A utensil holder is described. The holder includes a base portion and a sidewall portion coupled to a periphery of and extending outward from the base portion. The sidewall portion and the base portion define a utensil receiving portion. An opening of the base portion receives a first magnetic component therein. At least one securement mechanism engaged to the sidewall portion secures the utensil in the utensil receiving portion. A material is affixed at one end to a location on the sidewall portion and is affixed at another end to a second magnetic component. The first and second magnetic component are of opposing polarities such that when the second magnetic component is placed beneath a surface the holder is resting on, the first magnetic component is configured in a magnetic attraction with the second magnetic component to maintain a location of the holder on the surface.

A utensil holder is described. The holder includes a base portion and a sidewall portion coupled to a periphery of and extending outward from the base portion. The sidewall portion and the base portion define a utensil receiving portion. An opening of the base portion receives a first magnetic component therein. At least one securement mechanism engaged to the sidewall portion secures the utensil in the utensil receiving portion. A material is affixed at one end to a location on the sidewall portion and is affixed at another end to a second magnetic component. The first and second magnetic component are of opposing polarities such that when the second magnetic component is placed beneath a surface the holder is resting on, the first magnetic component is configured in a magnetic attraction with the second magnetic component to maintain a location of the holder on the surface.

A system for interacting with food includes a rigid plate with a plurality of recessed regions formed in a body portion of the plate. The recessed regions are arranged to define a shape of an object such as a vehicle or animal for appealing to a young child. One or more of the recessed regions may include a nesting region having a shape substantially matching the shape of a head portion of a utensil for use with the plate. The recessed regions may also include a dock portion that mates with and elevates a head portion of an associated utensil above the lower surface of the recessed region. The body portion may include a retention feature that mates with and retains and handle portion of the utensil. Transition regions between the walls and the lower surfaces of recessed regions may match the shape of the head of the utensil.

A system for interacting with food includes a rigid plate with a plurality of recessed regions formed in a body portion of the plate. The recessed regions are arranged to define a shape of an object such as a vehicle or animal for appealing to a young child. One or more of the recessed regions may include a nesting region having a shape substantially matching the shape of a head portion of a utensil for use with the plate. The recessed regions may also include a dock portion that mates with and elevates a head portion of an associated utensil above the lower surface of the recessed region. The body portion may include a retention feature that mates with and retains and handle portion of the utensil. Transition regions between the walls and the lower surfaces of recessed regions may match the shape of the head of the utensil.

A system for adhering tableware or dishware to a table or other support surface, includes tableware or dishware pieces, a supported body having a first ferromagnetic component, and a support body having a second ferromagnetic component to be magnetically attracted to the first ferromagnetic component. The supported body also has a third ferromagnetic component, arranged on the supported body on an opposite side from the first ferromagnetic component, wherein at least one of the plurality of tableware or dishware pieces comprises a fourth ferromagnetic component to be magnetically attracted to the third magnetic component.

A system for adhering tableware or dishware to a table or other support surface, includes tableware or dishware pieces, a supported body having a first ferromagnetic component, and a support body having a second ferromagnetic component to be magnetically attracted to the first ferromagnetic component. The supported body also has a third ferromagnetic component, arranged on the supported body on an opposite side from the first ferromagnetic component, wherein at least one of the plurality of tableware or dishware pieces comprises a fourth ferromagnetic component to be magnetically attracted to the third magnetic component.

A modular bowl holder for holding bowls includes at least one top flat plate like structure, a longitudinal supporting base, and a first locking mechanism. The top flat plate like structure includes one or more recesses to hold bowls. The longitudinal supporting base includes a first end portion and a second end portion, opposite to the first end portion. The first end portion includes a tapered orientation. The first locking mechanism is adapted to couple the top flat plate like structure and the longitudinal supporting base along the first end portion such that the top flat plate like structure is taperedly aligned at a predetermined angle. The first locking mechanism may include a first locking member and a second locking member be removably attached to each other to couple the top flat plate like structure to the longitudinal supporting base.

The is a bowl which can be adsorbed on the table top, has a bowl body, a notch is opened at the bottom of the bowl body, a silicone suction cup is arranged in the notch, and the silicone suction cup is protrudes downward of the bowl body by a predetermined length, the silicone suction cup is used for adsorbing the table top, and the bottom of the bowl body abuts on the table top. The bottom of the bowl body abuts against the table top closely, so that the gap between the bowl body and the silicone suction cup is hidden in the notch, and the user cannot touch the silicone suction cup, and the fingers cannot be inserted into the gap between the bowl body and the silicone suction cup, it improves the adsorption stability of the bowl. the whole bowl will not shake and has high stability.

The is a bowl which can be adsorbed on the table top, has a bowl body, a notch is opened at the bottom of the bowl body, a silicone suction cup is arranged in the notch, and the silicone suction cup is protrudes downward of the bowl body by a predetermined length, the silicone suction cup is used for adsorbing the table top, and the bottom of the bowl body abuts on the table top. The bottom of the bowl body abuts against the table top closely, so that the gap between the bowl body and the silicone suction cup is hidden in the notch, and the user cannot touch the silicone suction cup, and the fingers cannot be inserted into the gap between the bowl body and the silicone suction cup, it improves the adsorption stability of the bowl. the whole bowl will not shake and has high stability.

A method for manufacturing a bowl and a glass bowl are disclosed. A high borosilicate glass bowl is manufactured with high borosilicate glass, which has characteristics of high hardness, high light transmittance, high chemical stability, cold and hot shock resistance, and the like. A radian of a bottom is measured by a laser scanner, so that an accurate molding die can be manufactured by a numerical control machine tool. A solid rubber compound is mixed by a mixing mill, and then a vulcanizing agent and a silica gel masterbatch are added to obtain a silicone rubber raw material. The silicone rubber raw material is taken out according to a preset weight, then put together with the high borosilicate glass bowl into a molding vulcanizer. Vulcanization compression molding is performed to obtain a high borosilicate glass bowl with an anti-slip silica gel bottom.