Abstract: One or more implementations of a multi-film thermoplastic bag with a grab zone of contact areas positioned in a high-touch area of the bag. For example, the multi-film thermoplastic bag includes one or more regions of a first film in contact with a second film at one or more contact areas. The grab zone regions of one or more contact areas are located in visible and high-touch areas to provide visual and tactile cues of strength and durability. Moreover, the grab zone regions of one or more contact areas serve to distribute pull and lift forces across a wider area in order to avoid common failures in high-touch areas such as over stretching, punctures, tears, and rips.

Abstract: A thermoplastic bag includes duplicative seals. In particular, in one or more implementations, a thermoplastic bag includes a first seal and at least a second seal reinforcing the same area of the thermoplastic bag. For instance, in one or more implementations, the thermoplastic bag includes multiple seals along each side edge or along the hem. If one seal fails, the other seal(s) can remain in place to prevent leaks. Thus, the duplicative seals of the thermoplastic bag can provide reinforced strength and desired aesthetics.

Abstract: Thermoplastic bags with phased deformation patterns are described. In particular, one or more implementations comprise thermoplastic bags with ring rolling, SELFing, or other deformation patterns phased or aligned relative to the sides of the bags. The phased deformation patterns can allow for reducing or eliminating deformation patterns in areas of the thermoplastic bag in which side seals or other seals are formed. Additionally or alternatively, the phased deformation patterns can provide for zones that provide differing properties (e.g., functional or aesthetic). Such zones can vary aligned along a width of the thermoplastic bag and optionally also vary along a height of the thermoplastic bag. The differing zones can provide the thermoplastic bags with phased deformations that provide leak prevention, liquid containment, and other benefits.

Abstract: There is provided a gaming system, gaming machine, and method that utilize an electronic display device configured to display a set of symbol-bearing reels. In a reel spin, the set of reels are spun and stopped to randomly place symbols in an array. In response to one or more triggering conditions, game-logic circuitry performs a replay or rewind operation. In one type of replay operation, a subset of the reels are held while the remaining reels are respun to potentially improve the outcome of that spin. In another type of replay operation, the game-logic circuitry conducts a series of initial spins and then conducts an additional spin for each initial spin that yielded a losing outcome.

Abstract: A site-selectable, helmet-installable load-cushioning pad structure employable inside a helmet shell as a part of a plural-spaced-pad distribution featuring a compressible viscoelastic foam core which resists rapid, but not slow-movement, compression. Associated methodology includes the steps of providing such a structure for installation inside the shell of a helmet, and pre-arming the core of that structure with a load-response characteristics which (a) resists sudden-movement, rapid compression, yet (b) offers less resistance to slow-movement compression. An encapsulating moisture barrier layer may be provided around the foam core.

Abstract: A moisture-barriered, body-contact protective interface structure including a core, viscoelastic, acceleration-rate-sensitive cushioning structure, and a moisture-barriering container surrounding the cushioning structure, with the container being operable to block the flow of moisture while accommodating gas breathability for the cushioning structure.

Abstract: A stretchable-adjustable, cushioning helmet insert employable in the hollow, domed interior of a helmet shell. The insert includes a generally domed cap formed of a reversibly stretchable fabric, and adapted for installation within the interior such a shell, and cushioning structure in the form of plural, spaced cushioning pads positionally affixed to the inside of the cap in a manner whereby expansion and contraction of the cap causes spatial retreat and closure, respectively, of the spacings existing between each pad and its neighboring pads. This insert accommodates proper-fit the “insertion”, into a single-size helmet shell, of the different “effective” head sizes associated with a single user, such as a firefighter, who may, at certain times, be wearing no other headgear, and at other times, may be wearing auxiliary (and somewhat bulky) head-borne equipment, such as an oxygen mask.

Abstract: A topographically self-stabilizing, dynamic pressure-evenizing, pressure-applying, anatomical dressing which includes a pressure-applying, acceleration-rate-sensitive, temperature and pressure responsive, cushioning layer which responds during a bandaging situation, both statically and dynamically, to maintain relatively uniform all-over pressure beneath it, and against the surface of a site, such as a surgical wound site.

Abstract: A stretchable-adjustable, cushioning helmet insert employable in the hollow, domed interior of a helmet shell. The insert includes a generally domed cap formed of a reversibly stretchable fabric, and adapted for installation within the interior such a shell, and cushioning structure in the form of plural, spaced cushioning pads positionally affixed to the inside of the cap in a manner whereby expansion and contraction of the cap causes spatial retreat and closure, respectively, of the spacings existing between each pad and its neighboring pads. This insert accommodates proper-fit the “insertion”, into a single-size helmet shell, of the different “effective” head sizes associated with a single user, such as a firefighter, who may, at certain times, be wearing no other headgear, and at other times, may be wearing auxiliary (and somewhat bulky) head-borne equipment, such as an oxygen mask.

Abstract: A topographically self-stabilizing, dynamic pressure-evenizing, pressure-applying, anatomical dressing which includes a pressure-applying, acceleration-rate-sensitive, temperature and pressure responsive, cushioning layer which responds during a bandaging situation, both statically and dynamically, to maintain relatively uniform all-over pressure beneath it, and against the surface of a site, such as a surgical wound site.

Abstract: A plural-layer body-contacting protective and cushioning interface structure. This structure has a body-facing side which contacts the body, and an opposite side, and intermediate these sides, in one form of the structure, is a moisture-wicking layer, next a moisture-blocking, gas-permeable barrier layer adjacent the moisture-wicking layer, and next, an acceleration-rate-sensitive cushioning layer. In some applications, the moisture-wicking layer is omitted.