The present invention relates to a support arrangement for supporting a load at an elevated position, particularly where the load can then be used for its intended purpose at an elevated position and where the weight of the load is supported. The support arrangement comprises a support structure and a weight balancing device supported by the support structure for balancing the weight of a load, the weight balancing device having a first line extending therefrom and having a distal end for engaging with a load, where the first line is extendable and retractable from the weight balancing device to enable balancing of the weight of the load at a desired elevation. The support arrangement further comprises a retractor device comprising a carrier receiving a second line where the second line is retractable and extendable from the carrier, the second line having a distal end secured to the first line at a securing location such that as the first line is extended the second line retracts onto the carrier, and conversely as the first line is retracted the second line deploys from the carrier, the retractor device further comprising a restrictor for restricting the speed of deployment of the second line from the carrier.

The blank includes a plurality of sidewall panels, a first foot panel connected via a first fold line to a first panel of the plurality of sidewall panels, a platform panel connected via a second fold line to the first foot panel, a second foot panel connected via a third fold line to the platform panel, and a tab at least partially defined by one or more cut lines in a second panel of the plurality of sidewall panels. The tab is configured to retain a bottom edge of the second foot panel, upon assembly of the blank into a package. A tear-off section is defined by one or more of the plurality of sidewall panels. The package is made from the blank.

The blank includes a plurality of sidewall panels, a first foot panel connected via a first fold line to a first panel of the plurality of sidewall panels, a platform panel connected via a second fold line to the first foot panel, a second foot panel connected via a third fold line to the platform panel, and a tab at least partially defined by one or more cut lines in a second panel of the plurality of sidewall panels. The tab is configured to retain a bottom edge of the second foot panel, upon assembly of the blank into a package. A tear-off section is defined by one or more of the plurality of sidewall panels. The package is made from the blank.

A container of consumer goods includes a rigid outer box and a rigid inner box wherein a pull tab is configured to reseal a pre-cut opening in the inner box. The pull tab includes a cover layer larger than the pre-cut opening. The cover layer can be a piece of bundle wrap with a paper layer of the bundle wrap contacting the consumer goods inside the box. The outer box has a hinged lid permanently attached to a connecting tab of the pull tab whereby opening the hinged lid simultaneously opens the pre-cut opening in the inner box by lifting the pull tab. The connecting tab includes adhesive which is partially deadened to decrease adhesion of the connecting tab to the inner box. The pull tab can also include one or more machine readable markings to enhance automated application of the pull tab to an inner box blank during manufacturing of the container.

A convertible shipping container for goods includes a tray portion that includes a first wall. The first wall is configured to be oriented as a front wall of the convertible shipping container in a first display configuration and as a bottom wall of the convertible shipping container in a second display configuration. The convertible shipping container also includes a cover portion removably coupled to the tray portion such that the cover portion is coupled to the tray portion in the first display configuration and is detachable from the tray portion to form the second display configuration.

A convertible shipping container for goods includes a tray portion that includes a first wall. The first wall is configured to be oriented as a front wall of the convertible shipping container in a first display configuration and as a bottom wall of the convertible shipping container in a second display configuration. The convertible shipping container also includes a cover portion removably coupled to the tray portion such that the cover portion is coupled to the tray portion in the first display configuration and is detachable from the tray portion to form the second display configuration.

A carton for holding at least one article. The carton has a plurality of panels that extends at least partially around an interior of the carton. A plurality of end flaps are respectively foldably connected to a respective panel of the plurality of panels for closing an end of the carton. An engagement structure is attached to at least one panel of the plurality of panels. The engagement structure is positioned for receiving the at least one article and activating the at least one article.

A carton for holding at least one article. The carton has a plurality of panels that extends at least partially around an interior of the carton. A plurality of end flaps are respectively foldably connected to a respective panel of the plurality of panels for closing an end of the carton. An engagement structure is attached to at least one panel of the plurality of panels. The engagement structure is positioned for receiving the at least one article and activating the at least one article.

Provided herein is a collapsible bulk-sized shipping box made of corrugated plastic. The rectangular box comprises four joined sidewalls, wherein left and right sidewalls are bisected by vertical fold lines allowing the sidewalls to be collapsed inwards. Bottom flaps also extend from the bottom of respective sidewalls and hinge inward about a fold line to provide a bottom side of the box when in use or fold flush with the sidewall when collapsed. The front wall of the box comprises a door flap that hinges inward and outward about a fold line. In addition, a door retaining puck attached to an outer surface of the front wall and configured to resist the door flap opening outward but deflect under application of sufficient force thereby allowing the door flap to open outward completely and provide access to the interior of the box.

Provided herein is a collapsible bulk-sized shipping box made of corrugated plastic. The rectangular box comprises four joined sidewalls, wherein left and right sidewalls are bisected by vertical fold lines allowing the sidewalls to be collapsed inwards. Bottom flaps also extend from the bottom of respective sidewalls and hinge inward about a fold line to provide a bottom side of the box when in use or fold flush with the sidewall when collapsed. The front wall of the box comprises a door flap that hinges inward and outward about a fold line. In addition, a door retaining puck attached to an outer surface of the front wall and configured to resist the door flap opening outward but deflect under application of sufficient force thereby allowing the door flap to open outward completely and provide access to the interior of the box.