A pulp molded folding spoon, comprising a holding portion (1) and a spoon bowl (2) connected to the front end of the holding portion (1). The holding portion (1) comprises an elongated sheet-like body (10); the front end of the sheet-like body (10) is connected to the opening of the spoon bowl (2); the sheet-like body (10) is provided with a Y-shaped folding line (11) distributed in the length direction of the sheet-like body (10); and a reinforcing rib I (12) is located between two opposite folding lines of the Y-shaped folding line (11). The structural strength can be improved and the service life can be prolonged.

The present disclosure provides fast food cutlery including a disposable paper pulp fast food fork/spoon/knife. The disposable paper pulp fast food fork includes a handle, a first transition portion and a fork body. The handle is connected to the fork body through the first transition portion to form a fast food fork body; a plurality of prongs is formed at the other end of the fork body; two paralleled reinforcing arched strips are convexly disposed on an upper surface of the handle, and a first reinforcing groove is formed between the two reinforcing arched strips; one end of the reinforcing arched strip extends to an end of the handle away from the first transition portion, and the other end of the reinforcing arched strip extends through the first transition portion to the lowest region of the fork body; a second reinforcing groove is formed on each prong, one end of the second reinforcing groove extends to a tip of the prong, and the other end of the second reinforcing groove extends to the first transition portion; the reinforcing arched strips, the first reinforcing groove, the prongs and the second reinforcing grooves are disposed in parallel. In the present disclosure, the strength of the handle of the fast food fork can be increased through an undulated curved surface structure, and an integral thin-walled structure of the fast food fork is formed using paper pulp, thereby reducing the production costs and increasing the use comfort.

The present disclosure provides fast food cutlery including a disposable paper pulp fast food fork/spoon/knife. The disposable paper pulp fast food fork includes a handle, a first transition portion and a fork body. The handle is connected to the fork body through the first transition portion to form a fast food fork body; a plurality of prongs is formed at the other end of the fork body; two paralleled reinforcing arched strips are convexly disposed on an upper surface of the handle, and a first reinforcing groove is formed between the two reinforcing arched strips; one end of the reinforcing arched strip extends to an end of the handle away from the first transition portion, and the other end of the reinforcing arched strip extends through the first transition portion to the lowest region of the fork body; a second reinforcing groove is formed on each prong, one end of the second reinforcing groove extends to a tip of the prong, and the other end of the second reinforcing groove extends to the first transition portion; the reinforcing arched strips, the first reinforcing groove, the prongs and the second reinforcing grooves are disposed in parallel. In the present disclosure, the strength of the handle of the fast food fork can be increased through an undulated curved surface structure, and an integral thin-walled structure of the fast food fork is formed using paper pulp, thereby reducing the production costs and increasing the use comfort.

An automated cutting die being produced edible biodegradable tableware contains: a cutting assembly, a holding assembly, and edible biodegradable dough. The cutting assembly includes a first cutting mold and a second cutting mold. The first cutting mold has multiple cutting portions, and the second cutting mold has multiple grooves and two first support portions. The holding assembly includes a first receiving mold and a second receiving mold. The first receiving mold has multiple pressing portions, two second support portions formed beside the multiple pressing portions, and multiple through holes defined on the multiple pressing portions, wherein the second receiving mold has a recessed portion defined thereon, a molding cavity formed in a hollow shape beside the recessed portion and multiple passing orifices defined on the molding cavity.

An eating assistance device includes a curved plate and a handle. The curved plate is sized and configured to be disposed within an oral cavity of a mouth between a cheek and adjacent teeth. The curved plate is sized and configured to follow an exterior contour of the adjacent teeth along a lateral side of the mouth. The curved plate is sized and configured to span a gap between top and bottom teeth of the adjacent teeth when a jaw within the mouth is opened to retain food items within the oral cavity. The curved plate has top and bottom edges that are substantially parallel. The handle extends from the mouth plate and is disposed on an exterior of the mouth when the curved plate is disposed within the oral cavity.

An article of manufacture comprising a planar utensil element fabricated of an elongated foldable material and having a plurality of scores indicating where the planar utensil element is to be folded in order to become a usable utensil. Folding the planar utensil element about the scores produces a handle and a bowl. An element of a food package fabricated of the same material as the planar utensil element, such as a cover, covers at least a portion of the planar utensil element. The cover or other element of the food package provides physical and hygienic protection to the planar utensil element during transportation of the planar utensil element. The planar utensil element is positioned under the cover or other element on a surface of the food package.

An article of manufacture comprising a planar utensil element fabricated of an elongated foldable material and having a plurality of scores indicating where the planar utensil element is to be folded in order to become a usable utensil. Folding the planar utensil element about the scores produces a handle and a bowl. An element of a food package fabricated of the same material as the planar utensil element, such as a cover, covers at least a portion of the planar utensil element. The cover or other element of the food package provides physical and hygienic protection to the planar utensil element during transportation of the planar utensil element. The planar utensil element is positioned under the cover or other element on a surface of the food package.

A cookware utensil system having at least one cookware further comprising a cookware body with a perimetric edge and at least one handle extending outwardly from the cookware body, and a utensil having at least one notch that is configured to engage with the at least one handle.

A cookware utensil system having at least one cookware further comprising a cookware body with a perimetric edge and at least one handle extending outwardly from the cookware body, and a utensil having at least one notch that is configured to engage with the at least one handle.

Accessories to eating utensils, in particular spoons, are disclosed which are attachable to the bowl of a spoon. An exemplary accessory has a bowl-shaped part with a slot or pocket on the backside. The bowl of a spoon is insertable into the slot or pocket, and the bowl-shaped part of the accessory then takes the place of the spoon's bowl. The handle of the original spoon is used to manipulate the accessory, which is itself handleless. The accessory provides one of a variety of spoon bowl geometries that are tailored to meet the needs of particular users, such as persons with motor disabilities who may have difficulty with self-feeding.