A packaging box is fabricated by bending a corrugated cardboard plate and includes a quadrangular tube-shaped body that is rectangular in cross section and a cover for closing an opening of the body. The first cover plate is connected to a first end edge of one of the pair of first circumferential surface plates on a side near the opening and closes the opening. The second cover plate is connected to a second end edge of the other of the pair of first circumferential surface plates on the side near the opening and is adhered to an outer surface of the first cover plate. The second cover plate is split into an adhesive piece that is adhered to the first cover plate and a peeling piece that has one side connected to the second end edge and is peeled off from the adhesive piece along a breaking line.

Various embodiments provide a shipping and display box. In example embodiments, a shipping and display box includes a bottom panel, the bottom panel comprising a distal end wall at a distal end of the bottom panel and a proximal end tab at a proximal end of the bottom panel. In embodiments, the shipping and display box further includes a first side wall adjacent to and at an approximate right angle to the bottom panel at a first crease line. The shipping and display box further includes a top panel adjacent to and at an approximate right angle to the first side wall at a second crease line, the top panel comprising a proximal end wall at a proximal end of the top panel and a distal end tab at a distal end of the top panel. In embodiments, the shipping and display box further includes a second side wall adjacent to and at an approximate right angle to the top panel at a third crease line. The bottom panel, first side wall, second side wall, top panel, and proximal end wall each comprise one or more perforations configured to enable removal of sections of each of the bottom panel, first side wall, second side wall, top panel, and proximal end wall for display of contents of the shipping and display box.

The invention relates to a method for retrieving a shut state and/or a location of a closable container as well as closable containers, wherein a transition between an open position and a closed position is achieved by a relative movement at least of a first container part with respect to a second container part, wherein the container has at least one RFID chip having a connected near field antenna and a far field antenna and the RFID chip having the connected near field antenna is arranged at the first or at the second container part and the far field antenna is arranged at the other one of the first and second container part, respectively, and the near field antenna, which is connected to the RFID chip, is arranged, as compared to the far field antenna, such that, in the closed position of the container, a noncontact electromagnetic coupling takes place between the near field antenna and the far field antenna. In the context of the method, due to the interaction of a sending unit and a receiving unit, a response signal can by generated by means of the RFID chip and can be transmitted, the range of said response signal depending on the shut position of the container.

A box includes: a box body having an opening surrounded by multiple edges; a first lid body that is continuous with and extends from a first edge, among the multiple edges defining the opening in the box body, and that is foldable along the first edge to overlie the opening; and an engaging tab that is continuous with and extends from a second edge, which is different from the first edge, among multiple edges of the first lid body, and that is foldable and engageable with a storage item stored in the box body when the first lid body is folded along the first edge to overlie the opening.

Packing includes a body section, a cover section, and a label. The body section has a first opening. The cover section closes the first opening. The label is adhered so as to span across the cover section and the body section. At least one of the body section and the cover section has a cut section. The cut section is located at a position where the label is adhered. The cut section of the packing is damaged when the label is removed. As a result, the label has a roughened surface in a situation in which the label is re-adhered. The roughened surface allows visual confirmation of an evidence of tampering with the packing. Thus, the packing is difficult to reseal, restricting tampering with the packing.

A storage box includes a single sheet of material that, when folded to define the storage box comprises a bottom, side walls, and a flap hinged to one of the side walls. The flap includes a stacking tab that is movable between a use position in which the stacking tab protrudes through a mounting slot and a hidden position in which the stacking tab does not protrude from the storage box. The storage box allows the stacking tabs to be used only when necessary and not protruding from the storage box when not in use.

A blank of foldable sheet material for forming a container includes a top panel comprising a front edge, and a tuck flap extending from the front edge of the top panel to an edge of the blank. The blank also includes at least one releasable locking assembly located along at least a portion of the front edge of the top panel. The at least one releasable locking assembly includes a first locking assembly panel coupled to a second locking assembly panel along an intermediate fold line. The intermediate fold line is offset from the front edge of the top panel towards the edge of the blank.

A packaging box 100 for mailing fruit and vegetables for delivery to the home comprises a box body 114 configured to receive the fruit or vegetables, a lid 102 configured to close the box body to provide a closed box, and at least one partitioning member 106 configured to divide the box body into at least two compartments. The partitioning member 106 is configured for attachment to the lid 102, whereby to connect the lid 102 to the box body 114 when the box is closed.

Assembling method of flattening-realizable file rack, comprising following steps: gluing; grey board pasting; folding; opening-burying; and forming. File rack assembled from the flattening-realizable file rack assembly method, comprises first single-powder cardboard body, wherein second single-powder cardboard body is formed at left side of the first single-powder cardboard body, third single-powder cardboard body is formed at right side of the first single-powder cardboard body, fifth single-powder cardboard body is vertically formed at top end of the first single-powder cardboard body, fourth single-powder cardboard body is formed at left side of the fifth single-powder cardboard body, and bottom end of the fourth single-powder cardboard body is connected with top end of the second single-powder cardboard body, sixth single-powder cardboard body is formed at right side of the fifth single-powder cardboard body, and bottom of the sixth single-powder cardboard body is connected with top end of the third single-powder cardboard body for forming.

A display container includes a rear panel, two side panels, a first support structure enclosing first edges of the two side panels and the rear panel, a second structure distancing from the first support structure for enclosing second edges of the two side panels and the rear panel, and a reception cavity formed thereby. The display container is featured that the first support structure is foldable along fold lines and formed by a first planar panel, a face panel, a first interior panel and a foot flap in order. A cutout is formed on the first interior panel and is described by a restraint edge. The foot flap retains against the rear panel; the foot flap has at least one tongue registering at least one tongue slit defined at the rear panel.