A system allows a user to create new designs for apparel and preview these designs before manufacture. Software and lasers are used in finishing apparel to produce a desired wear pattern or other design. The system provides updating an image provided by the user, with apparel designed by the user.

A system allows a user to create new designs for apparel and preview these designs before manufacture. Software and lasers are used in finishing apparel to produce a desired wear pattern or other design. The system guides how the user is allocating apparel items in the system, including feedback on what the user may like to change.

A system allows a user to create new designs for apparel and preview these designs before manufacture. Software and lasers are used in finishing apparel to produce a desired wear pattern or other design. The system guides how the user is allocating apparel items in the system, including feedback on what the user may like to change.

A matrix for fabric includes engaging portions and decorating portions. The engaging portions are disposed over a 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 include eyelets, each of which being fixed to the hole at an external perimeter of the eyelet.

A matrix for fabric includes engaging portions and decorating portions. The engaging portions are disposed over a 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 include eyelets, each of which being fixed to the hole at an external perimeter of the eyelet.

A method of printing and processing a fabric having first material yarns forming a technical front, and second material yarns forming a technical back, first and second material yarns being held together by a ground; carding and polishing the technical front to increase the permeability of the fabric; printing an image on the technical front of the fabric, so that ink from the printing process penetrates to the ground of the fabric; brushing and napping the technical back, after the printing process, so that ink from the technical front is pulled through the ground to the technical back, so that a mirror image of the image from the technical front is formed on the technical back.

A method of printing and processing a fabric having first material yarns forming a technical front, and second material yarns forming a technical back, first and second material yarns being held together by a ground; carding and polishing the technical front to increase the permeability of the fabric; printing an image on the technical front of the fabric, so that ink from the printing process penetrates to the ground of the fabric; brushing and napping the technical back, after the printing process, so that ink from the technical front is pulled through the ground to the technical back, so that a mirror image of the image from the technical front is formed on the technical back.

The present invention relates to a tenter system having a function of automatically correcting a fabric on the basis of an image, and a method therefor, and the tenter system includes a tenter machine, an introduced-fabric design pattern correction unit provided behind the tenter machine and configured to correct the introduced-fabric design pattern of an input fabric introduced into the tenter machine, a first scanning unit provided in front of the tenter machine and configured to scan the design pattern of a discharged fabric discharged from the tenter machine to acquire a discharged-fabric design pattern image, and a central processing unit configured to communicate with the introduced-fabric design pattern correction unit and the first scanning unit.

The present invention relates to a tenter system having a function of automatically correcting a fabric on the basis of an image, and a method therefor, and the tenter system includes a tenter machine, an introduced-fabric design pattern correction unit provided behind the tenter machine and configured to correct the introduced-fabric design pattern of an input fabric introduced into the tenter machine, a first scanning unit provided in front of the tenter machine and configured to scan the design pattern of a discharged fabric discharged from the tenter machine to acquire a discharged-fabric design pattern image, and a central processing unit configured to communicate with the introduced-fabric design pattern correction unit and the first scanning unit.

Disclosed is a two part device for the use of shaping and styling garments such as t-shirts. The bottom device is a solid plastic unit which is rigid on the outside edge and gets thinner towards the inside of the unit forming the plurality of members which, because of the thinness of the plastic, the members become flexible. The inner plurality of integrally formed flexible inner members are spaced apart with an opening that allows the garment fabric to be pulled through and held securely in place. The top device, a solid unit made of elastomeric plastic, fits over top of the bottom device and snaps in place to hide the garment fabric and add style to the garment. The top device is not needed to hold the garment fabric in place but rather is used as a decorative unit to add style to the garment.