Hasbro, Inc.

Linwood E Doane, Jr

Lev Tsimberg

Fred Daniel Eddins

Tania Hall

Brian Merten

Amanda M Bligh

A modeling compound and methods for making the same are described. The modeling compound, in some embodiments, comprises about 20% to about 40% by weight starch-based binder, and about 0.15% to about 1.2% by weight microspheres dispersed throughout the compound.

Modeling compound

Modeling compounds and methods for making the same are described. The modeling compounds, in some embodiments, comprise about 20% to about 40% by weight starch-based binder, and about 0.15% to about 1.2% by weight microspheres dispersed throughout the compounds. In some embodiments, the modeling compound further comprises vinylpyrrolidone polymers.

Modeling compounds and methods of making and using the same

The present invention relates generally to a toy water gun and, more particularly, to a pressurized toy water gun having a mixing nozzle or nozzles for simultaneously discharging and mixing two or more liquids after they pass through the mixing nozzle. In one embodiment, the toy gun may include separate tanks or reservoirs for storing the liquids, and separate nozzles for receiving and discharging the liquids in discharged streams of liquid. The toy gun may further include a pressurization mechanism in fluid communication with the tanks and the nozzles to provide pressure to cause the liquids to be discharged from the nozzles in the discharged streams of liquid. The nozzles may be oriented relative to each other such that the discharged streams engage each other after being discharged from the outlets of the nozzles to mix the liquids.

Toy water gun for discharging and mixing multiple liquids

A starch-based modeling compound includes a starch-based binder and about 2% to about 10% retrogradation inhibitor, such as waxy corn starch.

Starch-based modeling compound

An apparatus and method for creating and destroying toys having a solid exterior and liquid interior are disclosed. The apparatus and method entail the creation of an impression within a supply of modeling compound using a form having a desired shape. The impression formed within the modeling compound is then filled with a curable liquid which cures upon contact with the modeling compound. The modeling compound remains in contact with the curable liquid for a sufficient length of time to cure an exterior skin while leaving the interior in a liquid state. The liquid interior is then drained and refilled with a non-curable liquid so as to provide a toy having life-like features. The kit further provides a crushing mechanism having a movable plunger adapted to physically crush the toy by rupturing the exterior skin and splattering the liquid interior against a dome of the crushing mechanism.

Apparatus and method for creating and destroying a solid exterior/liquid interior toy

A modeling composition includes a moldable base material and small pieces of colored cotton in the form of fabric or paper mixed into the moldable base material. The modeling composition may be made by providing a moldable base material, providing small pieces of colored fabric or paper made from a colored fabric or paper, and mixing the small pieces of colored fabric or paper into the moldable base material.

Modeling composition with colored cotton

A simulated suspended animation biosphere assembly includes an outer housing having a transparent wall portion, a transparent gel in the housing and at least one action component movably suspended in the gel. The action component is adapted to resemble an actual action element which is capable of voluntary controlled independent action movement and which is movably suspendable in a natural environmental medium.

Simulated suspended animation biosphere

A synthetic phosphorescent fiber having a sectional dimension of less than approximately 0.015 in. and a method of manufacturing the fiber. The fiber comprises a body portion made of a flexible and durable polymeric material which is at least partially translucent and a plurality of phosphorescent particles in the body portion. The particles have a miximum particle size which is less than one half of the sectional dimension of the fibers and between approximately 0.0075 in. and 0.0005 in. and they have a mean particle size which is greater than approximately 0.0025 in. The fibers are manufactured in accordance with the method by mixing appropriately sized phosphorescent particles with a coupling agent, mixing the particles and the coupling agent with a suitable polymer and extruding the resultant mixture to form fibers. The fibers can be effectively utilized for artificial hair for toy dolls as well as for various other applications.

Growing community of inventors

Chepachet, RI, United States of America

Linwood E Doane, Jr