2 number and 1-to-4 alpha chance game system and method thereof

Abstract

The 2-number and 1-to-4 Alpha chance game system include a server, internet modems, computer units, ball drawing apparatus, point of sales (POS), betting kiosks, betting cards, and tickets. Players bet on combinations of two numbers for birth month and date and up to four alphas representing 1st-degree family roles (F, M, S, D) and select the desired betting amount and draw quantity. Players can bet through POS, betting kiosks, or online. Bets are recorded and compared to the drawn combinations for winners. The system allocates prizes based on the number of correct guesses and the number of units bet. The winning combinations of the game are determined through random draws through the ball drawing apparatus. This apparatus is installed with actuators, motors, RFID technology, and sensors. The apparatus mechanically selects numbers and letters for the game. The drawing mechanism has comprehensive operational protocols, ensuring fairness in gameplay and accurate recording of results.

Description

[0001] 2 Number and 1-to-4 Alpha Chance Game System and Method Thereof Abstract of the Disclosure The 2-number and 1-to-4 Alpha chance game system include a server, internet modems, computer units, ball drawing apparatus, point of sales (POS), betting kiosks, betting cards, and tickets. Players bet on combinations of two numbers for birth month and date and up to four alphas representing 1st-degree family roles (F, M, S, D) and select the desired betting amount and draw quantity. Players can bet through POS, betting kiosks, or online. Bets are recorded and compared to the drawn combinations for winners. The system allocates prizes based on the number of correct guesses and the number of units bet. The winning combinations of the game are determined through random draws through the ball drawing apparatus. This apparatus is installed with actuators, motors, RFID technology, and sensors. The apparatus mechanically selects numbers and letters for the game. The drawing mechanism has comprehensive operational protocols, ensuring fairness in gameplay and accurate recording of results.

