Electronic apparatus for generating sets of numerical values for playing lottery games

• US 4,692,863 A
• Filed: 03/18/1985
• Issued: 09/08/1987
• Est. Priority Date: 03/12/1985
• Status: Expired due to Term

• Current Assignee: Alexander P. Moosz
• Original Assignee: Alexander P. Moosz
• Inventors: Moosz, Alexander P.
• Primary Examiner(s): Harkcom, Gary V.
• Application Number:
  US06/712,725
• Time in Patent Office: 904 Days
• Field of Search: 364/410-412, 364/717, 377/4-5, 273/85 G, 273/138 A, 194/30, 194/DIG. 11
• US Class Current: 463/18
• CPC Class Codes: G07C 15/006 electronically

Abstract

A system and an electronic apparatus for generating combinations of numbers for playing lottery games such as 6/36, 6/44 and 6/49. A keyboard allows the player to enter a series of preferred numbers from which the numbers of each combination are to be taken, and a redundancy index which determines the prize group required by the player. A processor with a memory generates combinations of numbers according to stored model combinations and a visual display informs the player of the selected mode of operation and of the status of the operation, and it displays the generated combinations. This type of device could also be decribed in a jargon term used by some lottery players as an electronic "wheeling system and apparatus". Other modes of operation are available to complement the combination generation function.

Claims

1. An electronic apparatus for generating combinations of numbers to be used by a player when selecting his bets for a lottery game of the 6/36, 6/44 or 6/49 type more generally expressed as m/k wherein m is the number of distinct numbers forming a combination C_j and wherein said distinct numbers being chosen from an array A_k constituted by a number k of consecutive numbers usually ranging from 1 to k, said apparatus generating a plurality of different combinations C_j taking into consideration parameters dictated by the player, said apparatus comprising:

input means for entering said parameters, namely for entering n distinct selected numbers chosen from said array A_k thus forming a sub-array a_i wherein n is greater than m and less than k, and for entering p, a redundancy index whose numerical value is less than m;

processor means operatively connected to said input means for storing said n distinct selected numbers and said redundancy index p, said processor means successively generating a comprehensive series of combinations C_j of said distinct selected numbers n chosen from said sub-array a_i, the combinations C_j from said comprehensive series satisfying a predetermined relationship with the selected redundancy index p; and

output means operatively connected to said processor means for successively outputting the combinations C_j generated by said processor means.

2. Apparatus as defined in claim 1 wherein said processor means comprises memory means for storing the numerical values of n and p and for storing every distinct selected number of said sub-array a_i, said memory means also having a plurality of read only memories (ROM) areas, there being a ROM area for each set of n and p values, each ROM area containing a complete set of model combinations of m slots each corresponding to the limitations imposed by its associated n and p values, said processor means also comprising means for correlating each selected number of said sub-array a_i with a particular slot of the corresponding ROM area, said input means comprising a combination display key which, when actuated

(a) causes said processor means to generate said combinations C_j by accessing the ROM area corresponding to said p and n values and forming said combinations C_j of m selected numbers of said sub-array a_i, in accordance with the model combinations stored in said last mentioned ROM area, and

(b) causes successive outputting of said combinations C_j by said output means.

3. Apparatus as defined in claim 2 wherein said memory means comprises a register for storing m numerical values, said processor means generating said combinations C_j one-by-one in succession by loading combinations of m selected numbers of said sub-array a_i into said register, chosing said selected numbers in accordance with the model combinations stored in said ROM area.

4. Apparatus as defined in claim 1 wherein said input means is constituted by a plurality of function keys for controlling the operation of said apparatus and numeric keys for entering numerical data.

5. Apparatus as defined in claim 4 wherein said output means is constituted by a visual display means.

6. Apparatus as defined in claim 5 wherein said processor means comprises memory means for storing the numerical values of n and p and for storing every distinct selected number of said sub-array a_i of favourite numbers;

wherein said memory means also comprises a plurality of read only memories (ROM) areas, there being one ROM area for every valid value of p, each ROM area containing a model set MS_p of model combinations MC_j of m slots each;

wherein the model set MS_p is constituted by a plurality of subsets S^P_n, there being one subset S^P_n for every valid value of n, each subset S^P_n containing a complete set of model combinations MC_j corresponding to the limitations imposed by the associated values of n and p, the subet S^P_n corresponding to the maximum allowed value of n being equal to the model set MS_p ;

wherein the model combinations in any subset S^P_n includes all of the model combinations of every subset for lesser n values

space="preserve" listing-type="equation">(S.sup.P.sub.n-1 S.sup.P.sub.n);

wherein said processor means also comprises means for correlating each selected number of said sub-array a_i with a particular slot of the corresponding ROM area; and

wherein said input means comprising a combination display key which, when actuated;

