors is printed with one forward and return movement of said print head.

Claim 4

A printing method according to claim 2 , wherein: said correction pattern is printed by forming a first sub-pattern during said forward pass of said print head and a second sub-pattern and a third sub-pattern during said return pass of said print head by ejecting ink from different ones of said ink ejecting sections; a sub-pattern pair consisting of said first sub-pattern and one of either said second sub-pattern or said third sub-pattern is taken as the correction pattern for determining said correction amount to be used for said printing with the first number of colors; and a sub-pattern pair consisting of said first sub-pattern and the other one of said second sub-pattern or said third sub-pattern is taken as the correction pattern for determining said correction amount to be used for said printing with the second number of colors.

Claim 5

A printing method according to claim 3 , wherein: each of said ink ejecting sections has ink ejecting points that are arranged in a row in a direction perpendicular to the direction of movement of said print head; said first sub-pattern is formed during said forward pass by ejecting ink from ones of said ink ejecting points that are arranged in a central region of the one of said ink ejecting sections used for forming said first sub-pattern; said second sub-pattern is formed during said return pass by ejecting ink from ones of said ink ejecting points that are arranged in a region on one end of the one of said ink ejecting sections used for forming said second sub-pattern; and said third sub-pattern is formed during said return pass by ejecting ink from ones of said ink ejecting points that are arranged in a region on the other end of the one of said ink ejecting sections used for forming said third sub-pattern.

Claim 6

A printing method according to claim 2 , wherein: said printing with the first number of colors is performed by printing using at least light magenta ink and light cyan ink; and said ink ejecting sections used for printing said correction pattern is an ink ejecting section used for ejecting said light magenta ink during said printing with the first number of colors and an ink ejecting section used for ejecting said light cyan ink during said printing with the first number of colors.

Claim 7

A printing method according to claim 2 , wherein: said printing with the second number of colors is performed using at least, among said ink ejecting sections, two of said ink ejecting sections for ejecting magenta ink and two of said ink ejecting sections for ejecting cyan ink; and said ink ejecting sections used for printing said correction pattern are either said two ink ejecting sections for ejecting said magenta ink or said two ink ejecting sections for ejecting said cyan ink.

Claim 8

A printing method comprising: ejecting ink from ink ejecting sections provided in/on a movable print head to form dots; performing at least either printing with a first number of colors using inks of said first number of colors or printing with a second number of colors using inks of said second number of colors by changing the number of colors of inks supplied on a color-by-color basis to each of said ink ejecting sections; and printing, with one forward and return movement of said print head, a correction pattern for determining a correction amount to be used for said printing with the first number of colors for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first number of colors and a correction amount to be used for said printing with the second number of colors for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second number of colors, wherein: each of said ink ejecting sections has ink ejecting points that are arranged in a row in a direction perpendicular to the direction of movement of said print head; said correction pattern is made of a first sub-pattern formed during said forward pass of said print head by ejecting ink from ones of said ink ejecting points that are arranged in a central region of the one of said ink ejecting sections used for forming said first sub-pattern, a second sub-pattern formed during said return pass of said print head by ejecting ink from ones of said ink ejecting points that are arranged in a region on one end of the one of said ink ejecting sections used for forming said second sub-pattern, and a third sub-pattern formed during said return pass of said print head by ejecting ink from ones of said ink ejecting points that are arranged in a region on the other end of the one of said ink ejecting sections used for forming said third sub-pattern by using different ones of said ink ejecting sections; the correction pattern for determining said correction amount to be used for said printing with the first number of colors is a sub-pattern pair consisting of said first sub-pattern and one of either said second sub-pattern or said third sub-pattern; the correction pattern for determining said correction amount to be used for said printing with the second number of colors is a sub-pattern pair consisting of said first sub-pattern and the other one of said second sub-pattern or said third sub-pattern; said printing with the first number of colors is performed by printing using at least light magenta ink and light cyan ink; said ink ejecting sections used for printing said correction pattern is an ink ejecting section used for ejecting said light magenta ink during said printing with the first number of colors and an ink ejecting section used for ejecting said light cyan ink during said printing with the first number of colors; said printing with the second number of colors is performed using at least, among said ink ejecting sections, two of said ink ejecting sections for ejecting magenta ink and two of said ink ejecting sections for ejecting cyan ink; and said ink ejecting sections used for printing said correction pattern are either said two ink ejecting sections for ejecting said magenta ink or said two ink ejecting sections for ejecting said cyan ink.

Claim 9

A printing method comprising: ejecting ink from ink ejecting sections provided in/on a movable print head to form dots; performing at least either printing with a first number of colors using inks of said first number of colors or printing with a second number of colors using inks of said second number of colors by changing the number of colors of inks supplied on a color-by-color basis to each of said ink ejecting sections; and printing, with one forward and return movement of said print head, a correction pattern for determining a correction amount to be used for said printing with the first number of colors for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first number of colors and a correction amount to be used for said printing with the second number of colors for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second number of colors, wherein: each of said ink ejecting sections has ink ejecting points that are arranged in a row in a direction perpendicular to the direction of movement of said print head; said correction pattern is made of a first sub-pattern formed during said forward pass of said print head by ejecting ink from ones of said ink ejecting points that are arranged in a central region of the one of said ink ejecting sections used for forming said first sub-pattern, a second sub-pattern formed during said return pass of said print head by ejecting ink from ones of said ink ejecting points that are arranged in a region on one end of the one of said ink ejecting sections used for forming said second sub-pattern, and a third sub-pattern formed during said return pass of said print head by ejecting ink from ones of said ink ejecting points that are arranged in a region on the other end of the one of said ink ejecting sections used for forming said third sub-pattern by using different ones of said ink ejecting sections; the correction pattern for determining said correction amount to be used for said printing with the first number of colors is a sub-pattern pair consisting of said first sub-pattern and one of either said second sub-pattern or said third sub-pattern; the correction pattern for determining said correction amount to be used for said printing with the second number of colors is a sub-pattern pair consisting of said first sub-pattern and the other one of said second sub-pattern or said third sub-pattern; said printing with the first number of colors is performed by printing using at least light magenta ink and light cyan ink; said ink ejecting sections used for printing said correction pattern is an ink ejecting section used for ejecting said light magenta ink during said printing with the first number of colors and an ink ejecting section used for ejecting said light cyan ink during said printing with the first number of colors; said printing with the second number of colors is performed using at least, among said ink ejecting sections, two of said ink ejecting sections for ejecting magenta ink and two of said ink ejecting sections for ejecting cyan ink; and said ink ejecting sections used for printing said correction pattern are either said two ink ejecting sections for ejecting said magenta ink or said two ink ejecting sections for ejecting said cyan ink.

