Aspects are directed to printing a garment and include a method having steps of providing a fabric panel containing polyester, applying an ink layer to a first area of the fabric panel, curing the ink layer, and applying a sublimation dye to the first area and a different second area of the fabric panel. Application of the sublimation dye causes the first area and the second area to have different color saturations. Other aspects include a garment with a fabric panel containing polyester that has a first surface with a first area and a different second area. The garment also includes an ink layer on the first surface and located at the first area and a sublimation dye absorbed by a portion of the fabric panel at the second area and on a surface of the ink layer at the first area.

A textile fabric has a pattern which is appeared when moisture makes contact with the textile fabric. A method of manufacturing the textile fabric includes coating hygroscopic softener on the textile fabric, printing a predetermined pattern on a surface of the textile fabric by pressing a roller on which the predetermined pattern is embossed, and a water-repellent solution is coated on a surface of the predetermined pattern, and drying the textile fabric.

A textile fabric has a pattern which is appeared when moisture makes contact with the textile fabric. A method of manufacturing the textile fabric includes coating hygroscopic softener on the textile fabric, printing a predetermined pattern on a surface of the textile fabric by pressing a roller on which the predetermined pattern is embossed, and a water-repellent solution is coated on a surface of the predetermined pattern, and drying the textile fabric.

A matrix for fabric is provided, comprising a engaging portions and decorating portions. The engaging portions are disposed over a specific surface area of the fabric. The decorating portions are installed at the engaging portions. The decorating portions form letters or patterns on the specific surface area of the fabric. The engaging portions may be aligned so as to form a lattice. Eyes of the lattice may be triangular, rectangular, or hexagonal. Each of the engaging portions may have a hole through the fabric. The engaging portions may comprise eyelets, each of which being fixed to the hole at an external perimeter of the eyelet. Each of the decorating portions may comprise a string, and the string may be queued through or tied at some of the eyelets, so as to form the letter or pattern.

A matrix for letters and patterns on fabric is provided. The matrix comprises holes, edge portions, and decorating portions. The holes are disposed in a matrix form, and each of them is provided through the fabric. Each of the edge portions is installed at one of the holes. Each of the decorating portions is detachably attached to one of the edge portions. The holes and the edge portions may be combined so as to form engaging portions. Another matrix for letters and patterns on fabric may be provided, and the matrix comprises holes, each of which being provided through the fabric, disposed in a matrix form. Each of the holes comprises a vertical slit portion, a top end portion of warps, and a bottom end portion of warps. The matrix may comprise two side dot portions disposed on both sides of each of the vertical slit portions.

A matrix for letters and patterns on fabric is provided. The matrix comprises holes, edge portions, and decorating portions. The holes are disposed in a matrix form, and each of them is provided through the fabric. Each of the edge portions is installed at one of the holes. Each of the decorating portions is detachably attached to one of the edge portions. The holes and the edge portions may be combined so as to form engaging portions. Another matrix for letters and patterns on fabric may be provided, and the matrix comprises holes, each of which being provided through the fabric, disposed in a matrix form. Each of the holes comprises a vertical slit portion, a top end portion of warps, and a bottom end portion of warps. The matrix may comprise two side dot portions disposed on both sides of each of the vertical slit portions.

The present invention can combine fabrics in a seamless manner by forming at least one bonding pattern line by a process comprising: printing and drying a heat-reactive adhesive on the inner surface of an inner fabric, and/or an outer fabric or an optional mesh material in a predetermined pattern, laminating said inner fabric, optional reinforced material and outer fabric, and then high-frequency heating them under pressing with a pressing pattern the same as the printing pattern to bond the inner fabric, and outer fabric.

Since the present invention combines fabrics by employing a high-frequency bonding manner in which a heat-reactive adhesive is used, it is possible to combine fabrics in a seamless manner with a bonding pattern line which is composed of a bonding line with excellent adhesiveness and durability and an aesthetically excellent pattern line with a good clearness and finishing quality.

Provided herein is a composition for digital burnout of a fabric, comprising a fiber-selective burnout agent and a carrier, being formulated for ejection from inkjet machinery. Also provided are a process, a machine and an algorithm for using and deploying the composition for digital burnout of a fabric.

An object of the present invention is to provide a gas diffusion electrode substrate that can facilitate both the supply of a reaction gas to a gas diffusion electrode and discharge of water as a reaction product. The present invention provides a gas diffusion electrode substrate including a carbon fiber nonwoven fabric having 30/cm.sup.2 to 5000/cm.sup.2 discontinuous protrusions dispersedly formed on at least one surface thereof, and a water repellent imparted to the carbon fiber nonwoven fabric.

An object of the present invention is to provide a gas diffusion electrode substrate that can facilitate both the supply of a reaction gas to a gas diffusion electrode and discharge of water as a reaction product. The present invention provides a gas diffusion electrode substrate including a carbon fiber nonwoven fabric having 30/cm.sup.2 to 5000/cm.sup.2 discontinuous protrusions dispersedly formed on at least one surface thereof, and a water repellent imparted to the carbon fiber nonwoven fabric.