US20030227134A1

US20030227134A1 - Method of playing a lottery game of chance that has a guarantee jackpot winner every game

Info

Publication number: US20030227134A1
Application number: US10/459,296
Authority: US
Inventors: Zaki Khal
Original assignee: Individual
Current assignee: Las Vegas Gaming Inc
Priority date: 2002-06-10
Filing date: 2003-06-10
Publication date: 2003-12-11

Abstract

A method for playing a Lottery type game of chance. The method comprises the following steps: selling a plurality of Lottery tickets for a lotto style lottery game; drawing a first winning combination; and, if necessary, redrawing winning combinations until a matching set of numbers is identified and a winner is declared.

Description

CROSS REFERENCE TO RELATED APPLICATIONS

This application is entitled to the benefit of Provisional Patent Application Serial No. 60/387799 filed Jun. 10, 2002 entitled “A METHOD OF PLAYING A LOTTERY GAME OF CHANCE THAT HAS A GUARANTEE JACKPOT WINNER EVERY GAME”. [0001]

BACKGROUND OF THE INVENTION

Lotteries in the United States currently generate close to $40 billion in sales. More than forty states in the U.S. offer some form of government-sponsored lottery. Much of the revenue generated from the games is used to fund state funded tax programs such as education.

Lottery is a game of chance in which the player must correctly pick a pre-set of numbers that are drawn from a larger pool of numbers. For example, a player may be required to select six numbers from a pool of sixty numbers (i.e., 1-60). Typically, the cost of each ticket is between $1 and $2 per ticket. In most lottery games, the player fills out computer coded cards with his selected numbers. The cards are then presented to a authorized lottery dealer or administrator. Lottery tickets containing the one or more selected sets of numbers are then generated by a computerized ticket generator and purchased by the player. Lottery ticket generators typically contain random number generators. These random number generators randomly select number sets for players who do not choose to pick their own numbers.

As stated, Lottery tickets are typically purchased in two ways. Initially, players can code up a computer readable card with their number selections. Alternatively, lottery tickets are purchased by players who permits the random ticket generator to generate their tickets and select their numbers. The selected numbers are then transmitted to a central computerized system which stores the selected numbers (as well as those coded up by the players), each of which correspond to a purchased ticket. At a specified time period (typically once per week), the lottery administrator randomly selects the winning numbers for that game. The winning combination of numbers is then published in the local newspaper and announced on the local radio and TV stations. Even though currently most Lotteries administrators can tell whether any winning tickets were purchased, it is left up to the individual who purchased the winning ticket to come forward and claim his prize. If no winner is identified, then the game ends and the jackpot gets rolled over into the next game (e.g., the following weeks game). However, the tickets purchased for that week's game become void and new tickets must be purchased in order to be eligible for the next drawing.

A particular problem which has faced numerous jurisdictions which sponsor lottery games is that of declining revenues and profits. There are a number of state lottery agencies which are running deficits due to increased competition for players. With the proliferation of lotteries, states and Canadian provinces have aggressively campaigned to receive a larger share of static lotto revenues. In addition, it is common for lotto jackpots to accumulate over many weeks or even months. Accordingly, players frequently wait until a jackpot has grown to a substantial level before beginning to purchase tickets. Thus, the size of the jackpot is directly proportional to the demand for tickets. This phenomenon tends to create an inconsistent cash-flow for the lottery authority and frequently leads to frenzied buying at the last minute as the jackpot accumulates. This situation can result in people waiting in line for many hours to purchase tickets, disrupts the business of the ticket vendor, and discourages the elderly and infirm from purchasing tickets. Additionally, the fact that it may take months for a winner to be identified, many people get discouraged and don't play since they have to repurchase a ticket every time a new drawing is going to be conducted.

SUMMARY OF THE INVENTION

The present invention has been created in order to establish a more efficient and exciting lottery game and help solve many of the problems current lottery games have around the United States.

It's an object of the present invention to establish a lottery game of chance that has a guarantee jackpot winner for each game.

Another object of the present invention is to provide a method for operating a lottery game wherein entries are accepted for consideration in all lottery drawings until at least one winner is identified and wins the jackpot.

Another object of the present invention is to provide a method for operating a lottery game wherein the winners are notified by the lottery administrator that they have won the jackpot.

Another object of the present invention is to establish a method of storing a player's ticket purchasing identification information.

Another object of the present invention is to randomly draw a winning lottery ticket from a pool of stored tickets purchased for that lottery game.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a flow chart illustrating a method of operating a lottery system of the present invention. [0012]
FIG. 2 is a plan view of a lottery ticket purchase form for the present invention.[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

FIG. 1 represents a flow diagram for playing a lottery game of chance that has a guarantee jackpot winner every game (hereinafter “System”). A player purchases a lottery ticket by filling out a game card similar to that shown in FIG. 2, and giving it to the lottery system dealer or administrator along with the required ticket fee (typically $1.00). The player either selects his own numbers or has the lottery system computer select his numbers for him [0014] 10. The data is inputted into the Lottery System computer database, which stores the players contact information and selected lottery numbers. Upon purchasing a Lottery Ticket 20, the lottery system generates a receipt or ticket, which is given to the player 30. The ticket contains the players selected numbers, contact information and a unique game identification number. At a given time, typically once a week, the lottery administrator closes all betting on that game 40. The lottery administrator then through the use of a ball draw, blower or random number generator, draws the winning lottery numbers for that game 50. The winning numbers are then published and also inputted into the lottery computer to identify any matching tickets 60. If no winners are identified 70, then the lottery administrator redraws new winning numbers, publishes the new winning numbers and inputs the new winning numbers into the computer to identify any player who has an exact match (i.e., winners) 60. This process is repeated until at least one winner is identified 80.
Once a winner is identified, the lottery administrator will contact all winners and notify them to bring in their winning ticket or show proof of [0015] identification 90. All winners have a specified period of time to claim their portion of the jackpot 100. Each winner splits equally the jackpot between them 110. The jackpot is a percentage of the sales generated from the number of tickets purchased for that game.
In an alternative embodiment, the lottery administrator has the computer randomly select one winner from the database of tickets purchased for that particular game. All tickets, which have the same numbers that are on the randomly chosen ticket, are identified by the lottery system and are considered winners of that game. [0016]
Conclusion, Ramification and Scope of Invention [0017]
Thus the reader will see that the Lottery game invention provides additional and significant features that the current prior art is lacking. The invention allows that at least one player will win every Lottery game that is played. This is very attractive to players since it gives them an incentive to play since some one will win every game that is played. [0018]

Claims

What is claimed is:

1. A method of playing a live Lottery game of chance, comprising the steps of:

(a) players making wagers to participate in a live Lottery game of chance by choosing a set of numbers from a pool of game numbers;

(b) allocating a portion of the wagers to a common pari-mutual pool to provide a source of funds for paying players who choose winning numbers for that particular Lottery game;

(c) the gaming establishment randomly choosing a set of winning numbers from the same pool of numbers;

(d) determining whether players are winners by matching the players set of numbers to the gaming establishment randomly chosen winning numbers and identifying players who have matching numbers and identifying them as winning plays;

(e) paying players a predetermined payout amount from the common pari-mutual pool for a winning play; and

(f) if no winning plays are identified, repeating steps (c) (d) and (e) until at least one player is found to have at least one winning play and receives a payout from the common pari-mutual pool.

2. The method of claim 1 wherein the players provide their name, address and telephone number and are contacted if they are a winner.

3. The method of claim 1 wherein the gaming establishment maintains all the players set of numbers for that particular game in a data base and selects the winning numbers by drawing a set of numbers from said data base.