(a) causes said processor means to generate said combinations C_j by accessing the ROM area to the value of p and accessing therein the subset S^P_n corresponding to the value of n, said processor means forming said combinations C_j of m selected numbers of said sub-array a_j, in accordance with the model combination MC_j extracted from the last mentioned subset S^P_n, and

(b) causes successive display of said combinations C_j by said display means.

7. Apparatus as defined in claim 6 wherein said memory means comprises a register for storing m numerical values, said processor means generating said combinations C_j one-by-one in succession by loading combinations of m selected numbers of said sub-array a_i into said register, chosing said selected number in accordance with the model combinations stored in said ROM area.

8. Apparatus as defined in claim 7 wherein upon display of a combination C_j, re-actuation of said combination display key is required for the display of combination C_j+1.

9. Apparatus as defined in claim 6 wherein said processor means comprises means for causing said display means to display the p and n values after entry via said keyboard means of said n selected numbers and of said redundancy index p.

10. Apparatus as defined in claim 9 wherein said processor means comprises means for causing said display means to display the number of model combinations stored in the subset S^P_n corresponding to the set of the last mentioned p and n values provided that the set of p and n values entered in the apparatus is one to which a subset S^P_n corresponds.

11. Apparatus as defined in claim 10 wherein said message display section comprises a distinct message for the display of the n and p values or for the display of said number of model combinations.

12. Apparatus as defined in claim 5 wherein said display means comprises a digit display section and a message display section for displaying alphabetic messages for the information of the player, said message display section comprising an out-of-range signal, and wherein said processor means causes display of said out-of-range signal instead of generating combinations C_j, whenever the player selects and enters in the apparatus a set of n and p values to which no subset S^P_n corresponds or whenever a selected number greater than k is keyed on said keyboard means, or an entry of a number previously entered into array a_i is attempted.

13. Apparatus as defined in claim 12 wherein said message display section comprises a plurality of parameter messages and wherein said processor means causes display of one of said parameter messages to inform the player of the need for entry of an instruction or value through said keyboard in order to allow further operation of said processor means, said processor means remaining inactive in the interim for at least a predetermined period of time.

14. Apparatus as defined in claim 5 wherein said function keys on said keyboard means include a mode key and wherein said processor means also comprises random number generation means for randomly generating and displaying on said display means numerical values within any one of a plurality of ranges of numerical values, said mode key being actuable by the player for operating said random number generation means and for deactivating same.

15. Apparatus as defined in claim 14 wherein said display means comprises a digit display section and a message display section for displaying alphabetic messages for the information of the player, said message display section comprising a random number selection mode display signal which turns on upon actuation of said mode key for operating said random number generation means.

16. Apparatus as defined in claim 15 wherein said processor means also comprises random combination generation means for generating successive combinations of m numerical values ranging from 1 to k, said message display section also comprising a random combination generation mode signal which indicates operation of said random combination generation means.

17. Apparatus as defined in claim 15 wherein said processor means comprises a permutation generator means for generating randomly sets of g digit numbers, each digit ranging from 0 to 9, q being chosen in the group comprising the values 1, 3, 4 and 5.

18. Apparatus as defined in claim 14 wherein said message display section also comprises a combination selection mode signal which turns on upon actuation of said mode key for deactivating said random number generation means.

19. Apparatus as defined in claim 5, wherein said processor means also comprises a winning combination comparison means and a winning combination register which may be loaded with the numerical values of a winning combination of m+1 numbers, said winning combination comparison means being operable by entering the input parameters identical to those used for wagering whereupon by activating the check mode of operation the processor means generates the combinations C_j corresponding to the values of the input parameters, said winning combination comparison means comparing the generated combinations C_j, one by one with the winning combination stored in said winning combination register, said winning combination comparison means retaining the combinations C_j which have at least a predetermined number of elements in common with the winning combination stored in said winning combination register, said winning combinations comparison means causing said display means to display, the retained combinations C_j together with the extent of the win.

