发明名称 Three-dimensional image forming apparatus and three-dimensional image forming method
摘要 A three-dimensional image forming apparatus and a three-dimensional image forming method convert a specific portion selectively extracted from an image to be printed into an image of a color having a high thermal energy absorptivity, print the conversion image on a foaming layer side surface or a back face of a thermally expandable sheet, and form a three-dimensional image by irradiating light on the thermally expandable sheet from a light/heat irradiator having a light/heat irradiation temperature of a first body part lower than that of a second body part, in which an image density of an area in the conversion image of the specific portion corresponding to the first body part is controlled to be higher than an image density of an area in the conversion image of the specific portion corresponding to the second body part when the conversion image is printed on the thermally expandable sheet.
申请公布号 US9492956(B2) 申请公布日期 2016.11.15
申请号 US201314035627 申请日期 2013.09.24
申请人 CASIO COMPUTER CO., LTD. 发明人 Horiuchi Yuji
分类号 B29C44/02;B29C35/08;B41J3/28;B41J3/407;B41J11/00;B29C44/04 主分类号 B29C44/02
代理机构 Holtz, Holtz & Volek PC 代理人 Holtz, Holtz & Volek PC
主权项 1. A three-dimensional image forming apparatus comprising: selectively extracts a specific portion from an image to be printed; converting the specific portion into an image of a color having a thermal energy absorptivity higher than portions of the image to be printed other than the specific portion, so as to form a conversion image; printing the conversion image on a foaming layer side surface or a back face of a thermally expandable sheet; forming a three-dimensional image by expanding the forming layer side surface corresponding to the conversion image with thermal energy generated in the printed conversion image by light/heat irradiation on the thermally expandable sheet printed with the conversion image, using a light source unit having a first body portion with a light/heat irradiation temperature set to be lower than a light/heat irradiation temperature of a second body portion; and controlling a first density of a first area in the conversion image of the specific portion corresponding to the first body portion of the light source unit to be higher than a second density of a second area in the conversion image of the specific portion corresponding to the second body portion of the light source unit, whenin a degree of expansion of the thermally expandable sheet is equally set over an area corresponding to the specific portion.
地址 Tokyo JP