A process for packaging a product in which a hood is fitted to a tray. The hood is erected by a process that includes a step of providing a flat blank. The flat blank includes a leading panel and a trailing panel. A flat insert is provided and adhered to a panel selected from the group of the leading panel, the trailing panel of the hood, and combinations thereof. The die used to erect the hood includes a die recess. When the die is positioned within the mold, the central portion of the flat insert becomes spaced apart from the hood top. The die recess provides for space to accommodate the central portion of the flat insert becoming spaced apart from the hood top.

A process for packaging a product in which a hood is fitted to a tray. The hood is erected by a process that includes a step of providing a flat blank. The flat blank includes a leading panel and a trailing panel. A flat insert is provided and adhered to a panel selected from the group of the leading panel, the trailing panel of the hood, and combinations thereof. The die used to erect the hood includes a die recess. When the die is positioned within the mold, the central portion of the flat insert becomes spaced apart from the hood top. The die recess provides for space to accommodate the central portion of the flat insert becoming spaced apart from the hood top.

A method for automatically closing an open packaging box with a cardboard lid, said box comprising a polygonal bottom panel defined by three or more bottom panel edges and sidewalls joined over respective crease lines to said bottom panel edges, each sidewall forming a substantially right angle with the bottom panel, said lid comprising a polygonal top panel defined by three or more top panel edges and corresponding to the bottom panel of the box to be closed and flaps joined over respective crease lines to said top panel edges and adapted for being folded onto a corresponding one of said sidewalls, the method comprising a step of folding each flap along the respective crease line partially towards a position, in which the flap forms a substantially right angle with said top panel and placing the lid above said box such that the top panel and the bottom panel are substantially aligned and such that, seen onto each sidewall, each flap overlaps one of the sidewalls, a step of releasing the lid allowing it to be guided by the partially folded flaps into a position on the box, in which the top panel and the bottom panel are aligned, and a step of folding each flap onto the respective sidewall fully into said position, in which the flap forms a substantially right angle with the top panel.

A method of making a multi-layer product or seal is described. An adhesive layer is applied to a surface of a first layer. A patch material is applied to a surface of the adhesive layer, using a coating or spraying process, to define one or more patches. At least the first layer is cut to define pre-formed lines of separation defining one or more first portions. Each first portion is associated with a respective one of the one or more patches.

A method of making a multi-layer product or seal is described. An adhesive layer is applied to a surface of a first layer. A patch material is applied to a surface of the adhesive layer, using a coating or spraying process, to define one or more patches. At least the first layer is cut to define pre-formed lines of separation defining one or more first portions. Each first portion is associated with a respective one of the one or more patches.

A resealable package, and method for making is provided. The package may comprise a base member configured to receive an item, having a flange. The package may comprise a laminate having, and outer structure and an inner structure joined by an adhesive layer. The laminate defines a lidding member, including a pull tab. The lidding member is affixed to the flange by a seal. The laminate may include an outer line of weakness in the outer structure defining a separable opening portion along the outer line of weakness. The lidding member may comprise a first inner line of weakness in the inner structure, defining a separable opening portion from the inner portion. The lidding member may comprise a second inner line of weakness formed in the inner structure, wherein the second inner line of weakness is disposed between the pull tab and the inner opening portion, partially within the seal.

A resealable package, and method for making is provided. The package may comprise a base member configured to receive an item, having a flange. The package may comprise a laminate having, and outer structure and an inner structure joined by an adhesive layer. The laminate defines a lidding member, including a pull tab. The lidding member is affixed to the flange by a seal. The laminate may include an outer line of weakness in the outer structure defining a separable opening portion along the outer line of weakness. The lidding member may comprise a first inner line of weakness in the inner structure, defining a separable opening portion from the inner portion. The lidding member may comprise a second inner line of weakness formed in the inner structure, wherein the second inner line of weakness is disposed between the pull tab and the inner opening portion, partially within the seal.

A cover (52) for protection of a neck (44) and a closure member (46) of a bottle (42), wherein the cover (52) comprises a sleeve (54); wherein the sleeve (54) comprises a stretchable paper material (12); wherein the sleeve (54) is configured to enclose the neck (44); and wherein the stretchability according to ISO 1924-3:2005 of the stretchable paper material (12) the sleeve (54) is at least 5% in the machine direction (MD) and at least 5% in the cross direction (CD). A bottle (42) comprising a cover (52), a method of forming a cover (52) for a bottle (42), and a method of attaching a cover (52) to a bottle (42), are also provided.

A cover (52) for protection of a neck (44) and a closure member (46) of a bottle (42), wherein the cover (52) comprises a sleeve (54); wherein the sleeve (54) comprises a stretchable paper material (12); wherein the sleeve (54) is configured to enclose the neck (44); and wherein the stretchability according to ISO 1924-3:2005 of the stretchable paper material (12) the sleeve (54) is at least 5% in the machine direction (MD) and at least 5% in the cross direction (CD). A bottle (42) comprising a cover (52), a method of forming a cover (52) for a bottle (42), and a method of attaching a cover (52) to a bottle (42), are also provided.

The purpose of the present invention is to provide a detection device that detects the occurrence of an event (so-called “double capping”) in which two caps are disposed on one container. To that end, the detection device (10, 10A) of the present invention has two types of sensors provided on a production line (100) for a commercial product in which an opening (1A) of a container (1) is sealed with a cap (2), said sensors being a proximity sensor (3) along a path where the container (1) moves and a sensor (4: for example, a transmission sensor) equipped with a transmitter (4A), which is inside the same path, and a receiver (4B). An area detected by the sensors (3, 4) is an area where the cap (2) is not present in a normal state (a state in which double capping has not occurred), but where a subsequent cap (2-1) is present if two caps (2) in a row have been attached to one container (1).