A multipurpose customizable garment designed to be transformed from the form of arm-wear into other types of garments. Specifically, the multipurpose customizable garment can be converted from a top to bustier, dress by selective use of detachable sleeves and selective use of a plurality of fasteners enabling the wearer to vary the size and appearance of the garment.

A nursing cover for a user, the nursing cover including a closed loop band having a front portion and a top opening through which the user is allowed to penetrate and a plurality of flexible boning supports disposed on the front portion. The plurality of flexible boning supports provides structural integrity while the user nurses an infant underneath the front portion to prevent the nursing cover from interfering with the infant being nursed by the user, to allow better circulation of airflow for the infant underneath the nursing cover and to provide a better line of sight for the nursing mother to view her infant underneath the nursing cover.

A medical garment and components thereof are provided. The medical garment includes a top portion including a front portion, a back portion, a neck portion, and two sleeve portions, wherein the front portion is bifurcated from the neck portion to a bottom of the front portions, and wherein each of the two sleeve portions are bifurcated from the neck portion to a sleeve portion opening. The medical garment further includes a bottom portion including a waist portion, a left leg portion, and a right leg portion, wherein the left leg portion and the right leg portion are bifurcated from the waist portion to a groin portion of the lower portion, and wherein the left leg portion and the right leg portion are each bifurcated from the groin portion to a lower end of each of the left leg portion and right leg portion.

Exemplary garments may be reconfigurable into multiple closed positions. For example, in a first closed position, a first front panel of the garment may cover some or all of a second front panel; while in a second closed position, the second front panel may cover some or all of the first front panel. The first front panel and the second front panel may be releasably fastened together in both the first closed position and the second closed position.

A wearable airfoil for reducing aerodynamic drag. The wearable airfoil includes a garment, the garment including at least an anchor unit adapted to receive a fastening means of an airfoil element, characterized in that the anchor unit includes adjusting means capable to adjust a tension of an edge of the airfoil element by at least controlling an effective length of the edge.

A fastener system for clothing and other personal items is disclosed. The fastener system uses a combination of materials to form elements that can be adapted to different fastening applications. A first component of the system includes two members. The first member has an aperture for accommodating a T-shaped attachment member and a button. The second member has a T-shaped attachment member that fits through the aperture and rotates sideways to prevent passing backward through the aperture. The second member also has a strap for securing the attachment member against the aperture by attaching the strap to the button. A second component of the system includes a button with an enlarged head and base, and a flexible washer that fits over the head of the button. Fabric of an article to be secured may be laid over the head of the button and secured around the head of the button using the washer.

A protective garment, including a double protective garment, for working in radioactive, nuclear, and/or toxic environments, wherein the main body has a rear surface and the rear surface comprises a reversible opening which is adapted to allow a SCBA (self-contained breathing apparatus) tank to be removed and replaced while the user continues to wear the protective garment. The reversible opening can be a zipper, including a double zipper. The protective garment is formed of a tri-laminate 30/30/30 water resistant barrier fabric. The garment can be incinerated so as to provide a disposable, one time use coverall particularly adapted for use in nuclear/radioactive environments. The coverall provides integrated elements for water resistance (i.e., splash resistant), breathable, comfortable contamination protection with a high volume of water vapor transfer which can mitigate worker heat stress. It is adapted for use with various types of breathing apparatuses, included external air lines, back-mounted SCBAs, and emergency breathing bottles or apparatuses. Air tanks and bottles are covered by the garment and thus do not need to be decontaminated. The garment also can include elements for use with air sampling devices and/or dosimetry equipment that are often worn by such workers.

An adaptive clothing apparatus designed for assisting persons with impaired mobility and/or impaired cognitive function includes a plurality of panels for covering the wearer's torso. The intuitive apparatus includes a front panel having attached thereto a wrapping panel, being a posterior torso encapsulator (PTE) panel, and a receiving panel. The PTE panel is equipped with dual fastening systems, being a side torso fastening system positioned in a lower section of the PTE panel and a shoulder fastening system positioned in an upper section of the PTE panel. The asymmetrical design of the apparatus allows the side torso fastening system to be positioned along the side of the user's torso forward of the user's axilla, such that the apparatus can be secured around a wearer by a care provider without difficulty, and without causing injury to the wearer, whether the wearer is in a standing, sitting, or lying position.

The embodiments herein achieve a system including a first mobile device; a second mobile device; a garment device; and a control unit. The garment device includes a first connection unit formed in a first area corresponding to a position on which the first mobile device is worn, a second connection unit formed at a position on which the second mobile device is worn, and a fabric cable electrically connected with the first connection unit and the second connection unit. Further, the control unit is configured to control one of a charging of the second mobile device from the first mobile device, and a charging of the first mobile device from the second mobile device based on a charging direction, wherein the charging direction is determined based on a battery information of one of the first mobile device and the second mobile device.

Apparatus includes a coverall garment having a waist section, and is configured to be worn by a range of users, in which users each respectively have a waist region defining a corresponding respective circumferential waist size. First spaced-apart belt loops are circumferentially affixed to the waist section of the coverall garment, and are configured to selectively receive a belt for a first user which has a first user vertical height that ranges within a first user vertical height range. Second spaced-apart belt loops are positioned relative to the first spaced-apart belt loops, and are circumferentially affixed to the waist section of the coverall garment. The second spaced-apart belt loops are configured to selectively receive the belt for a second user which has a second user vertical height that ranges within a second user vertical height range.