20. An electronic apparatus for generating combinations of numbers to be used by a player when selecting his bets for a lottery game of the 6/36, 6/44 or 6/49 type more generally expressed a m/k wherein m is the number of distinct numbers forming a combination C_j and wherein said distinct numbers being chosen from an array A_k constituted by a number k of consecutive numbers usually ranging from 1 to k, said apparatus generating a plurality of different combinations C_j taking into consideration parameters dictated by the player, said apparatus comprising:

input means for entering said parameters, namely for entering n distinct selected numbers chosen from said array A_k thus forming a sub-array a_i wherein n is greater than m and less that k, and for entering p, a redundancy index whose numerical value is less than m;

processor means operatively connected to said input means for storing said n distinct selected numbers and said redundancy index p, said processor means successively generating a comprehensive series of combinations C_j of said distinct selected numbers n chosen from said sub-array a_i except combinations C_j thereof which comprise at least p distinct numbers in common with any previously generated combination C_j ; and

output means operatively connected to said processor means for successively outputting the combinations C_j generated by said processor means.

21. An electronic apparatus for generating combinations of numbers to be used by a player when selecting his bets for a lottery game of the 6/36, 6/44 or 6/49 type more generally expressed as m/k wherein m is the number of distinct numbers forming a combination C_j and wherein said distinct numbers being chosen from an array A_k constituted by a number k of consecutive numbers usually ranging from 1 to k, said apparatus generating a plurality of different combinations C_j taking into consideration parameters and references dictated by the player, said apparatus comprising:

input means for entering said parameters, namely for entering n distinct selected numbers chosen from said array A_k thus forming a sub-array a_i wherein n is greater than m and less than k, and for entering p, a redundancy index whose numerical value is less than m;

processor means operatively connected to said input means for storing said n distinct selected numbers and said redundancy index p, said processor means successively generating a comprehensive series of combinations C_j of said distinct selected numbers n chosen from said sub-array a_i except all the combinations C_j thereof which comprise at least p distinct numbers in common with any previously generated combination C_j ; and

output means operatively connected to said processor means for successively outputting the combinations C_j generated by said processor means.

22. A pocket size apparatus for generating combinations of numbers to be used by a player when selecting his bets for a lottery game of the 6/36, 6/44 or 6/49 type more generally expressed a m/k wherein m is the number of distinct numbers forming a combination C_j and said distinct numbers being chosen from an array A_k constituted by a number k of consecutive numbers usually ranging from 1 to k, said pocket size apparatus generating a plurality of different combinations C_j taking into consideration parameters dictated by the player, said pocket size apparatus comprising:

keyboard means having function keys for controlling the operation of said apparatus and numeric keys for entering numerical data, said numeric keys being used for entering said parameters, namely for entering n distinct selected numbers chosen from said array A_k thus forming a sub-array a_i wherein n is greater than m and less than k, and for entering p, a redundancy index whose numerical value is less than m;

processor means operatively connected to said keyboard means for storing said n distinct selected numbers and said redundancy index p, said processor means successively generating a comprehensive series combinations C_j of said distinct selected numbers n chosen from said sub-array a_i except the combinations C_j thereof which comprise at least p distinct numbers in common with any previously generated combination C_j ; and

display means operatively connected to said processor means for successively displaying the combinations C_j generated by said processor means and wherein said processor means comprises memory means for storing the numerical values of n and p and for storing every distinct selected number of said sub-array a_i, said memory means also having a plurality of read only memory (ROM) areas, there being one ROM area for every valid value of p each ROM area containing a model set MS_p of model combinations MC_j of m slots each, the model set MS_p being constituted by a plurality of subsets S^p n, there being one subset S^p n for every valid value of n, each subset S^p n containing an exhaustive set of model combinations MC_j corresponding to the limitations imposed by the associated values of n and p, the subset S^P n corresponding to the maximum allowed value of n and being equal to the model set MS_p, the subsets being interrelated according to the following relationship;

space="preserve" listing-type="equation">S.sup.P.sub.n-1 S.sup.P.sub.n

said processor means also comprising means for correlating each selected number of said sub-array a_i with its corresponding slots of the model combination, said keyboard means comprising among its function keys a combination display key which, when actuated

(a) causes said processor means to generate said combinations C_j by accessing the ROM area correspondin, to said p and accessing therein the subset S^P n corresponding to the value of n, said processor means forming combinations C_j of m selected numbers of said sub-array a_i, in accordance with the model combination extracted from the last mentioned subset S^P n and

(b) causes successive display of said combinations C_j by said display means.