Athletic garments having thermogenic, non-slip interior lining at selected locations to provide structural support, provide a thermogenic effect to the user, and to render the garment non-slipping. The garments may be leggings, shirts, shorts, bras or other garments and may be manufactured of nylon with lycra or other materials, with the lining manufactured of silicone, rubber, latex or plastic.

A system for use in personal fitness can include: an article of clothing configured to be worn by a user during a personal fitness session, the article of clothing having a fabric layer and at least one weighted portion formed by either or both polyurethane (PU) and thermoplastic polyurethane (TPU) printed on the fabric layer; an electronic device having a processor; and a communication unit integrated with the article of clothing and configured to interact with the electronic device, wherein the communication unit includes a near field communication (NFC) device or a QR code, and further wherein the processor is configured to launch a personal fitness application responsive to the user interacting with the NFC device or QR code.

Disclosed is a garment, particularly a sports garment, including at least two pieces of fabric assembled to each other by a first weak seam arranged so as to give in the event of traction applied to one of the pieces of fabric so as to allow the separation of the pieces. The at least two pieces of fabric are also assembled by at least one second seam, called a strong seam, which is more solid than the first seam and arranged so as not to give in the event of traction applied to one of the pieces of fabric, and so as to become completely undone by pulling on one of the threads forming the seam so that it no longer joins the at least two pieces of fabric.

A textile laminate includes a first side, a second side, and a plurality of spaced apart marks formed on the first side. The plurality of marks formed on the first side impart a roughened, uneven surface along the second side that corresponds with the first side, and a surface roughness of the second side varies based upon a degree of stretch applied to the textile laminate.

An improvement in the field of fabrics, wherein the fabrics provide improvements such as weighted regions (20) and grip locations (40). Currently, wearable weights are very limited in many ways such as, but not limited to, placement of the weights, fit of wearable weight to the user's body, sustained placement of the wearable weight during athletic use. The fabric (10) provides a solution to this problem by allowing the integrating the weights and other features into the material of any article of clothing or similar fabric object. The fabric (10) affords the user the comfort, flexible and other advantages typical of athletic clothing along with added benefits of weight training. Further, the grip locations (40) provide surface friction for athletic applications such as, but not limited to, fitness workouts and yoga. The principal use of the fabric (10) is as an article of clothing.

An upper body of a garment prevents a wearer from moving a shoulder forward to put an arm in front of the trunk. The upper body of the garment has a body with a left sleeve and a right sleeve. The body includes a rear body with a left armhole on the left side and a right armhole on the right side. A portion between the armholes exerts a tensile force to pull the shoulder blades of a wearer horizontally inward. The left sleeve includes a rear surface with a left sewn portion sewn to the left armhole. The left sewn portion is narrower in horizontal width than the deepest portion of the left armhole before a rear surface of an upper end of the left sleeve is sewed to the left armhole. The right sleeve is similar.

The present invention is garments, articles of clothing, and body equipment systems having a bladder system for providing better fit of garments, articles of clothing, and body equipment systems to certain applicable body part(s) or area(s) of a user during use, and for providing greater support, comfort and/or stability to certain applicable body part(s) or area(s) of a user during use. As a non-limiting example, the present invention is compression garments having a clothing component and a bladder system, compression articles of clothing having a clothing component and a bladder system, and also to compression body equipment systems having a bladder system for providing better fit of compression garments, compression articles of clothing, and compression body equipment systems to certain applicable body part(s) or area(s) of a user during use, and for providing greater support, comfort and/or stability to certain applicable body part(s) or area(s) of a user during use.

Disclosed is a compression and/or contention garment for lymphoedema treatment, the garment including a main body made of a compression textile. The garment has at least a first targeted area, in which the garment includes at least one layer of reinforcement textile, and at least a second targeted area, in which the garment includes at least one layer of contention textile.

A garment includes: a plurality of distinct regions, each region corresponding to a body part or type of body part of a wearer when worn; and a plurality of visual indicia, each of the visual indicia having at least one unique visual characteristic. Each of the plurality of visual indicia is located at a corresponding one of the plurality of distinct regions. At least one secondary visual characteristic of each of the indicia is associated with the corresponding distinct region.

The J-Sleeve System provides a system for collecting and analyzing data from the athletic performance of an athlete to provide feedback and advice on preferred movements to produce increased accuracy and efficient in the performance of the athlete and to improve understanding of the competitive landscape. Users would wear the J-sleeve on their arm during workouts, games, back yard skill sessions for which data is desired for analysis with JSS to improve efficiency and performance of user. JSS uses data and artificial intelligence to improve the efficiency of the athletes and their athletic performance. JSS capabilities include athletic movement form replay and accuracy, movement location tracking, fatigue level tracking, social sharing and competition, and a virtual clipboard for developing plays and positioning, and video game integration. The virtual clipboard allows users to draft optimal plays using data to determine the user with the best chance of success.