To guard against injury to persons engaging the trim edges of a hinged container, a protective flap extends from the lid on either end of the axial hinge. The flaps extend from the corners of the lid adjacent respective trim edges of the hinge. The flaps have a rounded bottom portion which is extended past the axial hinge line. The curved structure of the protective flaps helps to gently deflect objects, such as fingers, away from any sharply angled trim edges of the hinge, thereby guarding handlers from accidental injury.

To guard against injury to persons engaging the trim edges of a hinged container, a protective flap extends from the lid on either end of the axial hinge. The flaps extend from the corners of the lid adjacent respective trim edges of the hinge. The flaps have a rounded bottom portion which is extended past the axial hinge line. The curved structure of the protective flaps helps to gently deflect objects, such as fingers, away from any sharply angled trim edges of the hinge, thereby guarding handlers from accidental injury.

The present invention relates to a method for manufacturing a 3-dimensional shaped product from a fluff pulp material and such product. The method according to the invention comprises the steps of: providing a fluff pulp material; providing an air-laid flow of fluff pulp material to a 3-dimensional shaped mould; forming the product in the mould; and releasing the 3-dimensional shaped product from the mould.

A plastic egg carton that enables secure packaging of different size eggs, preferably in both oriented and non-oriented positions, while also allowing for easy filling, closing, handling and packing in shipping containers. The egg carton has a base tray and a lid hingedly connected to the tray for pivoting between open and closed positions. Each cell of the base tray has a plurality of collapsible bubbles formed in the cell sidewall, the bubbles extending radially inwardly in a relaxed state (when no egg or an egg up to a predetermined size (diameter) is present in the cell) and configured to move (compress) outwardly when eggs of increasing size (diameter) above the predetermined size are placed in the cell, thereby accommodating a range of different size variations, and holding each received egg in a vertically aligned position in its cell. The lid post also has a plurality of collapsible bubbles. The bubbles in the cell sidewalls and lid posts collectively hold each egg, within a predefined range of egg sizes, vertically upright in the cell pocket, resisting movement in the horizontal (lateral) direction, and cushioning the egg at its point of maximum girth (maximum width) from compressive forces (lateral impacts).

A plastic egg carton that enables secure packaging of different size eggs, preferably in both oriented and non-oriented positions, while also allowing for easy filling, closing, handling and packing in shipping containers. The egg carton has a base tray and a lid hingedly connected to the tray for pivoting between open and closed positions. Each cell of the base tray has a plurality of collapsible bubbles formed in the cell sidewall, the bubbles extending radially inwardly in a relaxed state (when no egg or an egg up to a predetermined size (diameter) is present in the cell) and configured to move (compress) outwardly when eggs of increasing size (diameter) above the predetermined size are placed in the cell, thereby accommodating a range of different size variations, and holding each received egg in a vertically aligned position in its cell. The lid post also has a plurality of collapsible bubbles. The bubbles in the cell sidewalls and lid posts collectively hold each egg, within a predefined range of egg sizes, vertically upright in the cell pocket, resisting movement in the horizontal (lateral) direction, and cushioning the egg at its point of maximum girth (maximum width) from compressive forces (lateral impacts).

A biodegradable packaging for storing eggs is provided and includes a package manufactured from the plastic transformation of a biodegradable composition, including at least one source of gelatinized starch, at least one source of powder starch and at least one natural fiber. The embodiments present a new design, improved ergonomics of handhold, high stacking capacity, improved mechanical resistance and moisture resistance over other biodegradable packages, besides high thermal insulation. After consumption of the eggs initially packaged in its interior, the embodiments may be reused as a plant's vase, as a complement to animal feed or as an organic compound.

A crate, such as for transporting egg cartons or other items, includes a base, opposed side walls and a rear wall extending upward from the base. A front wall opposite the rear wall is selectably moveable between a closed position and a retracted, open position. In the retracted position, access to the interior of the crate is provided. In one embodiment, the front wall includes a plurality of pivotably connected sections, such that the front wall can be retracted to provide access to the interior.

A crate, such as for transporting egg cartons or other items, includes a base, opposed side walls and a rear wall extending upward from the base. A front wall opposite the rear wall is selectably moveable between a closed position and a retracted, open position. In the retracted position, access to the interior of the crate is provided. In one embodiment, the front wall includes a plurality of pivotably connected sections, such that the front wall can be retracted to provide access to the interior.

An egg carton having base and lid trays that when disposed in vertical alignment (with the lid tray on top of the base tray) form a closed egg carton. The base and lid trays each include a pair of mating handle components, such that when assembled to form a closed carton provide both enhanced strength and ease of carrying the assembled carton. The handles also facilitate handling of the base and lid trays separately during manufacture, packing and transport, and during and after filling the base with eggs. The new base, lid and carton assembly are particularly useful when adapted for holding more than a dozen eggs, for example when holding 30 or more eggs in a rectilinear array of egg cells (arranged in linear rows and transverse linear columns), such as a 56 array of egg cells. The lid may further include a labeling area above a select portion of the base cells, the labeling area comprising a flat panel top wall and a depending sidewall forming an empty interior cavity below the top wall, for insertion of labeling material.

An egg carton having base and lid trays that when disposed in vertical alignment (with the lid tray on top of the base tray) form a closed egg carton. The base and lid trays each include a pair of mating handle components, such that when assembled to form a closed carton provide both enhanced strength and ease of carrying the assembled carton. The handles also facilitate handling of the base and lid trays separately during manufacture, packing and transport, and during and after filling the base with eggs. The new base, lid and carton assembly are particularly useful when adapted for holding more than a dozen eggs, for example when holding 30 or more eggs in a rectilinear array of egg cells (arranged in linear rows and transverse linear columns), such as a 56 array of egg cells. The lid may further include a labeling area above a select portion of the base cells, the labeling area comprising a flat panel top wall and a depending sidewall forming an empty interior cavity below the top wall, for insertion of labeling material.