Abstract: Systems, methods, and apparatuses disclosed herein standardize product views of product images in the product catalog such that these products are displayed with substantially similar products views with respect to one another in the product catalog to enhance the visual appearance, or photorealism, of the product catalog. As such, the products within the same category of products, for example, the screws and bolts as described above, are illustrated in the product catalog with similar product views, for example, similar orientations, similar scales, and/or similar angles, with respect to one another.

Abstract: A shoe insole structure which includes a non-springy, acceleration-rate-sensitive viscoelastic cushioning layer carrying, on its upper surface, a low-friction, abrasion-resistant, load-distributing, moisture-wicking overlayer.

Abstract: A method for making a multi-layer helmet shell wherein inner and outer, structural, load-bearing semi-rigid layers are spray-deposited onto opposite surfaces of a pre-shaped, pliable viscoelastic, acceleration-rate-sensitive, microcellular foam core.

Abstract: A multilayer helmet shell, and a method of making the same, are disclosed wherein inner and outer, structural, load-bearing semi-rigid layers jacket a viscoelastic, acceleration-rate-sensitive, microcellular foam core layer.

Abstract: A unitary helmet liner suspension structure which is designed for easy and quick and correct fitment into differently sized helmet shells whose specific sizes reside within a known and defined range of such sizes.

Abstract: A unitary helmet liner suspension structure which is designed for easy and quick and correct fitment into differently sized helmet shells whose specific sizes reside within a known and defined range of such sizes.

Abstract: A plural-layer body-contacting cushioning interface structure which is interposable the human body and an external structure, such as a helmet. The cushioning structure of the invention, in one preferred form, has a body-facing side which contacts the body, and a load-facing side which contacts the mentioned external structure. Intermediate these sides is a moisture-wicking layer which is designed to contact, and draw moisture away from, the body, a continuous, moisture-blocking, gas-permeable barrier layer adjacent the moisture-wicking layer, and an acceleration-rate-sensitive cushioning structure disposed protectedly within the barrier layer which fully encapsulates the cushioning structure.

Abstract: A shoe insole structure which includes a non-springy, acceleration-rate-sensitive viscoelastic cushioning layer carrying, on its upper surface, a low-friction, abrasion-resistant, load-distributing, moisture-wicking overlayer.

Abstract: A plural-layer body-contacting cushioning interface structure and method. The cushioning structure is interposable the human body and an external structure, such as a helmet. The cushioning structure of the invention, in one preferred form, has a bodyfacing side which contacts the body, and a load-facing side which contacts the mentioned external structure. Intermediate these sides is a moisture-wicking layer which is designed to contact, and draw moisture away from, the body, a continuous, moisture-blocking, gas-permeable barrier layer adjacent the moisture-wicking layer, and an acceleration-rate -sensitive cushioning structure disposed protectedly within the barrier layer which fully encapsulates the cushioning structure.