Abstract: According to one embodiment of the present invention, an arrangement of plates for receiving food is disclosed. The arrangement of plates comprises a plurality of nestable plates, wherein the plates within the plurality of nestable plates have an animal theme. Each of the plates having an animal theme include a main compartment depicting a primary attribute of an animal corresponding to the animal theme, and at least two independent wells adjacent to the main compartment. Each of the wells are shaped to depict a secondary attribute of the animal corresponding to the animal theme. The plurality of plates include a first plate depicting a first animal and a second plate depicting a second animal that is different from the first animal. The secondary attribute within the wells of said first plate is a first physical feature of the first animal and the secondary attribute within the wells of the second plate is a second physical feature of the second animal.

Abstract: According to one embodiment of the present invention, an arrangement of plates for receiving food is disclosed. The arrangement of plates comprises a plurality of nestable plates, wherein the plates within the plurality of nestable plates have an animal theme. Each of the plates having an animal theme include a main compartment depicting a primary attribute of an animal corresponding to the animal theme, and at least two independent wells adjacent to the main compartment. Each of the wells are shaped to depict a secondary attribute of the animal corresponding to the animal theme. The plurality of plates include a first plate depicting a first animal and a second plate depicting a second animal that is different from the first animal. The secondary attribute within the wells of said first plate is a first physical feature of the first animal and the secondary attribute within the wells of the second plate is a second physical feature of the second animal.

Abstract: According to one embodiment of the present invention, an arrangement of plates for receiving food is disclosed. The arrangement of plates comprises a plurality of nestable plates, wherein the plates within the plurality of nestable plates have an animal theme. Each of the plates having an animal theme include a main compartment depicting a primary attribute of an animal corresponding to the animal theme, and at least two independent wells adjacent to the main compartment. Each of the wells are shaped to depict a secondary attribute of the animal corresponding to the animal theme. The plurality of plates include a first plate depicting a first animal and a second plate depicting a second animal that is different from the first animal. The secondary attribute within the wells of said first plate is a first physical feature of the first animal and the secondary attribute within the wells of the second plate is a second physical feature of the second animal.

Abstract: A method for continuous preparation of a starch-based biodegradable polymer. A homogeneous mixture of starch, an ethylene acrylic acid co-polymer, and a salt of stearic acid are premixed before addition of an aqueous lubricant material. An increase in temperature gelatinizes the starch and melts the co-polymer. Excess moisture is removed under reduced pressure and a plastic material is extruded.

Abstract: An injection moldable biodegradable plastic formed of corn starch and low-density polyethylene. Ethylene acrylic acid co-polymer can be included in proportions ranging from 0-10%, by weight, and sodium hydroxide can be utilized to neutralize the acidic portions of the ethylene acrylic acid co-polymer. When no ethylene acrylic acid co-polymer is utilized, glycerol is added. To improve injection molding characteristics, the ethylene acrylic acid co-polymer and polyethylene are premixed before the addition of corn starch.

Abstract: An eddy current sensor probe which includes first and second rigid end portions coupled together with a central portion comprising a flexible membrane. The flexible membrane includes indentations comprising sensor supporting regions. A differential pressure is applied across the membrane to position the sensors in a favorable location for collecting data related to the condition of the wall portion of hollow tubes.