Secure storage carts are disclosed herein and capable of being assembled and disassembled on-site without common disadvantages that affect storage carts designed for on-site assembly. Secure storage carts disclosed herein may be assembled to a reduced tolerance, eliminating potential points of failure in the assembled cart, and giving the user a more solid feel to the operation. Methods for assembling storage carts are also disclosed herein and can include adjusting the extension depth of a door panel hinge. Methods disclosed herein also may include applying a preloading force to the cart frame, to reduce tolerances between components of the storage cart once assembled. Kits are also provided herein containing the components required to assemble the cart on-site, in configurations that may be easily transported to and from the job site when disassembled. Kits also may provide for straightforward and secure assembly of the carts.

A closure (40) is provided for use in restricting access to a substance that may be stored within a container (44) having at least one laterally extending flange (76) located laterally outwardly of an opening (46) of the container (44). The closure (40) has a body (54) having a deck (58) including at least one orifice (60). The body (54) has an internal wall (62) depending from the deck (58) with means for attaching the closure (40) to the container (44) and the body (54) includes at least one torque rib (74) extending therefrom for confronting at least one laterally extending flange (76) of the container (44) to inhibit relative rotation between the body (54) and the container (44). The at least one torque rib (74) is non-planar.

Structures and a method for restraining a package within a returnable shipping container are provided to eliminate the need for buffering or filler materials (dunnage), particularly those materials that are environmentally unfriendly and otherwise likely to be discarded. Desirable shipping containers intended for reuse are provided with various features which enhance their utilization in a cycle of transportation out from and back to a source. These features include those associated with security, integrity, protection from the environment, addressing, automation, payment, inspection, education in volume for return, facilitation for tracking the container throughout the transport route and assurance of its eventual return.

A direct contact pour spout carton device is provided. The device is comprised of a direct contact pour spout carton device that comprises a carton body configured in various shapes and sizes, such as gable tops, trapezoidal forms, or custom geometries, designed for liquid or semi-liquid contents. The carton body includes multiple sidewalls, a bottom, and a top, made from materials such as LDPE-coated paperboard or multilayer composites for enhanced barrier properties. Features like grease-resistant coatings or foil-lined boards with skive seals improve durability under wet or refrigerated conditions. The pour spout, integrated into the carton body, includes perforated portions, a cap with a living hinge, and optional resealing mechanisms, enabling controlled dispensing and reclosure. The manufacturing process involves precision die-cutting, scoring, or perforating to incorporate the spout features, followed by folding and sealing to form a durable and functional container.

Secure storage carts are disclosed herein and capable of being assembled and disassembled on-site without common disadvantages that affect storage carts designed for on-site assembly. Secure storage carts disclosed herein may be assembled to a reduced tolerance, eliminating potential points of failure in the assembled cart, and giving the user a more solid feel to the operation. Methods for assembling storage carts are also disclosed herein and can include adjusting the extension depth of a door panel hinge. Methods disclosed herein also may include applying a preloading force to the cart frame, to reduce tolerances between components of the storage cart once assembled. Kits are also provided herein containing the components required to assemble the cart on-site, in configurations that may be easily transported to and from the job site when disassembled. Kits also may provide for straightforward and secure assembly of the carts.

A disposable cup with an integrated hinged lid is provided. The disposable cup can be unitarily formed entirely of a wood, cellulosic, or other type of fiber pulp-based material that is readily recyclable using a single recycling process for the entire product. The entire product can be recycled using the same recycling process, as compared to conventional disposable cups which can require the separation of the product into its various components, each of which may require a different type of recycling process.

A device with a lid and a compartment that has separate storage areas that open upward. The device has a transport device with a slide that is displaceable in a transport direction. The slide extends transversely to the transport direction over the entire width of the compartment and cover part of the storage areas of the compartment. The slide is slidably mounted between the compartment and the lid in the transport direction, and two slide plates are arranged on the slide and overlap with the slide and are slidably mounted relative thereto in the transport direction of the slide. The slide is displaceable in the transport direction by a controllable drive of the transport system and wherein one of the slide plates is fixable in a stationary manner by a holding element of the transport system, whereby the slide can move relative to the slide plate.

A recloseable lid for closing an open top of a cup terminating in an annular upper edge includes a cup mount defining an annular channel configured to receive the annular upper edge of the cup and a cap having an annular side wall extending upwardly from the cup mount and terminating in a top having an annular floor spaced above the cup mount. A drink opening is disposed in the top and a plug assembly having a drink opening plug is provided. The drink opening plug can be selectively moveable between a closed position in which the drink opening plug is received within the drink opening for closing the drink opening and an open position in which the drink opening plug is not disposed within the drink opening. The lid can also include a plug retainer disposed in the cap and configured to retain the drink opening plug in the open position.

A modular ammunition storage system comprising an insert block and a plurality of cartridge pockets formed into the insert block, such that a distal end of each cartridge pocket may be closed above the bottom surface of the insert block and a proximal end of each cartridge pocket is open at the top surface of the insert block, wherein each cartridge pocket is configured to receive and removably secure a cartridge having a particular shape and caliber. The insert block is receivable and removably securable by an ammunition box insert that surrounds the perimeter of the insert block, the ammunition box insert itself surrounding the interior perimeter of the carrying case into which the insert block and ammunition box insert are received. Different insert blocks configured to hold different caliber ammunition may be provided, and interchanged with one another in the carrying case.