Abstract: An animated toy bowling game includes a plurality of pins, a base having a plurality of pin sockets therein, and a toy bowling ball. The pins have fanciful character faces that give the pins the appearance of live characters. Each of the pins is receivable in a respective pin socket for locating the pins in a specified pin arrangement. Each of the pin sockets includes a pin sensor for determining whether a pin is received therein and an actuator element engageable with the respective pin received therein to move, or wobble, the respective pin when the actuator element is moved into and out of engagement with the pin. The game further includes a drive device to effect movement of the actuator elements, and an audio unit operative for producing audible sounds. The sensors, drive device, and audio unit are coupled to a control unit operative for selectively controlling the drive device and the audio unit responsive to detection of the states of the pin sensors.

Abstract: A stacking block game includes a plurality of game blocks stackable in layers, and an elongate sleeve comprising four planar sides defining an interior for retaining the game blocks in layers in the interior. Apertures are provided in the sides, coincide with the game block layers and are dimensioned for passing the game blocks therethrough. The game blocks have a cuboid shape and colored indicia on the faces thereof, and are inserted in the sleeve interior in layers of four game blocks. The stacking block game is played by assigning a different indicia to each player, and then each player ejecting one of the game blocks from the sleeve interior, in turn, by pressing a previously-ejected game block through one of the apertures and against a game block opposite the game block to be ejected. Generally, each player makes a note of the indicia on the uppermost face of the previously ejected game block, and then presses that game block against the indicia of a game block in the sleeve matching the noted indicia.