Abstract: An amusement game and method that tracks the movement of a game object utilizing an image sensing device that communicates with a control unit for the amusement game. The amusement game includes an image sensing device, such as a CCD or CMOS camera, that is positioned to view the playfield of the amusement game and track the movement of a game object along the playfield. The control unit receives a series of sequential image scans from the image sensing device and determines the position of the game object along the playfield. Based upon the detected position of the game object, the control unit modifies the operation of the game or awards player points.

Abstract: A dispensing game system includes a prize capsule storage hopper above two automatic hopper loaders that replenish the game below with prize capsules as needed. Two Ferris wheels carry free swinging gondolas that receive and hold the prize capsules from the loaders. Two or more player-activated actuator arms located next to the outer edge of the Ferris wheels are used to hit targets attached to the moving gondolas, in turn causing the gondolas to tip forward and release the prize capsule, which then falls down and rolls into the prize opening for the player to collect.

Abstract: A dispensing fishing game system includes a prize capsule storage bin in the form of a three dimensional play field at the bottom of a cabinet. A drive mechanism controls a fishing rod with lifelike operation. An external fishing rod hand and spool mechanism are activated by a player to manipulate the inside fishing rod mechanism to move side to side, or back and forth, a fishing hook in order for a player to move the hook and snag one of the prizes. Once hooked, the prize is lifted and released over a prize chute which then falls down and rolls into a prize opening for the player to collect.

Abstract: A serpentine ramp is rotatable about a horizontal axis between its center and its upper end to lift a pinball from a lower play surface to an upper play surface. A ball is directed from the lower surface into a ball receiving portion in the lower end of the ramp. This closes an optical switch causing the ramp to rotate between a receiving position and a discharge position. A ball disposed in the receiving portion rolls on the ramp to its upper end and then onto the upper surface. A second optical switch is closed by the return of the ramp to the receiving position which terminates the operation of the device.

Abstract: The invention comprises a multilevel, vertically oriented pinball game arranged in a cabinet that occupies a minimum of floor space. Because the smaller game cabinet limits the depth of the playfield, a single horizontal playfield would not provide the play or challenge of a standard game. To overcome this drawback, the pinball game of the invention includes a plurality of vertically displaced playfields. The playfields are arranged such that the player plays vertically between the playfields as well as playing horizontally on the individual playfields. Each playfield includes a number of play features such that even though the game is contained in a smaller cabinet it will provide a typical number of play features. At least one player controlled flipper is provided on each playfield to allow the player to control the ball when on that level. A wide variety of ramps or other ball transfer devices can be used to convey the ball between the playfields.

Abstract: The play feature for a pinball game of the present invention comprises a roulette scoring device mounted above the playfield which includes a horizontally rotating wheel having a plurality of apertures arrayed around its periphery. A different point value indicated to the player is associated with each of the apertures. Pinballs can enter the roulette scoring device not only from the shooter lane, but also from a ramp disposed on the playfield. An optical switch or microswitch included in the ramp adjacent a holding device and a microswitch in the shooter lane generate signals sent to the game microprocessor to cause the wheel to rotate. An optical switch mounted on the playfield senses the return of the ball to the playfield and signals the game microprocessor to stop the rotation of the wheel and to add the appropriate point value to the player's score.