Ink jet recording method for recording pattern layer and white overlaying layer on longitudinal sheet
AssigneeSeiko Epson Corporation
InventorTsuyoshi Sano
Life of this patent
Estimating the term…
Abstract
The present invention relates to an ink jet recording method for recording a white overlaying layer and a non-white pattern layer to a recording medium, printed matters obtained by the recording method, and systems for realizing the recording method thereof.
Claims20
A recording method in which a printing image including a white ink layer and a non-white ink layer is recorded to a recording medium, the method comprising:
- providing, in a case where the recording medium is opaque, the white ink layer and providing the non-white ink layer on the white ink layer;
- wherein a resolution of the white ink layer is higher than a resolution of the non-white ink layer;
- and
- wherein an ink discharge amount per unit area of the white ink layer is larger than an ink discharge amount per unit area of the non-white ink layer.
A recording method in which a printing image including a white ink layer and a non-white ink layer is recorded to a recording medium, the method comprising:
- providing, in a case where the recording medium is transparent, the non-white ink layer and providing the white ink layer to the white ink layer;
- wherein a resolution of the white ink layer is higher than a resolution of the non-white ink layer;
- and
- wherein an ink discharge amount per unit area of the white ink layer is larger than an ink discharge amount per unit area of the non-white ink layer.
A recording method in which a printing image including a white ink layer and a non-white ink layer is recorded to a recording medium, the method comprising:
- providing, in a case where the recording medium is opaque, the white ink layer and providing the non-white ink layer on the white ink layer;
- wherein a resolution of the white ink layer is higher than a resolution of the non-white ink layer, the resolution of the white ink layer being the number of ink droplets of a white ink per unit area in a region where the white ink layer is provided on the non-white ink layer, and the resolution of the non-white ink layer being the number of ink droplets of a non-white ink per unit area in the region;
- and
- wherein an ink discharge amount per unit area of the white ink layer is larger than an ink discharge amount per unit area of the non-white ink layer, the ink discharge amount per unit area of the white ink layer being the discharge amount of the white ink per unit area in the region where the white ink layer is provided on the non-white ink layer, and the ink discharge amount of the non-white ink layer being the discharge amount of the non-white ink per unit area in the region.
A recording method in which a printing image including a white ink layer and a non-white ink layer is recorded to a recording medium, the method comprising:
- providing, in a case where the recording medium is transparent, the non-white ink layer and providing the white ink layer to the non-white ink layer;
- wherein a resolution of the white ink layer is higher than a resolution of the non-white ink layer, the resolution of the white ink layer being the number of ink droplets of a white ink per unit area in a region where the white ink layer is provided on the non-white ink layer, and the resolution of the non-white ink layer being the number of ink droplets of a non-white ink per unit area in the region;
- and
- wherein an ink discharge amount per unit area of the white ink layer is larger than an ink discharge amount per unit area of the non-white ink layer, the ink discharge amount per unit area of the white ink layer being the discharge amount of the white ink per unit area in the region where the white ink layer is provided on the non-white ink layer, and the ink discharge amount of the non-white ink layer being the discharge amount of the non-white ink per unit area in the region.
Dependencies are inferred from the claim text.