There is provided an apron according to one aspect. The apron includes a bib having a top and spaced-apart sides. The apron includes a first strap having a pair of spaced-apart ends which couple to and extend outwards from the top of the bib. The apron includes a second strap which couples to and extends between the sides of the bib. The apron includes a coupling member positioned between the sides of the bib. The coupling member slidably couples together the first strap and the second strap.

There is further provided a tie-free apron according to yet another aspect. The apron includes a bib having a top and spaced-apart sides. The apron includes a self-adjusting strap load equalizing system. The self-adjusting strap load equalizing system includes a neck-yoke strap, a back strap, and a coupling member which slidably couples together the straps.

There is provided an apron according to one aspect. The apron includes a bib having a top and spaced-apart sides. The apron includes a first strap having a pair of spaced-apart ends which couple to and extend outwards from the top of the bib. The apron includes a second strap which couples to and extends between the sides of the bib. The apron includes a coupling member positioned between the sides of the bib. The coupling member slidably couples together the first strap and the second strap.

There is further provided a tie-free apron according to yet another aspect. The apron includes a bib having a top and spaced-apart sides. The apron includes a self-adjusting strap load equalizing system. The self-adjusting strap load equalizing system includes a neck-yoke strap, a back strap, and a coupling member which slidably couples together the straps.

The present disclosure provides for a securable cover. The securable cover may comprise an outer layer. The securable cover may comprise a first portion. The securable cover may comprise a second portion. The securable cover may comprise at least one liner. The securable cover may comprise at least one attachment mechanism. The securable cover may comprise a first connector. The securable cover may comprise a second connector. The securable cover may comprise an attachable layer. The securable cover may comprise at least one internal material. When the securable cover comprises at least one internal material, the internal material(s) may be weighted.

The present disclosure provides for a securable cover. The securable cover may comprise an outer layer. The securable cover may comprise a first portion. The securable cover may comprise a second portion. The securable cover may comprise at least one liner. The securable cover may comprise at least one attachment mechanism. The securable cover may comprise a first connector. The securable cover may comprise a second connector. The securable cover may comprise an attachable layer. The securable cover may comprise at least one internal material. When the securable cover comprises at least one internal material, the internal material(s) may be weighted.

The disclosure provides a bib article and methods thereof. The article is configured to shield or cover a front side or a top part of body of a user, the bib article configured to shield or cover the front side of the body of a user comprises adjustable snaps at neck, wrist, and ankle for proper fit to a size and dimension of the body, and the bib article configured to shield or cover the top part of body of user has an opening that fits to a size and dimension of neck of the user, the top part of body being chest, top back, left shoulder and right shoulder of the user.

An assembly is disclosed, the assembly for providing release structure to a lanyard or strap adapted to be worn on the body, such as a neck strap. The release structure consists of a snap button assembly configured such that the release pull generated by tension in the strap is directed along an axis perpendicular to the closure and rotation plane of the male and female portion of the snap button assemblies. With structure to configure a release pull in such an axis, a safety feature is provided to the wearer such that tension in the strap, when it reaches a sufficient force to overcome the closure forces of the snap button assembly, will release the closed snap button and allow the strap to fall away from the body. Also, as in the case of a firefighter wearing an SCBA fire mask, it prevents the firefighter from being entangled or tethered if the strap were to get accidentally hooked or caught on something. The breakaway will allow the firefighter to continue using the mask with no interruption of breathing air from the mask. In lanyards and tool holders, those fall away from the body. In the case of a firefighter, the mask does not fall away from the body.

An assembly is disclosed, the assembly for providing release structure to a lanyard or strap adapted to be worn on the body, such as a neck strap. The release structure consists of a snap button assembly configured such that the release pull generated by tension in the strap is directed along an axis perpendicular to the closure and rotation plane of the male and female portion of the snap button assemblies. With structure to configure a release pull in such an axis, a safety feature is provided to the wearer such that tension in the strap, when it reaches a sufficient force to overcome the closure forces of the snap button assembly, will release the closed snap button and allow the strap to fall away from the body. Also, as in the case of a firefighter wearing an SCBA fire mask, it prevents the firefighter from being entangled or tethered if the strap were to get accidentally hooked or caught on something. The breakaway will allow the firefighter to continue using the mask with no interruption of breathing air from the mask. In lanyards and tool holders, those fall away from the body. In the case of a firefighter, the mask does not fall away from the body.

An apron includes a skirt configured to hang down from the waist of a wearer, a resilient spring member secured to the skirt and configured to partly extend about a waist of the wearer to hold the skirt in place at the waist of the wearer, and at least one accessory removably secured to the skirt. The resilient spring member includes a ferromagnetic material and the at least one accessory has a magnet removably secured to the resilient spring member by magnetic attraction. The accessory can be a towel, a potholder and/or the like.

An apron includes a skirt configured to hang down from the waist of a wearer, a resilient spring member secured to the skirt and configured to partly extend about a waist of the wearer to hold the skirt in place at the waist of the wearer, and at least one accessory removably secured to the skirt. The resilient spring member includes a ferromagnetic material and the at least one accessory has a magnet removably secured to the resilient spring member by magnetic attraction. The accessory can be a towel, a potholder and/or the like.

A textile barrier apparatus includes an inner layer comprising an aqueous super absorbent polymer composition (SAP) and first and second outer textile layers attached to opposite sides of the inner layer. A landfill version includes an odor neutralizer, a biocide and/or a nutrient to support vegetation. A fire barrier version has the first and second outer textile layers including water permeable membrane and a fire retardant treatment. A planting groundcover version includes a patterned thickness of SAP corresponding to a planting pattern and a nutrient to support vegetation.