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    • 2. 发明申请
    • SYNTHETIC IMAGE AND METHOD FOR MANUFACTURING THEREOF
    • 合成图像及其制造方法
    • WO2017217911A1
    • 2017-12-21
    • PCT/SE2017/050599
    • 2017-06-07
    • ROLLING OPTICS AB
    • PARRAT, Daniel
    • G09F19/14G02B27/22
    • A synthetic-image device comprises an image layer and a focusing element array. The image layer is arranged in a vicinity of a focal distance of focusing elements of the focusing element array. The image layer comprises composite image objects (37). The composite image objects (37) of the image layer being a conditional appearance of at least a first set of image objects(31), dependent on a second set of image objects(32). The first set of image objects (31) and the second set of image objects (32) are arranged for giving rise to at least a first and second synthetic image, respectively,at a non-zero height or depth when being placed in a vicinity of a focal distance of focusing elements and viewed through the focusing element array. Manufacturing of synthetic-image devices based on the same concept is also disclosed.
    • 合成图像装置包括图像层和聚焦元件阵列。 图像层布置在聚焦元件阵列的聚焦元件的焦距附近。 图像层包括复合图像对象(37)。 取决于第二组图像对象(32),图像层的合成图像对象(37)是至少第一组图像对象(31)的有条件外观。 第一组图像对象(31)和第二组图像对象(32)被布置成当被放置在附近时分别在非零高度或深度处分别产生至少第一和第二合成图像 聚焦元件的焦距并通过聚焦元件阵列观察。 还公开了基于相同概念的合成图像设备的制造。
    • 4. 发明申请
    • METHOD AND DEVICE FOR ANGLE DETERMINATION AND RETROREF LECTING FOIL
    • 用于角度测定和退火的方法和装置
    • WO2008024058A1
    • 2008-02-28
    • PCT/SE2007/050524
    • 2007-07-12
    • ROLLING OPTICS ABLUNDVALL, Axel
    • LUNDVALL, Axel
    • G01B11/26G02B5/126
    • G01B11/272G02B3/0068G02B5/126
    • Methods and devices for angle determination, as well as retroreflecting foils (1) are presented. A retroreflecting foil (1) is arranged at a surface, an angle of which is going to be determined. The retroreflecting foil (1) has a lens surface with a plurality of spherical microlenses (4) and a reflecting surface with a plurality of spherical mirrors (5) of a second main radius of curvature. The lens surface of the retroreflecting foil (1) is illuminated, and transitions between darkness and light in radiation reflected from the retroreflecting foil (1), either upon changing a relative angle (β 1 -β 5 ) between the retroreflecting foil (1) and the illuminating light or spatial transitions over the surface of the retroreflecting foil (1), are observed. An angle measure associated with the transitions is determined. The said spherical mirrors (5) of the retroreflecting foil present preferably at least one inner point (22) of a spherical mirror surface at which reflection according to said second main radius of curvature is prohibited.
    • 提出了用于角度确定的方法和装置以及回射箔(1)。 回射箔(1)布置在表面,其角度将被确定。 回射箔(1)具有具有多个球形微透镜(4)的透镜表面和具有第二主曲率半径的多个球面镜(5)的反射表面。 回射箔(1)的透镜表面被照亮,并且在从回射箔(1)反射的辐射中的黑暗和光之间的过渡,或者在改变相对角度(β1 / 观察到回射箔(1)与回射箔(1)的表面上的照明光或空间转变之间的反射箔(1)的厚度>5Ω。 确定与转换相关联的角度测量。 回射箔的所述球面镜(5)优选地呈现球镜反射镜表面的至少一个内点(22),根据所述第二主曲率半径的反射被禁止。
    • 5. 发明申请
    • PRINTING TOOL FOR PRODUCTION OF SYNTHETIC IMAGE DEVICES AND A METHOD OF MANUFACTURING SUCH A TOOL
    • 用于生产合成图像装置的印刷工具和制造这种工具的方法
    • WO2014074059A1
    • 2014-05-15
    • PCT/SE2013/051301
    • 2013-11-06
    • ROLLING OPTICS AB
    • LUNDVALL, AxelEKLUND, Robert
    • B41C1/18
    • B41F3/36B29C33/424B29C59/04B29D11/00365B41C1/182B42D25/324B42D25/425B44B5/0009G02B3/0012
    • A method for manufacturing of a tool for production of synthetic image devices comprises cutting (210) a surface structured plate, giving a respective first and second edge. The plate has geometrical structures - microimages or focusing elements - in a first surface. Cells comprising the geometrical structures have a predetermined period in a first direction. The first edge is brought (212) to face the second edge in a close proximity. The first direction of a first area of the plate adjacent to the first edge is positioned with a predetermined angle with respect to the first direction of a second area of the plate adjacent to the second edge. A relative translation in said same plane between the first edge and the second edge is adapted (214) for bringing a first cell border in the first area to a predetermined distance, relative a corresponding second cell border in the second area. The first and second edges are mutually fixated (216) and mounted (218) onto a cylindrical support. A tool for manufacturing of synthetic image devices is also disclosed.
