A frame (10) used in a packaging assembly for retaining a product within a box. The frame includes a panel (16) having a panel width (W1) greater than the box width. A front panel flap fold zone (26) corresponds to the front closure flap fold line of the box. A rear panel flap fold zone (30) corresponds to the rear closure flap fold line of the box. A central panel portion (34) extends between the front and rear panel flap fold zones. Front and rear panel flaps (36, 38) extend from the front panel flap fold zone and the rear panel flap fold zone, respectively. A detachment line (40) extends from the left edge (19) to the right edge (20) of the panel in the central panel portion to delineate front and rear central panel portions (42, 44). A sheet (18) extends across the central panel portion and attaches to the panel at opposing regions of the panel outside of the central panel portion.

The invention relates to a packaging assembly comprising a device for transporting a packaging means (2), in particular a carton, said device comprising a continuous conveying section (3) and a plurality of conveying elements (4, 5). The continuous conveying section (3) is oriented vertically, forming an upper run region (30) and a lower nm region (31), and the packaging means (2) is transported on the lower run region (31).

The invention relates to a packaging assembly comprising a device for transporting a packaging means (2), in particular a carton, said device comprising a continuous conveying section (3) and a plurality of conveying elements (4, 5). The continuous conveying section (3) is oriented vertically, forming an upper run region (30) and a lower nm region (31), and the packaging means (2) is transported on the lower run region (31).

An ammunition packing apparatus comprises an ammunition feeder receiving ammunition cartons and horizontally arranging the ammunition cartons in a left or right direction, an ammunition vertical conveyor vertically conveying the ammunition cartons to an ammunition horizontal conveyor, the ammunition horizontal conveyor advancing the ammunition cartons to an ammunition inserter, an ammunition pouch mounter placing and fastening empty ammunition pouches in a flat and stretched position, an ammunition pouch opener opening mouths of the ammunition pouches, and the ammunition inserter advancing and inserting the ammunition cartons into the ammunition pouches, wherein the ammunition inserter includes spade-shaped inserting blades surrounding left and right surfaces and bottom surfaces of the ammunition cartons to allow the ammunition cartons to be inserted without being stuck to rims of the ammunition pouches and ammunition return preventers preventing the ammunition cartons from moving back when the ammunition inserting blades return after advancing and inserting the ammunition cartons.

A container assembly processing system is disclosed that includes a container lifting assembly for lifting a container vertically from a carrier on a conveyor system.

A container assembly processing system is disclosed that includes a container lifting assembly for lifting a container vertically from a carrier on a conveyor system.

Various embodiments of the present disclosure provide a case-handling system including movable flap openers positionable relative to a case and operable to fold the upper major flaps of the case outwardly before the upper minor flaps of the case are folded inwardly and closed.

Various embodiments of the present disclosure provide a case-handling system including movable flap openers positionable relative to a case and operable to fold the upper major flaps of the case outwardly before the upper minor flaps of the case are folded inwardly and closed.

Cartoning machine comprising: a store unit (M) for flat cartons or blanks (F); a blank feeding station (E); an unfolding station (SR) for forming boxes; a feeding station (A) and an insertion station (N) for the products to be packaged. At least two guide blades (202L, 202R) and folding members (206, 207) are arranged in the insertion station (N) for folding the side flaps (PSL, PSR) of the blanks inwards. The blades (202L, 202R) are connected to means which control their positioning in the open position and respectively in the closed position for disengaging the internal faces of said flaps (PSL, PSR). The blades are moved in such a way that, after inserting the products in a box, they are placed in the closed position and subsequently, while the box is moved towards the exit of the machine, they are placed again in the open position for a pre-established time.

Cartoning machine comprising: a store unit (M) for flat cartons or blanks (F); a blank feeding station (E); an unfolding station (SR) for forming boxes; a feeding station (A) and an insertion station (N) for the products to be packaged. At least two guide blades (202L, 202R) and folding members (206, 207) are arranged in the insertion station (N) for folding the side flaps (PSL, PSR) of the blanks inwards. The blades (202L, 202R) are connected to means which control their positioning in the open position and respectively in the closed position for disengaging the internal faces of said flaps (PSL, PSR). The blades are moved in such a way that, after inserting the products in a box, they are placed in the closed position and subsequently, while the box is moved towards the exit of the machine, they are placed again in the open position for a pre-established time.