18063009. DIGITALLY PRINTED DECORATIVE SURFACE FABRICATION AND METHODS THEREOF simplified abstract (THE BOEING COMPANY)

DIGITALLY PRINTED DECORATIVE SURFACE FABRICATION AND METHODS THEREOF

Organization Name

THE BOEING COMPANY

Inventor(s)

Jason W. Drexler of Everett WA (US)

Lloyd Layton Womack, Ii of Kirkland WA (US)

Stephanie Iris Metting of Seattle WA (US)

John Christopher Wilde of Mill Creek WA (US)

Nathan T. Braaten of Marysville WA (US)

Edward Greene of Charleston SC (US)

Kjersta Larson-smith of Seattle WA (US)

DIGITALLY PRINTED DECORATIVE SURFACE FABRICATION AND METHODS THEREOF - A simplified explanation of the abstract

This abstract first appeared for US patent application 18063009 titled 'DIGITALLY PRINTED DECORATIVE SURFACE FABRICATION AND METHODS THEREOF

Simplified Explanation

The patent application describes a method for digitally printing a decorative surface material onto an interior panel, such as a wall covering for an aerospace vehicle. The process involves printing a design onto a substrate, curing the print material, applying adhesive to the back of the print, and then affixing it to the panel.

• The method involves printing a decorative surface material onto a substrate using a digital printer.
• The print material can include a visible or variable image, or a textured surface.
• An adhesive is applied to the back of the decorative print before it is attached to an interior panel.
• The substrate may contain flame barrier material, aluminum, or fiberglass.

Key Features and Innovation

• Digital printing of decorative surface materials onto interior panels.
• Use of variable images or textured surfaces in the print material.
• Application of adhesive to the back of the print for easy installation.
• Incorporation of flame barrier material, aluminum, or fiberglass in the substrate.

Potential Applications

The technology can be used to create decorative interior panels for aerospace vehicles, such as wall coverings. It can also be applied in other industries where customized decorative surfaces are needed.

Problems Solved

This method streamlines the process of creating and installing decorative interior panels by using digital printing technology. It allows for easy customization and quick application of decorative prints onto panels.

Benefits

• Faster and more efficient production of decorative interior panels.
• Customizable designs and textures for a variety of applications.
• Enhanced aesthetics and visual appeal in aerospace vehicles and other settings.

Commercial Applications

• Aerospace industry for interior panel decoration.
• Interior design and architecture for customized wall coverings.
• Commercial spaces for branded decor elements.

Prior Art

There may be prior art related to digital printing technologies for decorative surfaces and interior panels. Researchers can explore patents and publications in the field of digital printing and interior design.

Frequently Updated Research

Researchers may find new developments in digital printing technologies, adhesive materials, and flame barrier materials that could enhance the efficiency and quality of decorative surface printing processes.

Questions about Digital Printing of Decorative Surface Material

What are the key advantages of using digital printing for decorative surface materials?

Digital printing offers the ability to create customized designs, variable images, and textured surfaces with high precision and detail, making it ideal for producing unique and visually appealing decorative panels.

How does the application of adhesive to the back of the decorative print improve the installation process?

Applying adhesive to the back of the decorative print simplifies the installation process by allowing for easy attachment to interior panels without the need for additional tools or materials.

Original Abstract Submitted

A method for digitally printing a decorative surface material is disclosed, including providing a substrate to a digital printer, printing a print material onto a top surface of the print substrate, and curing the print material. The method also includes applying an adhesive to a back surface of the decorative print and applying the decorative print to an interior panel. The print material includes a visible or variable image, or a textured surface. The decorative surface material may provide a decorative interior panel for an aerospace vehicle, such as a wall covering. The substrate may include a flame barrier material, aluminum, or fiberglass.