A product presentation assembly is comprised of one or more presentation products enwrapped in a ribbon, said ribbon securing the presentation products by being affixed to itself with adhesive, said adhesive being applied selectively so as to avoid contact with the presentation product, the ribbon then being affixed to a support structure.

A product presentation assembly is comprised of one or more presentation products enwrapped in a ribbon, said ribbon securing the presentation products by being affixed to itself with adhesive, said adhesive being applied selectively so as to avoid contact with the presentation product, the ribbon then being affixed to a support structure.

A transport, storage and display case (10) and a transport storage and display case system of stacking compartments that can be interconnected and formed into multiple orientations according to the user's needs. The system is convertible between a display configuration and a stacked transport/storage configuration. Each case has rabbet ledges (62, 64) at its upper and lower edges for cooperating with adjacent cases. The outer surface of each case has one or more magnets provided to facilitate secure interaction between adjacent cases arranged in the display configuration.

A batch comprising at least two containers and at least one strip. The strip holds the containers together, wherein each of said containers has a body and a bottom aligned in a main direction, the at least one strip covers said batch at the peripheral wall of the body of said container. In example embodiments, the at least one strip comprises semi-extensible paper. Additional aspects of the present invention relate to a method for packaging such a batch of containers and a paper retaining strip for such a batch and to the use, in the form of a strip, of such a semi-extensible paper for holding the containers together within such a batch.

A batch comprising at least two containers and at least one strip. The strip holds the containers together, wherein each of said containers has a body and a bottom aligned in a main direction, the at least one strip covers said batch at the peripheral wall of the body of said container. In example embodiments, the at least one strip comprises semi-extensible paper. Additional aspects of the present invention relate to a method for packaging such a batch of containers and a paper retaining strip for such a batch and to the use, in the form of a strip, of such a semi-extensible paper for holding the containers together within such a batch.

A multi-pack packaging device as a multi-pack carrying device for multiple containers. The multi-pack packaging device comprises a carrier that includes a plurality of apertures for receiving the multiple containers. Each of the plurality of apertures being surrounded in two dimensions by a sheet or a band. The multi-pack packaging device further comprises a plurality of bonds formed by bonding a neck surface of a container of the multiple containers to the sheet or the band. Each of the plurality of bonds associated with a different one of the plurality of apertures and configured to hold one container of the multiple containers. The multi-pack packaging device further comprises a plurality of perforations-based structures including perforations arranged to create a tear line that passes through a particular aperture of the plurality of apertures at a location where the neck surface is bonded to the sheet or the band. The perforations are configured to enable the plurality of perforations-based structures to be torn from the multi-pack packaging device to cause the particular aperture to no longer be a loop, and to enable a container of the multiple containers to be removed from the multi-pack packaging device.

A multi-pack packaging device as a multi-pack carrying device for multiple containers. The multi-pack packaging device comprises a carrier that includes a plurality of apertures for receiving the multiple containers. Each of the plurality of apertures being surrounded in two dimensions by a sheet or a band. The multi-pack packaging device further comprises a plurality of bonds formed by bonding a neck surface of a container of the multiple containers to the sheet or the band. Each of the plurality of bonds associated with a different one of the plurality of apertures and configured to hold one container of the multiple containers. The multi-pack packaging device further comprises a plurality of perforations-based structures including perforations arranged to create a tear line that passes through a particular aperture of the plurality of apertures at a location where the neck surface is bonded to the sheet or the band. The perforations are configured to enable the plurality of perforations-based structures to be torn from the multi-pack packaging device to cause the particular aperture to no longer be a loop, and to enable a container of the multiple containers to be removed from the multi-pack packaging device.

A thermoplastic baling strip comprises an elongate band of thermoplastic material said elongate band having sufficient flexibility to be formed into a knot; the elongate band having an outer surface formed with a set of surface undulations extending along its main length. The plurality of surface undulations operate in use to grip a surface to which said strip surface contacts. The use of undulations extending along the length of the strip enable the strip to be reliably tied in a knot, without releasing or coming undone when transported. Complete bales can be fed into an incinerator without the need to remove the baling strip, which burns on incineration.

A thermoplastic baling strip comprises an elongate band of thermoplastic material said elongate band having sufficient flexibility to be formed into a knot; the elongate band having an outer surface formed with a set of surface undulations extending along its main length. The plurality of surface undulations operate in use to grip a surface to which said strip surface contacts. The use of undulations extending along the length of the strip enable the strip to be reliably tied in a knot, without releasing or coming undone when transported. Complete bales can be fed into an incinerator without the need to remove the baling strip, which burns on incineration.

Stock material units that may be used in a dunnage conversion machine. For example, stock material units include sheet material that may be fed into the dunnage conversion machine and may be converted thereby into dunnage.