Abstract: Systems and methods according to the present invention provide improved location of files over a network. More specifically, according to the present invention, a method of indexing digital video files on a content management system running on a web server includes associating a descriptive domain name with a dedicated node on the system, on which a single video is provided. Thus, each video is provided with a dedicated webpage, on which associated items, such as community feedback and attributes, may be displayed.

Abstract: An improved method for preparing a frozen food product is provided. The food product comprises a variety of food pieces that have been precooked in the presence of water and subjected to a process in which substantially all of the free water present with the food pieces is removed. The food pieces are then passed through a continuous freezing unit which increases the rigidity of the food pieces and leaves an amount of water on the surfaces of the food pieces. The food pieces are placed into a heat sealable container that includes a porous end piece along with measured amounts of a freezing gas and an adjuvant. The container is then sealed across the porous end piece and placed on a tumbling mechanism that coats the food pieces with the adjuvant and completes the freezing process as the freezing gas escapes through the porous end piece on the container.

Abstract: A warehouse contains a fixed number of pallet-carrying primary modules (7) arranged in a rectangular block (8) and further arranged in side-by-side parallel longitudinal rows. A working row (A) provides an exposed front side (9) adjacent a worker's station (12, 13) with at least one storage row (B) disposed behind the working row and forming a single working aisle (18) if desired. A secondary module (S) is disposed externally of the block. The secondary module (S) is positioned at the upstream end of the working row and pushes the entire row downstream, causing the secondary module to join the block and the downstream primary module (45) to exit the block. The newly exited module is then moved transversely to the downstream end of a storage row, and the entire row pushed upstream, causing the exited module (45) to again join the block and the upstream primary module (46) in that row to exit the block.