A harness system for adjusting support of a garment is provided herein. The garment with a harness system includes a body and a liner having harness straps. The harness straps slide through openings in shoulder straps of the body. The harness straps are then laced through a series of maintainers in the back of the body. The harness straps having terminally-located tabs that may be pulled from the back of the body toward the front of the body and affixed thereto. The placement of the tabs, when pulled toward the front of the body and attached thereto, determines the fit and support of the garment. By manipulating the tabs of the harness system, a wearer may adjust the length of the harness straps, back and posture support, and the lift provided by the liner. The harness system creates a customizable fit and support level.

An apparel system including a base layer component and a vest component that safely may be worn by a child in a child safety seat with a five-point harness (including convertible, combination, and forward facing with a harness). This may provide warmth for the child while transitioning from indoors to the vehicle and while traveling in the car. This apparel system also may provide protection from the elements should the child be involved in a vehicle accident. The apparel system may include a vest component, such as with a hood, that may be worn over the base layer, such as a jacket, to provide added warmth for outdoor activities. In embodiments, the vest component may not be intended to be worn, and in embodiments should not be worn, while the child is in the child safety seat. This system may be safe, versatile, and convenient.

The present invention relates to a full sleeve thermal winter apparel for a person including, an enveloping torso portion configured to cover a portion of a torso of the person; an opening for a head of the person to extend out of when the full sleeve thermal winter apparel is worn by the person; a right sleeve comprising a top end; a bottom end; an outer surface and a lower surface; a left sleeve comprising a top end; a bottom end; an outer surface and a lower surface; a means for covering hands of the person; at least one envelope for concealing the means for covering hands of the person; a means for covering the head of the person; and at least one pocket for placing the means for covering the head of the person.

The present invention relates to a full sleeve thermal winter apparel for a person including, an enveloping torso portion configured to cover a portion of a torso of the person; an opening for a head of the person to extend out of when the full sleeve thermal winter apparel is worn by the person; a right sleeve comprising a top end; a bottom end; an outer surface and a lower surface; a left sleeve comprising a top end; a bottom end; an outer surface and a lower surface; a means for covering hands of the person; at least one envelope for concealing the means for covering hands of the person; a means for covering the head of the person; and at least one pocket for placing the means for covering the head of the person.

A method for manufacturing of garments comprises the steps of obtaining a pattern of a garment, cutting at least one fabric according to the pattern into a plurality of fabric pieces, attaching the plurality of fabric pieces together to create an unfinished garment, and forming a final garment by pleating the unfinished garment. The pleating step creates at least one one-way pleated element and at least one two-way pleated element in the final garment. Pleats of the at least one one-way pleated element and pleats of the at least one two-way pleated element are created without securing the pleats in place.

A method for manufacturing of garments comprises the steps of obtaining a pattern of a garment, cutting at least one fabric according to the pattern into a plurality of fabric pieces, attaching the plurality of fabric pieces together to create an unfinished garment, and forming a final garment by pleating the unfinished garment. The pleating step creates at least one one-way pleated element and at least one two-way pleated element in the final garment. Pleats of the at least one one-way pleated element and pleats of the at least one two-way pleated element are created without securing the pleats in place.

A garment protector for protecting an outer garment from perspiration, body oils, and the like includes a chest strap configured to wrap around an upper part of a torso of a wearer adjacent to armpits of the wearer. The garment protector includes first and second absorbers attached to the strap and configured to be held at the armpits of the wearer by the strap. The under garment further includes a first arm strap attached to the first absorber and configured to wrap around a first arm of the wearer, and a second arm strap attached to the second absorber and configured to wrap around a second arm of the wearer.

A lower-body garment that includes a detachable portion which allows the wearer to easily perform personal/biological needs without removing the garment. The lower-body garment includes a front panel, a detachable rear panel, a waistband, and a crotch panel. The front panel and the detachable rear panel each include a top edge, a first lateral edge, and a second lateral edge. The crotch is connected in between the front panel and the detachable rear panel. The front panel is connected to the waistband along the top edge of the front panel. The detachable rear panel is attached to the front panel. Specifically, a first fastening mechanism is connected along the first lateral edge of the front panel and the detachable rear panel. A second fastening mechanism is connected along the second lateral edge of the front panel and the detachable rear panel. The fastening mechanisms allow for easy detachment.

Software and lasers are used in finishing apparel to produce a desired wear pattern or other design. A technique includes using machine learning to create or extract a laser input file for wear pattern from an existing garment. Machine learning can be by a generative adversarial network, having generative and discriminative neural nets. The generative adversarial network is trained and then used to create a model. This model is used generate the laser input file from an image of the existing garment with the finishing pattern. With this laser input file, a laser can re-create the wear pattern from the existing garment onto a new garment.

Software and lasers are used in finishing apparel to produce a desired wear pattern or other design. A technique includes using machine learning to create or extract a laser input file for wear pattern from an existing garment. Machine learning can be by a generative adversarial network, having generative and discriminative neural nets. The generative adversarial network is trained and then used to create a model. This model is used generate the laser input file from an image of the existing garment with the finishing pattern. With this laser input file, a laser can re-create the wear pattern from the existing garment onto a new garment.