Claim 10

A printing apparatus comprising: a movable print head having ink ejecting sections for ejecting ink to form dots, wherein said printing apparatus: is capable of performing at least either printing with a first arrangement using inks arranged according to said first arrangement or printing with a second arrangement using inks arranged according to said second arrangement by changing the arrangement of inks supplied to each of said ink ejecting sections; and prints, with one forward and return movement of said print head, a correction pattern for determining a correction amount to be used for said printing with the first arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first arrangement and a correction amount to be used for said printing with the second arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second arrangement.

Claim 11

A printing apparatus comprising: a movable print head having ink ejecting sections for ejecting ink to form dots, wherein said printing apparatus: is capable of performing at least either printing with a first arrangement using inks arranged according to said first arrangement or printing with a second arrangement using inks arranged according to said second arrangement by changing the arrangement of inks supplied to each of said ink ejecting sections; and prints, with one forward and return movement of said print head, a correction pattern for determining a correction amount to be used for said printing with the first arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first arrangement and a correction amount to be used for said printing with the second arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second arrangement.

Claim 12

A computer-readable storage medium having a program recorded thereon, said program making a printing apparatus that has a movable print head having ink ejecting sections for ejecting ink to form dots and that is capable of performing at least either printing with a first arrangement using inks arranged according to said first arrangement or printing with a second arrangement using inks arranged according to said second arrangement by changing the arrangement of inks supplied to each of said ink ejecting sections, and printing a correction pattern for determining a correction amount to be used for said printing with the first arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first arrangement and a correction amount to be used for said printing with the second arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second arrangement function to print said correction pattern with one forward and return movement of said print head.

Claim 13

A computer-readable storage medium having a program recorded thereon, said program making a printing apparatus that has a movable print head having ink ejecting sections for ejecting ink to form dots and that is capable of performing at least either printing with a first arrangement using inks arranged according to said first arrangement or printing with a second arrangement using inks arranged according to said second arrangement by changing the arrangement of inks supplied to each of said ink ejecting sections, and printing a correction pattern for determining a correction amount to be used for said printing with the first arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first arrangement and a correction amount to be used for said printing with the second arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second arrangement function to print said correction pattern with one forward and return movement of said print head.

Claim 14

A correction pattern for use with a printing apparatus, said printing apparatus being capable of performing at least either printing with a first arrangement using inks arranged according to said first arrangement or printing with a second arrangement using inks arranged according to said second arrangement by changing the arrangement of inks supplied to each of a plurality of ink ejecting sections provided in/on a movable print head and for ejecting ink to form dots, each of said ink ejecting sections having ink ejecting points that are arranged in a row in a direction perpendicular to the direction of movement of said print head, said correction pattern being used for determining a correction amount to be used for said printing with the first arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first arrangement and a correction amount to be used for said printing with the second arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second arrangement, said correction pattern comprising: a first sub-pattern formed during said forward pass of said print head and a second sub-pattern and a third sub-pattern formed during said return pass of said print head, wherein: said correction amount to be used for said printing with the first arrangement is determined based on a sub-pattern pair consisting of said first sub-pattern and one of either said second sub-pattern or said third sub-pattern; and said correction amount to be used for said printing with the second arrangement is determined based on a sub-pattern pair consisting of said first sub-pattern and the other one of said second sub-pattern or said third sub-pattern.

Claim 15

A correction pattern for use with a printing apparatus, said printing apparatus being capable of performing at least either printing with a first arrangement using inks arranged according to said first arrangement or printing with a second arrangement using inks arranged according to said second arrangement by changing the arrangement of inks supplied to each of a plurality of ink ejecting sections provided in/on a movable print head and for ejecting ink to form dots, each of said ink ejecting sections having ink ejecting points that are arranged in a row in a direction perpendicular to the direction of movement of said print head, said correction pattern being used for determining a correction amount to be used for said printing with the first arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the first arrangement and a correction amount to be used for said printing with the second arrangement for correcting a misalignment between a position at which dots are formed during a forward pass of said print head and a position at which dots are formed during a return pass of said print head that occurs during said printing with the second arrangement, said correction pattern comprising: a first sub-pattern formed during said forward pass of said print head and a second sub-pattern and a third sub-pattern formed during said return pass of said print head, wherein: said correction amount to be used for said printing with the first arrangement is determined based on a sub-pattern pair consisting of said first sub-pattern and one of either said second sub-pattern or said third sub-pattern; and said correction amount to be used for said printing with the second arrangement is determined based on a sub-pattern pair consisting of said first sub-pattern and the other one of said second sub-pattern or said third sub-pattern.