A posable toy figure is disclosed. The posable toy figure includes: a limb structure comprising a flexible support member at least partially enclosed in a pliable material member that is physically distinct from the flexible support member; a first rigid body member that encloses a first portion of the limb structure, the first rigid body member comprising a connection interface that extends from an exterior of the first rigid body member; and a second rigid body member that encloses a second portion of the limb structure, the second rigid body member and the first rigid body member being spatially separated such that the limb structure is exposed between the first body member and the second body member.

The present invention relates to a pop-up toy which is mounted at a random location, operates by means of a moving object which moves from outside, and thus transforms from a first from into a second form, thereby enhancing amusement of the play.

The present invention relates to a pop-up toy which is mounted at a random location, operates by means of a moving object which moves from outside, and thus transforms from a first from into a second form, thereby enhancing amusement of the play.

A transformable structure reconfigurable between in-line and simulative configurations. Head beading, an anterior engaging bead, anterior appendage beading, a central bead, posterior appendage beading, a posterior engaging bead, and terminal beading are connected in series. The central bead has anterior and posterior cavities, and receivable portions of the engaging beads are respectively received in the cavities when the structure is in the simulative configuration. An elastic core passes through the beading, and the transformable structure can be reconfigured between in-line and simulative configurations by a relative twisting and untwisting of the components. The anterior and posterior engaging beads can be spherical, and the anterior and posterior cavities can be hemispherical. An anterior toroidal ring bead between the head beading and the anterior engagement bead and a posterior toroidal ring bead between the terminal beading and the posterior engaging bead facilitate selective repositioning of the head and terminal beading.

A transformable structure reconfigurable between in-line and simulative configurations. Head beading, an anterior engaging bead, anterior appendage beading, a central bead, posterior appendage beading, a posterior engaging bead, and terminal beading are connected in series. The central bead has anterior and posterior cavities, and receivable portions of the engaging beads are respectively received in the cavities when the structure is in the simulative configuration. An elastic core passes through the beading, and the transformable structure can be reconfigured between in-line and simulative configurations by a relative twisting and untwisting of the components. The anterior and posterior engaging beads can be spherical, and the anterior and posterior cavities can be hemispherical. An anterior toroidal ring bead between the head beading and the anterior engagement bead and a posterior toroidal ring bead between the terminal beading and the posterior engaging bead facilitate selective repositioning of the head and terminal beading.

A formable, deformable or shapeable toy snake or snake accessory is provided. The toy, snake can include one or more head weights, such as a plurality of weighted head beads. The body of the toy snake is deformable and is made of bendable material that may have elastic or springing properties. The tail of the toy snake can include a plurality of tail beads. At least some of the head weights may push the head forward when a user swings a central section of the snake with forward and then rearward acceleration. The head weight or weights cause a mouth of the toy snake to open as a weight of the head weight or weights pushes the head of the snake forward.

A formable, deformable or shapeable toy snake or snake accessory is provided. The toy, snake can include one or more head weights, such as a plurality of weighted head beads. The body of the toy snake is deformable and is made of bendable material that may have elastic or springing properties. The tail of the toy snake can include a plurality of tail beads. At least some of the head weights may push the head forward when a user swings a central section of the snake with forward and then rearward acceleration. The head weight or weights cause a mouth of the toy snake to open as a weight of the head weight or weights pushes the head of the snake forward.

A plush toy with an internal skeleton and a PVC head attached with a variety of coupling mechanisms. The plush toy includes a movable and poseable internal skeleton that attaches to a neck connector allowing the use of a PVC head with the plush body. Further, the present invention includes a unique shoulder design that assists in retention of plush material in the plush toy body. Additionally, four unique head coupling configurations are disclosed that enable connection of a PVC toy head to a plush body.

A plush toy with an internal skeleton and a PVC head attached with a variety of coupling mechanisms. The plush toy includes a movable and poseable internal skeleton that attaches to a neck connector allowing the use of a PVC head with the plush body. Further, the present invention includes a unique shoulder design that assists in retention of plush material in the plush toy body. Additionally, four unique head coupling configurations are disclosed that enable connection of a PVC toy head to a plush body.

The present invention is directed to an interactive tube that when stretched and released compresses to a random configuration.