Transparent hologram seal

A laminated body comprising:

• a reflective base member;
• and
• a transparent layer formed on said base member and having a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a different number of layers in the laminated structure than a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence of incident light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• a reflective base member;
• and
• a transparent layer formed on said base member and having a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a thickness different than a thickness of a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence of incident light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• base member;
• hologram layer formed on said base member;
• a transparent evaporated layer formed on said hologram layer and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a different number of layers in the laminated structure than a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method;
• and
• an adhesive layer formed on said transparent evaporated layer;
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminating body comprising:

• base member;
• a separating layer formed on said base member;
• a hologram layer formed on said separating layer;
• a transparent evaporated layer formed on said hologram layer and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a different number of layers in the laminated structure than a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method;
• and
• an adhesive layer formed on said transparent evaporated layer;
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• base member;
• hologram layer formed on said base member;
• transparent evaporated layer formed on said hologram layer and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a different number of layers in the laminated structure than a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method;
• a separating layer formed on said transparent evaporated layer;
• and
• an adhesive layer formed on said separating layer,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• base member;
• transparent evaporated layer formed on said base member and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a different number of layers in the laminated structure than a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method;
• and
• a print layer formed on said transparent evaporated layer and having a predetermined printed pattern,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• reflective base member;
• and
• transparent evaporated layer formed on said base member and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a different number of layers in the laminated structure than a second portion of the transparent layer such that a pattern if formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method,
• the transparent layer selectively absorbing incident layer rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• a base member;
• a print layer formed on said base member and having a predetermined printed pattern;
• and
• a transparent evaporated layer formed on said print layer and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a different number of layers in the laminated structure than a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• base member;
• hologram layer formed on said base member;
• a transparent evaporated layer formed on said hologram layer and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a thickness different from a thickness of a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method;
• and
• an adhesive layer formed on said transparent evaporated layer,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• base member;
• a separating layer formed on said base member;
• a hologram layer formed on said separating layer;
• a transparent evaporated layer formed on said hologram layer and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a thickness different from a thickness of a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method;
• and
• an adhesive layer formed on said transparent evaporated layer,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• base member;
• hologram layer formed on said base member;
• transparent evaporated layer formed on said hologram layer and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a thickness different from a thickness of a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method;
• a separating layer formed on said transparent evaporated layer;
• and
• an adhesive layer formed on said separating layer,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• base member;
• transparent evaporated layer formed on said base member and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a thickness different from a thickness of a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method;
• and
• a print layer formed on said transparent evaporated layer and having a predetermined printed pattern,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• reflective base member;
• and
• transparent evaporated layer formed on said base member and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a thickness different from a thickness of a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.

A laminated body comprising:

• a base member;
• a print layer formed on said base member and having a predetermined printed pattern;
• and
• a transparent evaporated layer formed on said print layer and constructed by a laminated structure of first and second ceramic materials having different refractive indices, a first portion of the transparent layer having a thickness different from a thickness of a second portion of the transparent layer such that a pattern is formed by contrast between the first and second portions, the first and second ceramic materials being laminated by an evaporation method,
• the transparent layer selectively absorbing incident light rays such that a peak wavelength of absorption is shifted in an amount which depends on an angle of incidence light rays,
• the selective absorption causing light emitted from the laminated body to have a color which varies depending on the angle of incidence of incident light rays, the color variation being detectable by an optical instrument.