    • 一种用于生产合成图像装置的工具的制造方法包括切割(210)表面结构的板,给出相应的第一和第二边缘。 板在第一表面具有几何结构 - 微图像或聚焦元件。 包含几何结构的单元在第一方向上具有预定周期。 使第一边缘(212)靠近第二边缘(212)。 与第一边缘相邻的板的第一区域的第一方向相对于邻近第二边缘的板的第二区域的第一方向以预定角度定位。 在第一边缘和第二边缘之间的所述相同平面中的相对平移适于使第一区域中的第一单元边界相对于第二区域中相应的第二单元边界相对于预定距离。 第一和第二边缘相互固定(216)并安装(218)到圆柱形支撑件上。 还公开了用于制造合成图像装置的工具。
    • 7. 发明申请
    • SYNTHETIC IMAGE AND METHOD FOR MANUFACTURING THEREOF
    • 合成图像及其制造方法
    • WO2017217910A1
    • 2017-12-21
    • PCT/SE2017/050598
    • 2017-06-07
    • ROLLING OPTICS AB
    • PARRAT, Daniel
    • G09F19/14G02B27/22
    • A synthetic-image device comprises an image layer (10) and a focusing element array. The image layer (10) is arranged in a vicinity of a focal distance of focusing elements of the focusing element array. The image layer comprises composite image objects (36). The composite image objects (36) are a conditional merging of a first set of image objects, an envelope area associated with the first set of image objects and a second set of image objects. The envelope area covers the first set of image objects and comprises a margin area not covering the first set of image objects. The conditional merging is constituted by that the composite image objects (36) are present only in points where the first set of image objects exists or in points where the second set of image objects exists, but the envelope area associated with the first set of image objects does not exist.
    • 合成图像装置包括图像层(10)和聚焦元件阵列。 图像层(10)被布置在聚焦元件阵列的聚焦元件的焦距附近。 图像层包括复合图像对象(36)。 合成图像对象(36)是第一组图像对象,与第一组图像对象相关联的包络区域和第二组图像对象的条件合并。 包络区域覆盖第一组图像对象并且包括不覆盖第一组图像对象的边缘区域。 条件合并由如下构成:合成图像对象(36)仅存在于第一组图像对象存在的点或第二组图像对象存在的点中,但是与第一组图像相关联的包络区域 对象不存在。
    • 8. 发明申请
    • METHOD FOR MANUFACTURING OF PRINTED PRODUCT MICRO FEATURES AND ARRANGEMENT FOR CONTINUOUS PRODUCTION OF SUCH A PRODUCT.
    • 制造印刷产品微型特征的方法和连续生产这种产品的布置。
    • WO2014070079A1
    • 2014-05-08
    • PCT/SE2013/051253
    • 2013-10-25
    • ROLLING OPTICS AB
    • LUNDVALL, Axel
    • B41M1/10B41F9/00G03F7/00
    • B32B37/025B29D11/00288B32B2305/72B41F9/00B41F11/00B41M1/10G02B3/0031G03F7/0002Y10T156/17
    • A method for manufacturing a printed product comprises provision (210) of a matrix comprising a matrix surface having a plurality of recesses. A first curable compound is applied (212) to the matrix surface to fill the recesses with the compound. The matrix surface and the filled recesses are covered (220) by a pickup layer of a second curable compound. The matrix is brought (230) in contact with the substrate surface and the first curable compound and the second curable compound are cured (232). The matrix surface is separated (234) from the substrate surface, leaving the pickup layer and the first curable compound on the substrate surface. The pickup layer and the first curable compound are thus transferred (240) together from the matrix surface onto a substrate surface of a substrate sheet. The first curable compound forms printed product micro features at the pickup layer covering the substrate surface.
    • 制造印刷品的方法包括提供(210)矩阵,其包括具有多个凹部的矩阵表面。 将第一可固化化合物(212)施加到基质表面以用化合物填充凹部。 基体表面和填充的凹部被第二可固化化合物的拾取层覆盖(220)。 将基质(230)与基材表面接触并使第一可固化化合物和第二可固化化合物固化(232)。 基体表面与衬底表面分离(234),将拾取层和第一可固化化合物留在衬底表面上。 因此,拾取层和第一可固化化合物从基质表面一起转移(240)到基材片的基材表面上。 第一可固化化合物在覆盖基材表面的拾取层处形成印刷产品微特征。