A packaging method for packaging a molded object which is a stereoscopic object includes: a step of accommodating the molded object and a filling material in a storage container so that a periphery of the molded object is surrounded by the filling material; and a step of fixing a position of the filling material to prevent at least a part of the filling material from moving relative to the molded object in the storage container when the storage container is applied with a shock less than or equal to a preset magnitude wherein the molded object is in a state in which the filling material comes into contact with the molded object.

A wrap around container for holding an electronic device has a substantially rectangular panel comprising a device receiving portion at one end of the panel, a fixing portion at the opposite end of the panel, and a wrap around portion in between. A pair of flaps extend from opposite sides of the device receiving portion of the panel, each side being on a respective longitudinal edge of the rectangular panel. Each flap is arranged to be folded into a closed position where the flap is over at least a part of the device receiving portion and an upper surface of a device when placed on the device receiving portion. The wrap around portion is arranged to wrap at least over the flaps in the closed position and the fixing portion is arranged to be fixed to an outside of the container after wrapping of the wrap around portion to close the container. Foam means extend over at least part of the device receiving portion and onto the surface of each flap facing the device receiving portion when in the closed position so as to form a foam barrier between a device placed on the device receiving portion and the device receiving portion and the closed flaps. The foam means are attached to the device receiving portion and the two flaps and the foam means is configured to be peelable away from the container when the container is open.

Packaging for an object, preferably having a mass between 2 and 25 kg, comprising a body having at least two parts movable between a closed configuration defining a housing to receive the object, and an open configuration, in which the two parts are separated from one another to allow the object to be removed. The body defining, when closed, a lower face intended to rest on a surface in a bearing direction; and a member fixing the two parts together. The body also comprises a base supporting the object when open, the base defining at least one portion of the lower face of the body when closed. At least one of said parts of the body is situated away from the base when open to arrange direct access to the object in at least one access direction substantially perpendicular to the bearing direction allowing removal of the object.

Damage to a packing device and a packed object caused by a load is prevented, and a box and the packed object are protected stably. A box of the packing device includes side surface portions, upper flaps, lower flaps, a protrusion, a fixing portion, and interior cushions. The protrusion is formed by folding part of an upper flap. The fixing portion fixes the protrusion such that the protrusion projects from the upper flap. In a state where an object is accommodated in the box, the protrusion is interposed between the upper flap and the packed object, and disperses the load applied to the box.

A wrap around container (31) for holding an electronic device (53) has a substantially rectangular panel (34) comprising a device receiving portion (43) at one end of the panel (34), a fixing portion (35) at the opposite end of the panel (34), and a wrap around portion (37) in between. A pair of flaps (32, 33) extend from opposite sides of the device receiving portion (43) of the panel (34), each side being on a respective longitudinal edge of the rectangular panel (34). Each flap (32, 33) is arranged to be folded into a closed position where the flap (32, 33) is over at least a part of the device receiving portion (43) and an upper surface of a device (53) when placed on the device receiving portion (43). The wrap around portion (37) is arranged to wrap at least over the flaps (32, 33) in the closed position and the fixing portion (35) is arranged to be fixed to an outside of the container (31) after wrapping of the wrap around portion (37) to close the container (31). Foam means (50) extend over at least part of the device receiving portion (43) and onto the surface of each flap (32, 33) facing the device receiving portion (43) when in the closed position so as to form a foam barrier between a device (53) placed on the device receiving portion (43) and the device receiving portion (43) and the closed flaps (32, 33). The foam means (50) are attached to the device receiving portion (43) and the two flaps (32, 33) and the foam means (50) is configured to be peelable away from the container (31) when the container (31) is open.

This invention is directed towards the packaging of heavy articles such as floor jacks and similar equipment. The package is adapted to allow a heavy article to be rolled out of the package without lifting. The packaging is designed to engage with temporary handles positioned on the packaged article to make it easier for an end user to maneuver the packaged article and to remove the article from the packaging.

This invention is directed towards the packaging of heavy articles such as floor jacks and similar equipment. The package is adapted to allow a heavy article to be rolled out of the package without lifting. The packaging is designed to engage with temporary handles positioned on the packaged article to make it easier for an end user to maneuver the packaged article and to remove the article from the packaging.

The invention is directed to a shipping container 1 for transporting works of art 2 comprising an enclosing section 3 obtained by injection moulding and a cover section 7 obtained by injection moulding, retaining means 9 to secure the cover section 7 to the wall sections of the enclosing section 3. The retaining means 9 are not present on at least one wall section 10. Said one wall section 10 is not provided with retaining means 9 and is provided with one or more support strips 11 along the length of the side wall 10.

An overbox packaging system for a high aspect ratio inner box includes an outer box, at least four modular packaging inserts, and tape to seal the outer box closed. Four modular packaging inserts are adapted to a width of the high aspect ratio inner box by selective removal of zero or more first tear-away pieces and are adapted to a difference in a second dimension of the outer box in the inner box by selective removal of zero or more second tear-away pieces of at least two of the four modular packaging inserts. A second module of additional modular packaging inserts is removed, leaving a first module which is adapted to the width of the high aspect ratio inner box by selective removal of zero or more first tear-away pieces and placed in the outer box with its slot holding a section of the inner box.

The present disclosure provides a process. In an embodiment, a process for producing a packaging article includes providing a body having a geometric shape and composed of a three-dimensional random loop material (3DRLM). The 3DRLM is composed of an olefin-based polymer. The body has a sleeve with opposing ends on respective opposing surfaces of the body. The sleeve extends through an interior portion of the body and has an opening at each respective end. Each opening has a closed width. The process includes providing a product having an insert shape. The insert shape has an insert width that is greater than or equal to the closed width of the sleeve opening. The process includes inserting the product into the sleeve.