Scientific Games Corporation

Scientific Games International, Inc.

Other

Panda Eng. Inc.

Mark C Tevis

William F Behm

Kenneth Earl Irwin, Jr

Gary R Streeter

Steven J Daigle

Mark Bofill

Stanley Litman

Bradley W Walton

Bret Levy

Ken Downing

Dan Pallone

Described herein are methods for applying multiple layers of a composition to an article. Also presented are articles produced by the methods described herein. The methods include applying a first composition to the outer surface of a game card to produce a first layer, applying a second composition to the outer surface of the first layer to produce a second layer, applying an ink to the outer surface of the first layer, or the outer surface of the second layer, or both, so as to form an image, and applying a third composition to the outer surface of the second layer to produce a third layer.

Methods for applying coating compositions to an article and articles produced thereof

Described is a player activated game system, particularly adapted for playing instant lottery type games, that includes a game device having a computer containing at least one game, an electronic display and a card interface adapted to receive a game card having data that represents a particular game outcome such that connection of the card to the interface can result the game being played by the device with the particular outcome displayed on the display. Also described are lottery tickets or game cards that are adapted use with the game devices along with methods of manufacturing the game cards.

Game apparatus

Described is a player activated game system, particularly adapted for playing instant lottery type games, that includes a game device having a computer containing at least one game, an electronic display and a card interface adapted to receive a game card having data that represents a particular game outcome such that connection of the card to the interface can result the game being played by the device with the particular outcome displayed on the display.

A lottery ticket validation system validates a probability lottery ticket that has predetermined play rules and that includes a plurality of player removable material covering play spots that in turn cover play indicia located in predetermined locations on the ticket. In addition, validation data is printed on the ticket in the form of a bar code. The validation system includes a housing, a controller located in the housing, a document channel configured in the housing, a sensor, a data reader, a transport mechanism, a scanning circuit, a memory, a processor, and a stigmatization circuit. The sensor includes an optical detector located in the housing and operatively connected to the controller. The data reader is operatively connected to the controller and is adapted to read the bar code. The transport mechanism is located in the housing and is operatively connected to the controller. The transport mechanism includes at least one roller, a plurality of ticket sensors, and a motor. The roller is effective to transport the probability lottery ticket through the document channel such that at least a portion of the play spots is substantially aligned with the sensor and such that the bar code is substantially aligned with the data reader. The scanning circuit is operatively connected to the sensor and to the controller and scans at least a portion of the probability lottery ticket for the player removable material covering the play spots and generates a validation signal indicating which, if any, of the player removable material covering the play spots has been removed from the probability lottery ticket. The memory is operatively connected to the controller and contains data representing the probability lottery ticket, including at least a portion of the validation data obtained from the data reader, and removed play spot data obtained from the validation signal. The processor is operatively connected to the controller and the memory and relates the portion of the validation data to the removed play spot data to verify the probability lottery ticket and to cause the transport mechanism to exit the probability lottery ticket from the document channel. The stigmatization circuit is operatively connected to the processor and is adapted to change at least a portion of a color of the probability lottery ticket prior to the transport mechanism exiting the probability ticket from the document channel.

Lottery ticket validation system

Determination of the authenticity and integrity of various types of documents such as lottery tickets is accomplished by using an electronic verification machine to compare data contained in electronic circuits printed on the document to document data printed on the document. The electronic circuits are printed on the document in conductive or semiconductive ink using, for example, the gravure printing process, and the presence and status of the circuits can be used to verify or authenticate the document. Data can be represented in the electronic circuits by the electrical signature of the circuit which is measured by the electronic verification machine. In the case of lottery tickets, a ticket can be validated by having the electronic verification machine determine which play spots have been removed from the ticket and comparing data on the ticket with the removed play spots to determine a play redemption value for the ticket. Document verification or lottery ticket validation can also be accomplished by transmitting signature data from the electronic circuits via the electronic verification machine to a central computer for comparison with document data.

Electronic verification machine for documents

A method for forming a document includes the steps of (1) selecting a marking medium that has a pre-determined machine-readable characteristic, and (2) selecting a document substrate that is compatible with the pre-determined machine-readable characteristic of the selected marking medium. An information symbol is secured to the selected document substrate. A security layer which includes the selected marking medium is also affixed to the document substrate so that the security layer is in at least partial register with the information symbol. The method can further include the step of affixing a blocking layer to the document substrate in at least partial register with the information symbol. The blocking layer can be affixed to the document substrate so that blocking layer is intermediate the information symbol and the security layer or so that the security layer is intermediate the information symbol and the blocking layer. Inks that can be printed with conventional printing methods, such as intaglio printing, screen printing, relief printing, planographic printing, letterpress printing, and flexographic printing, are especially useful as any of the selected marking media. The ink used is chosen for a particular machine-readable characteristic such as dry-state conductance, fluorescence, optical density, reflectance, and scattering. For example, an ink which has a known, measurable conductance in a dry-state can be used to print conductive layers on the document which serve as security layers.

Lottery ticket structure

Information can be retrieved from documents such as game cards and document security can be improved by printing electronic circuits or circuit elements on the ticket. Conductive or semiconductive ink can be printed on the document by using gravure, relief, planographic, letter press or flexographic methods to form the circuit elements. In one lottery ticket embodiment the circuit elements are printed over play indica and under a scratch-off coating so that they are removed when the ticket is played. An electronic verification machine can then be used to determine which portions of the scratch-off coatings covering the play indicia have been removed. A second group of circuit elements can also be printed under the play indicia which improves security by blocking light that may be shined through the ticket and by being tested, along with the first group of circuit elements, for integrity by the electronic verification machine. Security can be enhanced by printing upper and lower blocking layers over the indicia printed on the document. Printing circuit elements on lottery tickets is particularly suitable for probability tickets because it makes it possible to automatically detect which latex play spots covering the play indica have been removed or tampered with. In addition, by printing circuit elements under a scratch-off coating it is possible to make a data card that can be written by scratching off the coating where the resulting data can read by a machine.

Document structure with circuit elements

Security of game cards such as instant lottery tickets can be improved by locating a confusion pattern below a primer layer on the game cards substrate and by locating another confusion pattern on a release coat above the game card play indica. Game card security can be further enhanced by using confusion pattern ink that bleeds through the game card in response to the application of various solvents.

Game ticket confusion patterns

The playability of an instant bingo game card or similar type game cards can be enhanced by providing for improved marking of numbers on a player card portion of the bingo card. In one approach, a space is provided along side each number in which a mark is printed and a scratch-off coating is applied over the mark. In a second approach, a microencapsulated pressure sensitive dye is applied over each number and by simply rubbing a particular number can be marked.

Instant bingo game card

Information can be retrieved from lottery tickets and lottery ticket security can be improved by printing electronic circuits or circuit elements on the ticket. Conductive or semiconductive ink can be printed on the ticket by using gravure, relief, planographic, letter press or flexographic methods to form the circuit elements. In one embodiment the circuit elements are printed over play indica and under a scratch-off coating so that they are removed when the ticket is played. An electronic verification machine can then be used to determine which portions of the scratch-off coatings coveting the play indicia have been removed. A second group of circuit elements can also be printed under the play indicia which improves security by blocking light that may be shined through the ticket and by being tested, along with the first group of circuit elements, for integrity by the electronic verification machine. Printing circuit elements on lottery tickets is particularly suitable for probability tickets because it makes it possible to automatically detect which latex play spots coveting the play indica have been removed or tampered with.

Growing community of inventors

Cumming, GA, United States of America

Mark C Tevis