Abstract: A protective display device (10) for a mobile communication device (11) having a first electronic screen, the protective display device (10) comprising: a casing (15) defining a cavity that conforms at least partially to the rear outer shape of the mobile communication device (11), the casing (15) configured to releasably engage the mobile communication device (11); an upper opening (30) of the casing (15) positioned and sized to avoid obstructing a plurality of rear electronic components located on the rear side of the mobile communication device (11); a second electronic screen (20) that is different from the first electronic screen and is attached to the casing (15) such that the second electronic screen (20) is visible to a user when the device (10) is attached to the mobile communication device (11); a communications module (23) housed within a thickness of the casing (15) configured to transmit and receive data from the mobile communication device (11) and/or Internet; a computer processor (16) housed w

Abstract: Embodiments provide techniques for generating game levels based on estimated quality score. For example, a set of training data can be retrieved that specifies attributes and quality scores for each of a plurality of game levels. One embodiment trains a machine learning model for the gaming application using the set of training data. A plurality of generated game levels are generated using a procedural level generation algorithm. Embodiments can determine, for each generated game level, a respective quality score, using the trained machine learning model, and upon determining that the quality score for the generated game level exceeds a threshold level of quality, can select the game level for transmission to a client of the gaming application.

Abstract: A heat shrinkable label comprises (A) a heat shrinkable film comprising at least one thermoplastic polymer, and (B) a curable adhesive comprising (1) at least one urethane (meth)acrylate resin having an average of about 1 to about 1.6 (meth)acrylate groups per resin molecule, (2) at least one tackifier, and (3) at least one photoinitiator, where the film has an ultimate shrinkage at 135° C. of at least 15%, and the adhesive has sufficient precure tack, wherein the loop tack of the uncured adhesive is at least 4.3 g/cm2. The heat shrinkable label is useful in high-speed industrial processes such as beverage container labeling.

Abstract: This invention relates to a multilayer film comprising (a) a base layer having a first and second surface, wherein the base layer is comprised of at least one polyolefin, and (b) a skin layer on the first surface of the base layer, wherein the skin layer comprises at least about 70% by weight propylene homopolymer, and wherein the multilayer film has a deadfold value from about 45,000 to about 110,000 psi in the machine direction.

Abstract: The present invention relates to a halogen-free, multilayered, uniaxially oriented heat shrink film comprising (A) a core layer comprising a blend of polyolefins; (B) a first skin layer on the upper surface of the core layer, and (C) a second skin layer on the lower surface of the core layer, wherein the first and second skin layers independently comprise a polyolefin blend and wherein the shrinkage of the film is at least about 40% in the machine direction at 270° F. The present invention further relates to a label having an adhesive applied to at least a portion of at least one of the skin layers of the multilayered heat shrink film. The heat shrink labels of the present invention are used to encapsulate articles.

Abstract: The present invention relates to a halogen-free, multilayered, uniaxially oriented heat shrink film comprising (A) a core layer comprising a blend of polyolefins; (B) a first skin layer on the upper surface of the core layer, and (C) a second skin layer on the lower surface of the core layer, wherein the first and second skin layers independently comprise a polyolefin blend and wherein the shrinkage of the film is at least about 40% in the machine direction at 270° F.