Liquid ejecting apparatus and liquid ejecting method

1. A liquid ejecting apparatus comprising:

a carriage that has a head ejecting liquid cured by receiving the irradiation of light and moves in a movement direction intersecting a transportation direction of a medium;

a first irradiation section that is disposed at the carriage, irradiates the light and is arranged at an upstream side or a downstream side from the head in the movement direction;

a second irradiation section that irradiates the light and is arranged at the downstream side from the first irradiation section in the transportation direction; and

a controller that forms the image on the medium through performing an ejection operation ejecting the liquid from the head while moving the carriage in the movement direction and a transportation operation that transports the medium in the transportation direction, and performs control of an irradiation intensity of the light of the first irradiation section at the time of the ejection operation to regulate the surface condition of the image and to change the irradiation intensity of the light of the second irradiation section according to the irradiation intensity of the light of the first irradiation section,

wherein the controller changes the irradiation intensity of the light of the first irradiation section and the second irradiation section according to types of media,

wherein when the controller performs a first print mode that forms dots at a predetermined region on the medium through performing the ejection operation n times (n is a natural number), or a second print mode that forms dots at the predetermined region through performing the ejection operation m times (m is a natural number larger than n) and then the image of the predetermined surface condition is printed, the irradiation intensity of the light of each of the irradiation sections in the second print mode is decreased less than the irradiation intensity of the light of each of the irradiation sections in the first print mode.

2. A liquid ejecting method that forms an image on a medium through performing a transportation operation that transports the medium in the transportation direction and an ejection operation ejecting liquid from a head with the irradiation of the light while moving a carriage having the head in a movement direction intersecting the transportation direction, the method comprising:

regulating a surface condition of the image with controlling the irradiation intensity of the light of a first irradiation section that is disposed at the carriage and arranged at an upstream side or a downstream side from the head in the movement direction at the time of the ejection operation; and

changing the irradiation intensity of the light of a second irradiation section disposed at the downstream side from the first irradiation section in the transportation direction according to the irradiation intensity of the light of the first irradiation section,

performing a first print mode that forms dots at a predetermined region on the medium through performing the ejection operation n times (n is a natural number), or a second print mode that forms dots at the predetermined region through performing the ejection operation m times (m is a natural number larger than n) and then the image of the predetermined surface condition is printed, the irradiation intensity of the light of each of the irradiation sections in the second print mode is decreased less than the irradiation intensity of the light of each of the irradiation sections in the first print mode.

3. A liquid ejecting apparatus comprising:

a carriage that has a head ejecting liquid cured by receiving the irradiation of light and moves in a movement direction intersecting a transportation direction of a medium;

a first irradiation section that is disposed at the carriage, irradiates the light and is arranged at an upstream side or a downstream side from the head in the movement direction;

a second irradiation section that irradiates the light and is arranged at the downstream side from the first irradiation section in the transportation direction; and

a controller that forms the image on the medium through performing an ejection operation ejecting the liquid from the head while moving the carriage in the movement direction and a transportation operation that transports the medium in the transportation direction, and performs control of an irradiation intensity of the light of the first irradiation section at the time of the ejection operation to regulate the surface condition of the image and to change the irradiation intensity of the light of the second irradiation section according to the irradiation intensity of the light of the first irradiation section,

wherein when the controller performs a first print mode that forms dots at a predetermined region on the medium through performing the ejection operation n times (n is a natural number), or a second print mode that forms dots at the predetermined region through performing the ejection operation m times (m is a natural number larger than n) and then the image of the predetermined surface condition is printed, the irradiation intensity of the light of each of the irradiation sections in the second print mode is decreased less than the irradiation intensity of the light of each of the irradiation sections in the first print mode.

4. The liquid ejecting apparatus according to claim 3 ,

wherein the controller allows the irradiation intensity of the light of the first irradiation section to be a first intensity and the irradiation intensity of the light of the second irradiation section to be a second intensity when the image is a certain surface condition, and

wherein the controller allows the irradiation intensity of the light of the first irradiation section to decrease less than the first intensity and the irradiation intensity of the light of the second irradiation section to increase more than the second intensity when the image is a surface condition of gloss higher than the certain surface condition.

5. The liquid ejecting apparatus according to claim 3 ,

wherein the controller performs the irradiation operation that allows each of irradiation sections to irradiate the light while moving the carriage in the movement direction without ejecting the liquid from the head between the ejection operation and the transportation operation.

6. The liquid ejecting apparatus according to claim 3 ,

wherein the second irradiation section is disposed at the carriage.