International Business Machines Corporation

John Dorak

James T Tsevdos

Kha D Nguyen

George Gregory Gruse

Susan E Waefler

Minhtam C Nguyen

Glen E Hamblin

Paripon Singkornrat

Ross L Cook

Don E Basnett, Jr

Donald J Watzel

A game programming system uses rewritable cartridges that are compatible with commercially available game systems to produce game cartridges at a point-of-sale location so that retailers only need to stock sufficient uniquely designed game blanks to meet consumer demand. A game programmer or programming device loads digital content from computer storage to a rewritable game cartridge incorporating reprogrammable flash memory. The system includes flash rewritable cartridge identification hardware that allows verification of the cartridge to identify it as proprietary to a particular manufacturer or authorized dealer. The system provides for game content to be erased from the cartridge and new game content to be programmed so that the cartridge can be reused time after time to house any number of programs. During a cartridge write operation, a game programmer interface accepts data stored in a personal computer (PC) and fills first in first out (FIFO) memory. A sequencer generates addresses, proper commands, control signals, and timing signals, and sends the game content from the FIFO memory to the game programmer which passes the information to the reprogrammable game cartridge. The sequencer enables the game programming system to write data to the reprogrammable game cartridge very rapidly. The game programmer provides an interface between the game program storage and reprogrammable game cartridge. The programmer may include multiple slots or sockets and accommodate cartridges from different manufacturers with different game formats.

Game programming flash memory cartridge system including a programmer

A game manufacturing process includes the steps of a customer's game selection being used to initiate the manufacturing process by scanning a bar code from an empty cartridge box to a selection slip. An appropriate cartridge is identified and erased. The manufacturing system then writes the game cartridge with the content data from a game storage computer and sends information to a printer for producing identification and instructional inserts for the game. The game computer has stored therein the game contents for all of the games. After a game-to-be-'burned' indicia is provided to the game storage computer, and a cartridge is installed, the sequence of loading the game and additional identifying information into a flash RAM contained in the cartridge is commenced. The manufacturing system functions so that if timely connections are not made between the game storage computer and a host computer, the game burner application time counter will not be reset by regularly transmitted and expected transactional data, and the system will only operate for a limited period of time and will then cease to function. The operator can request from the host computer a grace period to resume normal operation of the game burning application. This provides some minimum time between connections, but does not permit the game burner application to run without first transmitting sufficient support data to and from the host computer.

Cartridge manufacturing system for game programs

Growing community of inventors

Boca Raton, FL, United States of America

John Dorak