Abstract: Goggles are disclosed. As one example, a goggle includes a lens frame, at least one lens coupled to the lens frame, a first plurality of magnetic elements coupled to an inner surface of the lens frame, a goggle frame having a side portion, a second plurality of magnetic elements coupled to the goggle frame, and a mechanical clasp comprising a slider and a retention member, wherein the slider is at least partially disposed within the side portion, wherein the retention member extends from the inner surface of the lens frame, wherein the slider is configured to translate relative to the side portion between a first position and a second position, wherein the slider comprises an opening configured to receive the retention member, wherein the slider is configured to eject the retention member when the slider is translated from a first position to a second position.

Abstract: Business forms comprises control bond adhesive and methods of making and using same. A method of making a business form includes using a control bond adhesive created by mixing: (i) a first quantity of an adhesive; (ii) a second quantity of water; (iii) a third quantity of gypsum; and (iv) a fourth quantity of fumed silica. The method includes removably securing a first portion of said business form to a second portion of said business form.

Abstract: A wristband and label form. The form comprises a first portion having a plurality of releasable labels die cut therein and a second portion having a wristband formed of a single ply. The wristband is releasably secured to the second portion and has a first panel and a second panel. The first panel has a printable area comprising printable coating. The printable area is accessible through the void and is configured to receive indicia from a printer through the void while the wristband is releasably secured to the second portion. Upon removal of the wristband from the second portion, the second panel is foldable over the first panel to laminate the printable area.

Abstract: A helmet comprises a protective shell, an energy absorbing layer defining an inner surface of the helmet and a shear component. The shear component extends over one or more areas of the inner surface of the helmet and has an outer surface removably coupled to the inner surface of the helmet. The shear component has a distal inner surface configured to contact a wearer's head, or to support and retain a separate comfort pad configured to contact the wearer's head. In response to an oblique impact to the helmet, the shear component undergoes internal shear to allow displacement between the helmet and the wearer's head.

Abstract: A helmet comprises an outer shell, an outer liner positioned inside of the outer shell, an inner liner positioned inside of the outer liner, at least one displacement device positioned between the inner liner and the outer liner, and at least one helmet coupler that couples at least the outer liner and the inner liner together. The coupler comprises a first head positioned in a first recess in the outer liner, and a second head positioned in a second recess in the inner liner. A coupler post extends through the outer liner and the inner liner to interconnect the first head and the second head. The displacement device produces a damped shear action in response to relative movement of the inner liner and the outer liner. The helmet coupler permits the relative movement and keeps the outer liner and the inner liner coupled together.

Abstract: A helmet comprises an outer shell with an energy absorbing layer positioned inwardly thereof, a connector receiver mounted in the energy absorbing layer, a helmet fit pad assembly positioned inwardly of the energy absorbing layer and a fit pad connector. The connector receiver has a body and a receiver opening defined in the body and facing inwardly. The helmet fit pad assembly has a shear action displacement device and a fit pad positioned inwardly thereof. The helmet fit pad assembly has a bore aligned with the receiver opening in the connector receiver. The fit pad connector has a head, a body extending from the head and a distal end. The distal end is insertable through the bore and into the receiver opening in the connector receiver to movably couple the helmet fit pad assembly to the energy absorbing layer.

Abstract: A helmet comprises a protective shell, an energy absorbing layer defining an inner surface of the helmet and a shear component. The shear component extends over one or more areas of the inner surface of the helmet and has an outer surface removably coupled to the inner surface of the helmet. The shear component has a distal inner surface configured to contact a wearer's head, or to support and retain a separate comfort pad configured to contact the wearer's head. In response to an oblique impact to the helmet, the shear component undergoes internal shear to allow displacement between the helmet and the wearer's head.

Abstract: A helmet comprises an outer shell, an outer liner positioned inside of the outer shell, an inner liner positioned inside of the outer liner, at least one displacement device positioned between the inner liner and the outer liner, and at least one helmet coupler that couples at least the outer liner and the inner liner together. The coupler comprises a first head positioned in a first recess in the outer liner, and a second head positioned in a second recess in the inner liner. A coupler post extends through the outer liner and the inner liner to interconnect the first head and the second head. The displacement device produces a damped shear action in response to relative movement of the inner liner and the outer liner. The helmet coupler permits the relative movement and keeps the outer liner and the inner liner coupled together.

Abstract: A helmet comprises a protective shell, an energy absorbing layer defining an inner surface of the helmet and a shear component. The shear component extends over one or more areas of the inner surface of the helmet and has an outer surface removably coupled to the inner surface of the helmet. The shear component has a distal inner surface configured to contact a wearer's head, or to support and retain a separate comfort pad configured to contact the wearer's head. In response to an oblique impact to the helmet, the shear component undergoes internal shear to allow displacement between the helmet and the wearer's head.

Abstract: A wristband and label form. The form comprises a first portion having a plurality of releasable labels die cut therein and a second portion having a void and a wristband formed of a single ply. The wristband is releasably secured to the second portion and has a first panel and a second panel. The first panel has a printable area comprising printable coating. The printable area is accessible through the void and is configured to receive indicia from a printer through the void while the wristband is releasably secured to the second portion. Upon removal of the wristband from the second portion, the second panel is foldable over the first panel to laminate the printable area.

Abstract: A combination wristband and label form. The form has a front sheet and a back sheet. The front sheet has a void. The back sheet has a wristband die cut therein and separable therefrom. The wristband has a printable portion and a laminating portion. The printable portion is coated with ink that faces away from the back sheet. The wristband is devoid of paper. The printable portion is configured to be printed through the void while the wristband is attached to the combination wristband and label form.

Abstract: A business form comprises a first portion and a second portion adhesively secured to the first portion via a control bond adhesive. The control bond adhesive is a mixture comprising: between about 1 kg and 2 kg of a flexible adhesive; between about 1 kg and 2 kg of water; between about 12 g and 16 g gypsum, and between about 13 g and 23 g fumed silica.