Packaging, envelope for a packaging and blank for producing an envelope

An envelope for a box that is configured for storing rod-shaped goods comprising:

• at least one bottom wall,
• a front wall,
• a rear wall, and
• a plurality of sidewalls connecting the front wall and the rear wall, wherein a receiving area for receiving the box is formed thereby, and the envelope comprises an opening or recess for receiving items into the receiving area, and
• wherein a recess or notch for receiving a corresponding locking lug, locking tab or protrusion of the box is formed in a first sidewall of the plurality of sidewalls that forms an inner side of the envelope, the first sidewall being connected to a second sidewall of the plurality of sidewalls such that the second sidewall closes the recess or notch in the first sidewall, or
• wherein at least one locking lug, locking tab or protrusion is formed in the first sidewall of the plurality of sidewalls that forms the inner side of the envelope, the first sidewall being connected to the second sidewall of the plurality of sidewalls.

A blank for producing an envelope for a box for storing rod-shaped goods comprising:

• wall elements and a bottom element connected via bending lines for forming a receiving area for receiving the box in a folded state of the blank,
• wherein the blank is integrally formed and comprises an opening or recess in at least one of the wall elements, and
• wherein a recess or notch configured for receiving a corresponding locking lug, locking tab or protrusion of the box is formed in a first wall element of the wall elements that in the folded state of the blank becomes a first sidewall forming an inner side of the envelope, and a second wall element of the wall elements that in the folded state of the blank becomes a second sidewall of the envelope is configured to close the recess or notch in the first sidewall when the first sidewall and the second sidewall are connected to each other, or
• wherein at least one locking lug, locking tab or protrusion is formed in a first wall element of the wall elements that in the folded state of the blank becomes the first sidewall forming the inner side of the envelope, and a second wall element of the wall elements in the folded state of the blank becomes a second sidewall of the envelope that is connected to the first sidewall.