首页> 外国专利> Illuminated colour photo and image display system. Illuminated photos and graphics can be created, that appear to glow in thin air. Even and bright illumination of entire illuminated surface. Technology integrated into a free standing illumination and graphic display system. Special laserforming techniques allow multilayered mixable illumination layers, creating the potential for original and intricate glowing display systems.

Illuminated colour photo and image display system. Illuminated photos and graphics can be created, that appear to glow in thin air. Even and bright illumination of entire illuminated surface. Technology integrated into a free standing illumination and graphic display system. Special laserforming techniques allow multilayered mixable illumination layers, creating the potential for original and intricate glowing display systems.

机译:彩色彩色照片和图像显示系统。可以创建照亮的照片和图形,看起来像在稀薄的空气中发光。整个照明表面的照明均匀且明亮。技术已集成到独立式照明和图形显示系统中。特殊的激光成型技术允许多层可混合的照明层,从而为原始和复杂的发光显示系统创造了潜力。

摘要

#$%^&*AU2015204366A120161215.pdf#####Abstract The present invention provides a way to illuminate full colour images and artworks by using a microprocessor controlled LED light, that is guided into a sublimated 3mm clear acrylic sheet. The LED light bounces off the inside of the clear acrylic surface, until striking the sublimated image within a laser formed micro lens array. The micro lens arrays are created with different depths to create 3 dimensional forms within the acrylic. The micro lens arrays are also transparent and allow for the creation of multi-layer or multi-coloured illuminated forms. The process can also be adapted to contain no sublimated image and allowing super bright illumination of the micro lens arrays with colour changing or still colour light.2l 10.11 ---B -- ----- -- --------- 1 2 . 13. -- -------------- ------------------14. 185.
机译:#$%^&* AU2015204366A120161215.pdf #####抽象本发明提供了一种照亮全彩色图像的方法,并且通过使用微处理器控制的LED灯将艺术品导入,升华的3mm透明丙烯酸板。 LED灯从内部反射回来。透明的丙烯酸表面,直到在形成的激光中撞击升华的图像微透镜阵列。微透镜阵列的创建深度不同在丙烯酸​​树脂中创建3维尺寸。微透镜阵列也透明的,并允许创建多层或多色照明形式。该过程也可以调整为不包含升华图像并允许微透镜阵列的超亮照明变色或静止色光。2升10.11--- B---------------- 1 2。13-------------------------------14。185。

著录项

  • 公开/公告号AU2015204366A1

    专利类型

  • 公开/公告日2016-12-15

    原文格式PDF

  • 申请/专利权人 JAYSON BUCKINGHAM;

    申请/专利号AU20150204366

  • 发明设计人 BUCKINGHAM JAYSON;

    申请日2015-07-16

  • 分类号B44F1/06;G02B3;G02B27/22;G09F19/12;H04N9/31;

  • 国家 AU

  • 入库时间 2022-08-21 13:32:57

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