A container includes a body; a first printing layer provided on an outer surface of the body and including a first printing section including a first set of halftone dots or a first solid; and a second printing layer provided on an outer surface of the body to overlap at least a printing area of the first printing layer, including a second set of halftone dots with a dot percentage equal to or greater than a dot percentage of the first set of halftone dots or a second solid, and having a printing area larger than the printing area of the first printing section.

The present invention relates to a gravure printing method of conducting printing on a printing substrate with an aqueous ink reserved in an ink pan using a furnisher roll, a gravure roll, a doctor blade and a nip roll, in which the aqueous ink contains a pigment, a polymer, an organic solvent, a surfactant and water; a content of organic solvent components of the organic solvent which have a boiling point of 100 to 260 C. in the aqueous ink is not less than 0.3% by mass and not more than 12% by mass; an average particle size of particles of the pigment is from 120 to 350 nm; and an arithmetic mean roughness (Ra) of a plate surface of the gravure roll is from 10 to 140 nm. According to the present invention, it is possible to improve transfer properties of the ink to the printing substrate such as a resin film, etc., and suppress fogging on the plate surface.

A method of fabricating a casing including steps of providing a polycarbonate substrate, printing a first material on the polycarbonate substrate to form a light shielding layer by using a first screen, and printing a second material on the light shielding layer to form a light transmission layer by using a second screen is provided. The light shielding layer has at least one patterned transmissive region. The light transmission layer covers the at least one patterned transmissive region and a portion of polycarbonate substrate exposed by the at least one patterned transmissive region. Mesh counts of the first screen is greater than that of the second screen. A casing including a polycarbonate substrate, a light shielding layer, and a light transmission layer is provided. A thickness of the light transmission layer is greater than a thickness of the light shielding layer. An electronic device adopting the casing is provided.

A method of fabricating a casing including steps of providing a polycarbonate substrate, printing a first material on the polycarbonate substrate to form a light shielding layer by using a first screen, and printing a second material on the light shielding layer to form a light transmission layer by using a second screen is provided. The light shielding layer has at least one patterned transmissive region. The light transmission layer covers the at least one patterned transmissive region and a portion of polycarbonate substrate exposed by the at least one patterned transmissive region. Mesh counts of the first screen is greater than that of the second screen. A casing including a polycarbonate substrate, a light shielding layer, and a light transmission layer is provided. A thickness of the light transmission layer is greater than a thickness of the light shielding layer. An electronic device adopting the casing is provided.

A medium includes a base member; and a coating layer that covers at least a portion of the base member, wherein the coating layer includes a binder and thermally distensible particles, and wherein a thickness of the coating layer is smaller than a maximum-distension particle diameter of the thermally distensible particles.

A medium includes a base member; and a coating layer that covers at least a portion of the base member, wherein the coating layer includes a binder and thermally distensible particles, and wherein a thickness of the coating layer is smaller than a maximum-distension particle diameter of the thermally distensible particles.

A braille printing device includes a device body; a linear actuator with an actuator body and an actuator hammer; a liquid ejection unit, including a liquid container a resin piston, and a dispensing tube; a slidable connector with a groove; a vertical stop; a trigger switch; a slide stop member; a slide holder plate including a slide holder back portion, a slide stop member, and first and second sliding rails; and a control unit, such that the braille printing device deposits spherical domes of printing fluid on a printing substrate to form a braille text.

A transfer method of transferring an object to a target substrate by using a deformable film is provided. The method includes: a first process of forming an object on a source substrate, a second process of placing a deformable film on the source substrate on which the object is formed, a third process of embedding the object into the deformable film, a fourth process of separating an object, which is to be transferred, from the source substrate, integrating the transfer object in or on a surface of the deformable film, and separating deformable film, in which the transfer object is integrated, from the source substrate, and a fifth process of transferring the object integrated into the deformable film to a target substrate.

An image system can comprise a sheet of clear thermoplastic material formed to define an interior space configured for disposal of an image or a three-dimensional object. The sheet can comprise a substrate upon which an image can be directly printed or otherwise attached. The image system can comprise two or more panes that meet at a vertex along a corner or are oriented at an angle relative to one another. The vertex can be formed using a tool in combination with selective heating and cooling of the thermoplastic material. The image can extend across at least two of the panes. The image system can comprise a mount configured to deter theft or tampering. Connectors can be utilized to connect two or more image systems to one another.

An image system can comprise a sheet of clear thermoplastic material formed to define an interior space configured for disposal of an image or a three-dimensional object. The sheet can comprise a substrate upon which an image can be directly printed or otherwise attached. The image system can comprise two or more panes that meet at a vertex along a corner or are oriented at an angle relative to one another. The vertex can be formed using a tool in combination with selective heating and cooling of the thermoplastic material. The image can extend across at least two of the panes. The image system can comprise a mount configured to deter theft or tampering. Connectors can be utilized to connect two or more image systems to one another.