A throwing toy that can simulate the throwing of a weapon. The throwing toy has a head and a handle that are molded from a soft polymeric foam. Reinforcement elements can be molded into the foam to provide structural integrity. The head of the toy has a face surface, a rear surface, a top surface, and a bottom surface. The handle extends from the bottom surface of the head. When the throwing toy is thrown toward a target, one of the surfaces of the head is likely to impact the target. Contact connectors, such as suction cups, are affixed to at least one of the surfaces of the head. The contact connectors are set at different positions and preferably at different angles to provide contact attachments across a wide range of contact angles.

A model toy includes: a main body including a plate portion; a first figure body provided on the plate portion; and a second figure body provided on the plate portion so as to be arranged in a state where the second figure body is close to the first figure body along an arrangement direction in which the first figure body and the second figure body are arranged. The first figure body engages the plate portion immovably. The second figure body engages the plate portion movably to allow the second body to move in a direction in which the second figure body is separated from the first figure body along the arrangement direction.

A multi-axis controlled toy system for moving an amusement object on a variable level table surface. The multi-axis controlled toy system generally includes a recess formed by surrounding perimeter walls for supporting the table surface. A first plurality of pulleys and a second plurality of pulleys are mounted on the perimeter walls. A first line and a second line are wound about the pulleys and around handwheel pulleys rotatably engaged with handwheels. The lines are attached to moving rods perpendicular to each other and extending through a sliding member. The amusement object is attached to the sliding member. The user rotates the handwheels to move the lines and thereby move the moving rods. The motion of the rods generates the motion of the sliding member and amusement object on the table surface.

The disclosed invention is of a children's construction toy made of expanded plastic foam extrusions. These extrusions can be cut to a desired size and then assembled either with or without fasteners into a wide variety of configurations including log cabins, pirate ships, castles and cars.

A collapsible toy structure has a back support, a counter top pivotably connected to the back support, a front wall that is pivotably connected to underside of the counter top, a locking mechanism having a block secured to the back support and a locking bar rotatably connected to the block, a left side wall having a left front panel, and a right side wall having a right front panel. The toy structure assumes a collapsed position with the counter top pivoted to an upright position against the back support, the front wall pivoted to an upright position against the counter top, the left front panel and the right front panel pivoted against the front wall, and with the locking bar rotated to a position where its opposite ends are positioned against the left front panel and the right front panel.

A collapsible toy structure has a back support, a counter top pivotably connected to the back support, a front wall that is pivotably connected to underside of the counter top, a locking mechanism having a block secured to the back support and a locking bar rotatably connected to the block, a left side wall having a left front panel, and a right side wall having a right front panel. The toy structure assumes a collapsed position with the counter top pivoted to an upright position against the back support, the front wall pivoted to an upright position against the counter top, the left front panel and the right front panel pivoted against the front wall, and with the locking bar rotated to a position where its opposite ends are positioned against the left front panel and the right front panel.

A projectile toy with a body and at least one suction cup. Each suction cup assembly has a cup structure capable of adhering to a surface with suction and a vent valve for venting the suction. The vent valve automatically vents the cup structure only when a pull force is applied to the body. The vent valve is normally closed. When the body of the projectile toy is pulled, the suction cup moves relative to the body and opens the vent valve. In this manner, the toy projectile can be easily pulled from surfaces without damaging the toy projectile.

A vibration device includes a vibration generator arranged in a device body to generate vibration with the device body that allows for attachment of a detachable article. The vibration device further includes a controller that controls the vibration generator based on a selection signal for switching a vibration mode so that vibration is generated with the device body in accordance with a used state of the detachable article and the device body.

A model toy includes: a main body including a plate portion; a first figure body provided on the plate portion; and a second figure body provided on the plate portion so as to be arranged in a state where the second figure body is close to the first figure body along an arrangement direction in which the first figure body and the second figure body are arranged. The first figure body engages the plate portion immovably. The second figure body engages the plate portion movably to allow the second body to move in a direction in which the second figure body is separated from the first figure body along the arrangement direction.