Multiple-image display body

Patent metadata

Field	Value
Publication number	US-2018354293-A1
Application number	US-201816108042-A
Country	US
Kind code	A1
Filing date	Aug 21, 2018
Priority date	Jun 10, 2013
Publication date	Dec 13, 2018
Grant date	—

Abstract

A multiple-image display body includes a spacer layer, a line tone barrier layer stacked on the first surface of the spacer layer, and a multiple-image formation layer stacked on the second surface of the spacer layer. The line tone barrier layer includes first regions, which transmit electromagnetic waves, and second regions, which absorb electromagnetic waves. The multiple-image formation layer includes images that are visible when observed from specific angles over the first regions of the line tone barrier. The image is formed by a contrast resulting from an area ratio of the third region, which scatters electromagnetic waves, and the fourth region, which absorbs electromagnetic waves.

First claim

1 .- 7 . (canceled)

8 . A multiple-image display body comprising:
a spacer layer including a first surface and a second surface opposite to the first surface, wherein the spacer layer has the form of a thin film; a line tone barrier layer stacked on the first surface of the spacer layer, wherein the line tone barrier layer includes first regions, which transmit electromagnetic waves in at least some wavelength ranges, and second regions, which absorb electromagnetic waves in at least some wavelength ranges, the second regions in a surface contacting the spacer layer have substantially the same width and shape, and the second regions are arranged at equal intervals sandwiching at least portions of the first regions to form a line tone pattern; a multiple-image formation layer stacked on the second surface of the spacer layer, wherein the multiple-image formation layer includes images that are visible when observed from specific angles over the first regions of the line tone barrier layer, wherein each of the images includes a scattering region, which scatters electromagnetic waves in at least some wavelength ranges, and a transmitting region, which transmits electromagnetic waves in at least some wavelength ranges, and the image is formed by a contrast resulting from an area ratio of the scattering region and the transmitting region; and an electromagnetic wave absorbing layer stacked on a surface of the multiple-image formation layer opposite to the spacer layer, wherein the electromagnetic wave absorbing layer absorbs electromagnetic waves transmitted from the line tone barrier layer to the spacer layer and then to the transmitting region.

9 . The multiple-image display body according to claim 8 , wherein the scattering region has a corrugated structure, and the corrugated structure includes recesses filled with electromagnetic wave scattering particles that scatter electromagnetic waves in at least some wavelength ranges.

10 . The multiple-image display body according to claim 8 , wherein the scattering region includes a corrugated structure, which is undulated and has a scattering characteristic, and an electromagnetic wave reflection layer, which is arranged on a surface of the corrugated structure.

11 .- 14 . (canceled)

15 . A multiple-image display body comprising:
a spacer layer including a first surface and a second surface opposite to the first surface, wherein the spacer layer has the form of a thin film; a line tone barrier layer stacked on the first surface of the spacer layer, wherein the line tone barrier layer includes first regions, which transmit electromagnetic waves in at least some wavelength ranges, and second regions, which absorb electromagnetic waves in at least some wavelength ranges, the second regions in a surface contacting the spacer layer have substantially the same width and shape, and the second regions are arranged at equal intervals sandwiching at least portions of the first regions to form a line tone pattern, wherein the second region has a corrugated structure, and the corrugated structure includes recesses filled with electromagnetic wave absorbing particles that absorb electromagnetic waves in at least some wavelength ranges, and wherein the line tone barrier layer has a high-precise and high-contrast pattern; a multiple-image formation layer stacked on the second surface of the spacer layer, wherein the multiple-image formation layer includes images that are visible when observed from specific angles over the first regions of the line tone barrier layer, wherein each of the images includes a scattering region, which scatters electromagnetic waves in at least some wavelength ranges, and a transmitting region, which transmits electromagnetic waves in at least some wavelength ranges, and the image is formed by a contrast resulting from an area ratio of the scattering region and the transmitting region; and an electromagnetic wave absorbing layer stacked on a surface of the multiple-image formation layer opposite to the spacer layer, wherein the electromagnetic wave absorbing layer absorbs electromagnetic waves transmitted in order from the line tone barrier layer to the spacer layer and then to the transmitting region.

16 . The multiple-image display body according to claim 15 , wherein the scattering region has a corrugated structure, and the corrugated structure includes recesses filled with electromagnetic wave scattering particles that scatter electromagnetic waves in at least some wavelength ranges.

17 . The multiple-image display body according to claim 15 , wherein the scattering region includes a corrugated structure, which is undulated and has a scattering characteristic, and an electromagnetic wave reflection layer, which is arranged on a surface of the corrugated structure.

Assignees

• Toppan Printing Co Ltd

Inventors

• Yashiki Kazuhiro
• Kubo Akira

Classifications

• B42D25/45

  Associating two or more layers · CPC title

• B42D25/378

  Special inks · CPC title

• B42D25/36 Primary

  comprising special materials · CPC title

• B42D25/373

  Metallic materials · CPC title

• G02B27/06

  with moving picture effect · CPC title