A shock absorbing container for retaining a beverage container or a beverage. The shock absorbing container is configured to absorb jarring or jolting impacts to reduce the likelihood of a spill. The shock absorbing container comprises a support structure, a base shock absorbing component, and a retaining insert. The support structure is rigidly constructed. The base shock absorbing component surrounds a base portion of the support structure. The retaining insert is insertable within an upper portion of the support structure and retains the beverage container or beverage. A rim shock absorbing component is house within the retaining insert to absorb impacts to a rim of the container. A lid and straw may engage the retaining insert to retain a beverage when a separate beverage container is not used.

A package includes a first member and a second member. The second member and the first member define a first cavity. A periphery of the first member is joined to a periphery of the second member to define a sealed portion, such that respective perimeters of the first member and the second member cooperate to define an outer edge of the sealed portion. The second member includes a ridge at least partially circumscribing the first cavity while remaining inward of the outer edge. The ridge includes an inner wall, an outer wall, and a rim. Both the inner wall and the outer wall extend rearward from and substantially perpendicularly relative to the first member and are connected by the rim. At least a portion of the rim, over a length of the ridge, is substantially parallel to the first member.

A support beam, configured to support a first side and a second side of a transport container, includes a first support member and a second support member. The first support member includes a first flange configured to engage the first side of the transport container. The second support member includes a second flange configured to engage the second side of the transport container. The first support member and the second support member are connected via a movable coupling which is capable of adjusting a cumulative length of the support beam to adjust to various size transport containers.

The invention relates to a container (1) made of plastic, comprising a rectangular base (2) and four lateral walls (3, 4). The lower face of the base (2) has a first stacking contour (20) on the outer edge of the base, and the lateral walls (3, 4) have a second stacking contour (30, 40) on the upper edge region of the lateral walls. When containers (1) are stacked one over the other, the first stacking contour (20) of an upper container (1) and the second stacking contour (30, 40) of a lower container (1) engage with each other in a centering manner. The upper edge region of at least two opposing lateral walls (3, 4) is reinforced by at least one respective profiled reinforcement section (5) attached to the remaining lateral wall (3, 4) in a form-fitting and/or force-fitting manner, and the profiled reinforcement section (5) or each profiled reinforcement section has at least one profiled section web (50) on the section upper face facing away from the container (1), said profiled section web running in the longitudinal direction of the profiled reinforcement section (5) and forming a sliding path (11) for another container (1) to be placed thereon.

The invention relates to a container (10) for liquids or free-flowing materials, with an inner container (20) with a wall (21) made of metal, a filling opening (22) and an outlet opening (23), wherein the wall (21) of the inner container (20) has a wall thickness of less than 1 mm and the inner container (20) is enclosed by a lattice structure (30) comprising rods (32, 34, 35, 36).

A packaging material web stock is provided. The packaging material web stock can include first and second plies overlaid and sealed to each other at a plurality of seals that include a plurality of transverse seals extending transversely across the plies, wherein a plurality of interior cavities are defined between the plies and the transverse seals, the first and second plies arranged in a web that includes a plurality of packaging units arranged longitudinally in a series along the web, wherein the first and second plies form walls of the packaging units, and at least some of the packaging units include at least one of the interior cavities, and an expansion material disposed in the interior cavities in an unexpanded configuration, wherein the expansion material is arranged within the inner cavities such that, when expanded to the expanded configuration, the expansion material is configured to provide cushioning in the walls.

Packaging material is provided. The packaging material can include at least one web layer having a surface that includes first and second regions. When corresponding first regions are overlaid with each other and corresponding second regions are overlaid with each other, the overlaid first and second regions can cooperatively surround a cavity. The packaging material further can include a first sealing material disposed in the first region and configured to seal together the corresponding first regions upon application of first conditions to the first sealing material, and a second sealing material disposed in the second region and configured to seal together the corresponding second regions upon application of second conditions to the second sealing material. The second sealing material can be configured such that the first conditions applied to the second sealing material are insufficient to cause the second sealing material to seal.

According to an embodiment of the present invention, a protective film package includes a tray including a recess for seating an electronic device including a front plate exposing the display, a protective film, attached to the front plate of the electronic device, including a photo-curing layer, and a photo-curing support structure detachably coupled to the electronic device wherein the protective film is disposed at a predetermined position on the front plate when the tray on which the electronic device is seated and the protective film are aligned, and at least a portion of the edge of the protective film is pressed to the front plate by the photo-curing support structure when the photo-curing support structure is coupled with the electronic device on which the protective film is disposed. Various other embodiments are possible.

A shock absorbing container for retaining a beverage container or a beverage. The shock absorbing container is configured to absorb jarring or jolting impacts to reduce the likelihood of a spill. The shock absorbing container comprises a support structure, a base shock absorbing component, and a retaining insert. The support structure is rigidly constructed. The base shock absorbing component surrounds a base portion of the support structure. The retaining insert is insertable within an upper portion of the support structure and retains the beverage container or beverage. A rim shock absorbing component is house within the retaining insert to absorb impacts to a rim of the container. A lid and straw may engage the retaining insert to retain a beverage when a separate beverage container is not used.

A bagger device is provided. The bagger device can include a bag handler configured to handle packaging material configured to define a bag that has first and second walls enclosing an interior cavity configured to contain an object therein for shipping, the first wall including an expansion material that has an expandable configuration and that is expandable to an expanded configuration for providing padding to the first wall to protect the object contained within the interior cavity. The bagger device can further include an expansion device configured to apply expanding conditions to the packaging material, the expanding conditions configured to cause the expandable material to expand from the expandable configuration to the expanded configuration.