Packaging may include a base box having a cavity to receive a product, and a first paper spring extending from an interior of a first sidewall of the base box and a second paper spring extending from an opposing interior of a second sidewall of the base box. Each of the first and second paper springs may be formed from the same blank as the first sidewall. The first and second springs are flexible such that the cavity may accommodate products of different lengths, and may resiliently absorb vibrations or impact forces during shipping.

A container that has a paper, paperboard, or cardboard base receptacle and a plastic lid joined to the base receptacle by selectively releasable connection elements is provided. The base receptacle has a bottom wall and a lateral wall having an upper edge. The plastic lid has a lower frame resting on the upper edge and delimiting an opening for accessing an inside of the container, and an upper element configured to selectively close/open the opening. The selectively releasable connection elements are accessible only from the inside of the container.

A container with an independent reinforcement frame, in particular to a container that has a detachable reinforcement section that adheres to the upper part of the container to increase its resistance during transport, storage and addition of goods inside the container and heat-sealable lids and more particularly, the container with an independent reinforcement frame is made up of a material made of cellulose where, derived from its configuration, advantages are obtained in terms of reducing the use of materials and increasing resistance where additionally, the container with an independent reinforcement frame can have a lid that comes off of the same material with which the independent reinforcement frame has been constructed.

A container (1) for consumer goods, the container comprises an outer housing comprising a box portion (60) and a lid portion (50). The lid portion (50) is linearly movable relative to the box portion between a closed position, in which the lid portion covers the access opening, and an open position, in which the access opening is exposed. The container (1) comprises a locking mechanism configured to transition between: a locked state, in which the lid portion (50) is prevented from moving linearly from the closed position to the open position; and an unlocked state, in which the lid portion (50) is able to move linearly from the closed position to the open position.

A container for holding at least one article includes a body extending at least partially around an interior of the container, a reclosable lid engaged with the body, a closed bottom engaged with the body, and a barrier member formed of a laminate structure defining an exterior surface and an interior surface of the barrier member and positioned in the interior of the container, the barrier member having a central portion at least partially separably connected to a marginal portion at a first line of weakening and a second line of weakening, the first line of weakening extending to a first depth from the exterior surface of the barrier member and the second line of weakening extending to a second depth from the interior surface of the barrier member, the first depth different than the second depth, the marginal portion attached to the body.

The present invention is directed to a container having increased compression strength. Embodiments of the container comprise a pair of opposing side walls, each of which may include at least one layer of corrugated board having horizontal fluting and at least one layer of corrugated board having vertical fluting. Embodiments of the container also comprise a pair of opposing end walls, each of which may include at least one layer of corrugated board having horizontal fluting and at least one layer of corrugated board having vertical fluting. Embodiments of the container may be prepared from a single blank of corrugated board and may have a bottom surface that is integral with each of the side walls and each of the end walls so as to be considered leak proof. Embodiments of the container may also be configured to be collapsible to a substantially flat arrangement.

A method of forming a box is discussed. A sheet of foldable material has a central region and tabs extending from the central region around its perimeter. Each tab includes a first fold line at the central region, and second and third spaced apart fold lines parallel to the first fold line. A reinforcement ring has a perimeter corresponding to the perimeter of the central region and a thickness greater than a thickness of the sheet. The reinforcement ring is disposed on the central region. Each tab is folded along the first fold line to extend transversely to the central region against the reinforcement ring, along the second fold line to extend inwardly over the reinforcement ring, and along the third fold line to extend transversely to the central region against the reinforcement ring. The tabs folded around the reinforcement ring define side wall(s) of the box.

A method of forming a box is discussed. A sheet of foldable material has a central region and tabs extending from the central region around its perimeter. Each tab includes a first fold line at the central region, and second and third spaced apart fold lines parallel to the first fold line. A reinforcement ring has a perimeter corresponding to the perimeter of the central region and a thickness greater than a thickness of the sheet. The reinforcement ring is disposed on the central region. Each tab is folded along the first fold line to extend transversely to the central region against the reinforcement ring, along the second fold line to extend inwardly over the reinforcement ring, and along the third fold line to extend transversely to the central region against the reinforcement ring. The tabs folded around the reinforcement ring define side wall(s) of the box.

The invention relates to a precut blank (1) consisting of a foldable material such as corrugated cardboard, paperboard or carton for producing automatically erectable packaging, in particular, a tray. The precut blank has a bottom (3) and hinged to it, two lateral panels (4), a rear panel (6) and a front panel (5), as well as two connecting flaps (7, 8) hinged to the front panel (5) and two hinged to the rear panel (6). According to the invention, an unstressed elastic element (15) is fastened at the connecting flaps (7) that are hinged to the front panel. Further, the invention relates to packaging erected from the precut blank (1).