A sleeve pack for forming a bulk bin includes a base for forming a bottom of the bulk bin and a perimeter wall assembly. The perimeter wall assembly includes two blanks that can be connected to one another at interlocking connections to form a perimeter wall of the bulk bin. Locking tabs are associated with at least one of the wall blanks, and corresponding locking openings are associated with at least one other of the wall blanks. The openings oppose the tabs and the tabs are lockingly inserted into the openings to secure the wall members together to form the perimeter wall of the bulk bin.

Methods and apparatus for packing a flat screen device for shipment. The method includes: providing a left corrugated end piece and a right corrugated end piece configured to be telescopically received within the left corrugated end piece; providing a top U-shaped fiber cushion configured to be placed over the flat screen device and a bottom U-shaped fiber cushion configured to be placed underneath the flat screen device; and providing respective fiber corner pieces configured to be placed on respective corners of the flat screen device; wherein the top cushion, the bottom cushion, and the fiber corner pieces are vacuum formed using a fiber-based slurry.

The invention relates to a box casing (1), such as a transport box, for shipment and/or storing of goods, which is cost-effective to produce and easy to assemble while at the same time having a considerable strength. The box casing comprises a tray-like bottom member (2) and two wall members (7, 8), each having three interconnected casing walls (9, 10a-b, 13, 14a-b). The wall members are foldable to a position standing in the bottom member and to a substantially flat state to be placed lying on the bottom member, for transferring the box casing between an assembled and a collapsed state. Each wall member comprises corner elements (15) configured to hold the casing walls in place by a resilient function. The invention also relates to a kit for creating such a box casing, as well as use thereof.

The present invention is a divider box assembly comprising a plurality of individual compartments formed from a plurality of transverse, longitudinal panels and exterior panels. Such exterior panels arranged such that they may form high strength internal and external partitions to support stacking of a plurality of divider boxes and also providing increased resistance to rough handling during shipment and storage.

A base sheet and a cover sheet are supplied, the height of at least one product which is placed on the base sheet is measured, and second fold lines are formed on the base sheet and the cover sheet such that the second fold lines are spaced from respective first fold lines formed on the respective side portions of the base sheet and the cover sheet and such that the space between each of the first fold lines and the corresponding one of the second fold lines is adjusted based on the value of the measured height of the product. The base sheet is folded, the base sheet and the cover sheet are arranged so that the base sheet crosses the cover sheet, the cover sheet is placed on the base sheet, and the cover sheet is folded to bond the cover sheet to the bottom sheet.

A corrugated box container with a main component including a base section and first and second side sections. The box container additionally includes first and second side support components associated with the first and second side sections for reinforcing the first and second side support sections. The box container further includes a cover component that is capable of engagement with the main component or the first and second side support components, such that the main component and the cover component present a fully enclosed space within the box container. The box container is erected from a knockdown configuration by folding the first and second side sections until the side sections are generally perpendicular with the base section; connecting the first and second side support components with the first and second side sections respectively; and connecting the cover component with the main component or the first and second side support components.

A convertible case for shipping and displaying packages of a food product includes a body formed from a first blank of a cardboard material and a hood formed from a second blank of a cardboard material. The first blank is foldable into a six-sided rectangular body and filled, using automatic or manual production processes, into a shipping configuration assembly having a front with a partially open region and a removable portion with a glue area, a back having a partially open region and a removable portion having a glue region, a left side, a right side, a top having a left panel and a right panel that are each shaped to provide a logo area and defining a partially open region between the logo areas, and a bottom having one or more selectively removable vent panels.

A base sheet and a cover sheet are supplied, the height of at least one product which is placed on the base sheet is measured, and second fold lines are formed on the base sheet and the cover sheet such that the second fold lines are spaced from respective first fold lines formed on the respective side portions of the base sheet and the cover sheet and such that the space between each of the first fold lines and the corresponding one of the second fold lines is adjusted based on the value of the measured height of the product. The base sheet is folded, the base sheet and the cover sheet are arranged so that the base sheet crosses the cover sheet, the cover sheet is placed on the base sheet, and the cover sheet is folded to bond the cover sheet to the bottom sheet.

A corrugated box container with a main component including a base section and first and second side sections. The box container additionally includes first and second side support components associated with the first and second side sections for reinforcing the first and second side support sections. The box container further includes a cover component that is capable of engagement with the main component or the first and second side support components, such that the main component and the cover component present a fully enclosed space within the box container. The box container is erected from a knockdown configuration by folding the first and second side sections until the side sections are generally perpendicular with the base section; connecting the first and second side support components with the first and second side sections respectively; and connecting the cover component with the main component or the first and second side support components.

The present invention relates to a box with lid which allows easy access to and removal of the product contained at the bottom or bottoms of the box, said box comprising at least one body (1) provided with cutting and folding lines demarcating a first central sector (10) forming the bottom of the body (1), and a pair of end sectors (11) corresponding to the larger sides of the body (1); further comprising a lid (2) also provided with cutting and folding lines demarcating a second central sector (3) forming the upper surface of the lid (2), and a pair of side sectors (4) corresponding to the larger sides of the lid (2), said second central sector (3) having a transverse perforated line (7) and two side perforated lines (8) to allow opening the entire lid (2) or part thereof.