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.

There is disclosed an attachment for facilitating positioning of a pliable or flexible line such that said line extends over at least one object, the attachment being removably attachable to a free end of said line and being able, when so attached, to be thrown so as to carry the end over the object(s) whereby said positioning is effected.

Various mechanical closure systems and securing systems are disclosed, such as snowboard bindings and car rack systems. The systems include a mechanically reformable strap. The strap includes a wire disposed along a longitudinal axis of the strap. The wire maintains the strap in a desired geometry that is different from a previous geometry of the strap. In other embodiments, a wire-core strap can include transverse ridges, holes, or other types of grooves or apertures.

A novel way of attaching a safety strap to a hand tool where the hand tool does not have a readily available means of connecting such a strap. In one aspect of the disclosure, a rubber sleeve is stretched over a removable core that is then placed over the hand tool and the safety strap such that the strap is between the sleeve and an anchor surface. The rubber sleeve is then released from the core, and the safety strap is held securely by the constricting rubber sleeve.

Various mechanical closure systems and securing systems are disclosed, such as snowboard bindings and car rack systems. The systems include a mechanically reformable strap. The strap includes a wire disposed along a longitudinal axis of the strap. The wire maintains the strap in a desired geometry that is different from a previous geometry of the strap. In other embodiments, a wire-core strap can include transverse ridges, holes, or other types of grooves or apertures.

A strap member includes a first primary strap including a first notch formed along its inner edge and a second primary strap includes a second notch formed along its inner edge, the first notch and second notch defining a recess in the strap member. An intersection point positioned within the recess is at an intersection of lines being one of collinear and tangential with portions of the inner edges of the first and second primary straps. An elastic member extends between the first primary strap and the second primary strap.

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.

A multi-component binding-strap fastener for binding volumetric objects with a strap tension a strap around the volumetric objects is described. The strap may engage the binding-strap fastener by bending an end of the strap to secure the strap through a plurality of apertures in the binding-strap fastener, by friction, by pressure, by any combination of the foregoing, or other suitable manner. A binding-strap fastener may lock in a closed position using a locking device, such as an over-center mechanism, a retaining clip, or a strap-engaging portion. The A binding-strap fastener has a hinge located thereon between a first end of the binding-strap fastener and a second end of the binding-strap fastener, where the axis of rotation is coincident with the hinge and the axis of rotation is located above the volumetric object.

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.