Abstract: A system and method for detecting and responding to transaction patterns includes one or more servers having one or more processors, one or more databases communicably coupled to the one or more servers, and one or more remote devices communicably coupled to the one or more servers. The processor(s) cause the server(s) to: (a) identify one or more time-based patterns in a set of transaction data stored in the one or more databases corresponding to a data pair over a time period using a spectral decomposition of the set of transaction data, (b) classify the identified time-based pattern(s) into at least two pattern categories comprising a recurring transaction and a non-recurring transaction, (c) generate one or more actions for each pattern category, and (d) respond to the identified time-based pattern(s) by causing the one or more remote devices to perform the one or more actions.

Abstract: A transportation container retention device includes a front section and a back section. The front and back sections are connected to each other. The back section includes one or more back tabs and one or more side secure tabs. The back tabs and the side secure tabs are complimentary to one another such that the back section of the transportation container retention device can be secured to a cart by wrapping the side secure tab around a side member of the cart and securing the side secure tab to the complimentary back tab.

Abstract: A transportation container retention device includes a main panel and an extension panel. The extension panel includes a bottom edge connected to a top edge of the main panel and is configured such that the extension panel can be moved from a first position in which the extension panel overlays the main panel to a second position in which the extension panel is contiguous to the main panel. In this configuration, the transportation retention device is operable to retain various heights of articles located on transportation containers.

Abstract: A reusable wrap for releasable securing laden goods on a pallet. One embodiment of the pallet wrap comprises a flexible wrap having a plurality of pockets adjacent its ends for receiving corresponding rods, and a plurality of hook and loop strap fasteners attached to one end of the wrap for engaging corresponding rings secured to the second end of the wrap to permit the straps to be folded back and attached to themselves to secure the wrap around the goods. Corner webbing members may be attached to the bottom of the wrap to assist in securing the wrap to the pallet itself during use. A hook and loop strap may also be attached to the top of the wrap to extend across the top of the loaded goods. Identification and/or shipping information or materials may be placed in a clear vinyl pocket for easy access and viewing.

Abstract: A transportation container retention device includes a main panel and an extension panel. The extension panel includes a bottom edge connected to a top edge of the main panel and is configured such that the extension panel can be moved from a first position in which the extension panel overlays the main panel to a second position in which the extension panel is contiguous to the main panel. In this configuration, the transportation retention device is operable to retain various heights of articles located on transportation containers.

Abstract: A method of applying, through spray on, extruded or flow-on application, a projectile resistant material. The method includes selecting an epoxy, selecting a fiber, selecting a ratio for combining the epoxy and the fiber, based on the ratio, combining the epoxy and the fiber to form a malleable projectile resistant type material, and applying the material. The projectile resistant material includes an epoxy and several fibers. The fibers are mixed within the epoxy based on a predetermined ratio. The predetermined ratio is for determining the projectile resistance of the material. The fibers are randomly disposed within the epoxy.

Abstract: A method of applying, through spray on, extruded or flow-on application, a projectile resistant material. The method includes selecting an epoxy, selecting a fiber, selecting a ratio for combining the epoxy and the fiber, based on the ratio, combining the epoxy and the fiber to form a malleable projectile resistant type material, and applying the material. The projectile resistant material includes an epoxy and several fibers. The fibers are mixed within the epoxy based on a predetermined ratio. The predetermined ratio is for determining the projectile resistance of the material. The fibers are randomly disposed within the epoxy.