[0002] 2 Number and 1-to-4 Alpha Chance Game System and Method Thereof Technical Field of the Invention This present invention generally relates to a chance game but more particularly to a 2-number and 1-to-4 alpha chance game system and method offering comprehensive infrastructure merging physical and online betting mechanisms. It incorporates software algorithms and interfaces for efficient bet processing and game management with a novel ball drawing apparatus for efficient drawing operation. Background of the invention Over the years, gaming systems have evolved from simple analog games to sophisticated digital platforms. Traditional gaming relied heavily on physical components like dice, cards, and boards. However, with advancements in technology, gaming systems have transitioned to digital formats, offering more dynamic and immersive experiences. The rise of interactive and online gaming has revolutionized the gaming industry. These platforms allow players to connect and compete with others globally, breaking down geographical barriers and creating virtual communities. Online gaming platforms offer a wide range of games, from casual to competitive, catering to diverse interests and preferences. As the gaming landscape becomes increasingly competitive, there is a growing demand for innovative and engaging gaming experiences. Players seek novel gameplay mechanics, captivating storylines, and social interactions that enhance their overall gaming experience. Game developers and operators are constantly exploring new technologies and concepts to meet these demands and stay ahead of the curve. A patent WO / 2005 / 050470 Lottery transaction device, system, and method offers a comprehensive retail Point-of-Sale (POS) device designed to accommodate both lottery and non-lottery transactions. Structurally, it comprises a reader terminal component responsible for reading transaction cards and lottery tickets. This component serves as the interface between the user and the device, facilitating the input and processing of transaction information. Functionally, the POS device is equipped with a computer processor that executes instructions for various operations. This processor enables the device to conduct lottery transactions, including the purchase and validation of lottery tickets, as well as non-lottery transactions such as retail sales. It associates transaction amounts with the corresponding transaction instruments, ensuring accurate processing of payments and winnings. Furthermore, the device is capable of displaying interfaces associated with both lottery-related and non-lottery-related retailer functions. This feature enhances user interaction by providing intuitive interfaces tailored to specific transaction types. In terms of connectivity and functionality, the POS device communicates with financial institution data processing systems. This communication enables the funding of financial accounts associated with transaction instruments, as well as the application of winnings to these accounts. Additionally, the device facilitates lottery game selection and management, allowing users to participate in various lottery games offered by third-party providers. One of the commonly known games of chance integrated into a computer application is the Birthday Panalo game developed in the Philippines. The Birthday Panalo Mobile Application allows users to register their accounts using either their mobile phone or email address, with verification through a one-time password (OTP) sent by the app. Users can place bets on three-part combinations representing a month (JAN-DEC), day (1-31), and year (00-99). Participation in draws starts from PHP 10, payable through mobile wallets like GCash and PayMaya. If their chosen combination matches the daily draw, users stand a chance to win up to PHP 100,000 in cash prizes. Winners are notified through the app and can claim prizes at the PCSO main branch or have the amount credited to their mobile wallet. The objective of the present invention is to address the challenges in the gaming industry by introducing a novel chance game system that incorporates the concept of birthdates, offering players a more personalized and engaging experience. Traditional chance games lack customization and fail to leverage personal connections with players, relying solely on random number generation. In contrast, our system allows players to bet on combinations of birth month and date integrated with 1st-degree family roles, adding a layer of personalization and relevance to the gameplay. By tapping into the emotional significance of birthdates and our family roles, our invention fosters a deeper connection between players and the game, enhancing overall engagement and enjoyment. Additionally, the integration of birth dates and family roles opens up new opportunities for strategic betting and gameplay, as players can align their bets with significant life events. This innovative approach sets our chance game system apart from existing offerings, paving the way for differentiation and innovation in the competitive gaming market. Traditional methods of drawing numbers or letters in lotteries and similar birthday chance-based games are fraught with challenges, particularly when considering the intricate nature of the calendar. With the varying number of days among months in a year - ranging from 28, 29, 30 or 31 – makes the chance game drawing more difficult and provide a great challenge in ensuring accuracy, fairness and transparency. The complexity introduced by this irregularity often leads to human errors, casting doubts on the integrity of the process and eroding trust among participants. Consequently, concerns regarding the fairness of such draws persist, prompting the need for more reliable and transparent methods to uphold the credibility of birthday-based games. Manual processes are known to be prone to mistakes, potentially compromising the integrity of the game and undermining player confidence in the outcomes. Therefore, the objective of the present invention is to address the shortcomings of traditional drawing methods by introducing an advanced ball drawing apparatus tailored for the introduced novel birthday chance game system. This apparatus leverages cutting- edge technology to automate the drawing process, thereby ensuring impartiality and accuracy in selecting winning combinations. By implementing state-of-the-art mechanisms for random selection and integrating seamlessly into the gaming infrastructure, the invention aims to enhance the reliability and credibility of the chance gaming system. Through the introduction of comprehensive operational protocols, regulatory compliance is assured, providing a transparent framework for gameplay and fostering greater trust and engagement among players. Summary of the Invention The present invention introducing 2 number and 1-to-4 alpha chance game comprises a server, internet modems, and computer units facilitating betting interactions. Additionally, Point of Sales (POS) terminals and betting kiosks are linked to the server, each equipped with computer units, scanners, and printers for processing bets efficiently. Betting cards and tickets play a crucial role in capturing bet details, featuring elements such as betting combinations. betting amount, draw quantity, betting dates, and some reference and scanning codes. The entire system is managed by computer applications deployed across the server and various computer units. One of the novel features of the present invention is a sophisticated ball drawing apparatus controlled via a dedicated panel. This apparatus includes multiple drawing machines, among which is a specialized day drawing machine for the variation of birthday combinations. The ball drawing mechanism itself involves intricate components like actuators, motors, RFID technology, and sensors, ensuring fair and random results. With the traditional chance game, more often than not suffers from technical limitations that hinder player engagement and long-term interest. These limitations include a lack of personalized gameplay experiences, heavily reliant on predictable random number generation algorithms, and often limited to less chance of strategic winning bets resulting in players may quickly losing interest in these games. Additionally, traditional chance games fail to capitalize on players' emotional connections and personal experiences, leading to a disconnect between the game and the player. With the challenges of traditional chance games, the present invention introduces a novel chance game that is easy to understand from the selection of 2-number and 1-to-4 alpha chance game systems tailored from the concept of birthdays and 1st-degree family roles which addresses the need for innovation and excitement in the gaming industry. The integration of the concept of the birthday and 1stdegree family roles of a particular individual makes it easier for players to customize their betting. Unlike conventional chance games that rely solely on random number generation, the proposed system introduces a groundbreaking concept by leveraging individuals' birthdates and 1dt degree family roles as the basis for gameplay. By allowing players to bet on combinations of two numbers representing their birth month and date and 1-to-4 alpha roles representing F for father, M for mother, S for son, and D for daughter, the invention adds a compelling layer of personalization and relevance to the gaming experience. This innovative approach capitalizes on the inherent significance and emotional attachment associated with birthdates, tapping into players' affinity for numbers that hold personal meaning. Moreover, by integrating 1stdegree family roles into the gaming process, the invention fosters a sense of connection and ownership among participants, enhancing their overall engagement and enjoyment. Furthermore, the incorporation of birthdates and 1stdegree family role as a central element of the chance gaming system introduces new opportunities for strategic betting and gameplay strategies, adding an additional dimension of excitement and anticipation to the gaming experience. This innovative aspect of the chance gaming system distinguishes the present invention from existing chance games. The present invention introduces a system infrastructure incorporating a server, internet modems, computer units, a ball drawing apparatus, POS, betting kiosks, cards, and tickets. The integration of computer applications, betting kiosks, and POS terminals ensures smooth operation, making it convenient for players to buy tickets and make game transactions more conveniently. The present invention also offers streamlined operations and a user-friendly interface through a computer application that can be installed on any computer device. This application facilitates convenient betting transactions and offers real-time monitoring of game results, enhancing user engagement. Furthermore, the ball drawing apparatus introduced in the present invention consists of standard and day ball drawing machines, each equipped with sophisticated mechanisms for randomly selecting numbers and letters. These machines are integrated seamlessly into the gaming infrastructure, allowing for real-time synchronization with betting platforms and automated result recording. The day ball drawing machine is controlled by a central controller, this machine features mechanical components such as gates, actuators, and motors. It also incorporates RFID technology for ball identification and optical sensors for detection. Balls with RFID tags are held in chambers and released based on controlled movements. The operation of the ball drawing apparatus involves a series of technical steps to ensure accurate selection of winning combinations. This includes supplying regulated power to components such as the controller, actuators, geared motors, blower, RFID reader, and optical sensor. The process begins with opening and closing of ingress and egress ports to allow for the movement of balls, followed by manual removal and placement of new balls in the holding chamber. Activation of standard ball drawing machines triggers blowers to direct balls through diverter tubes, with one ball being trapped in the capture chamber to represent specific numbers or family roles. RFID tag addresses are transmitted to the control panel for each machine, and resulting combinations are sent to the server for analysis. Overall, the incorporation of this novel ball drawing set-up for the birthday chance game system and with these technical procedures ensure precision and reliability in the ball drawing process. This birthday chance game has evolved to offer players more strategic betting options and improved drawing mechanisms. Players now have greater control over their bets, with the game offering more intricate betting choices and strategic elements. This evolution has resulted in a more sophisticated gaming experience, where players can enjoy deeper engagement and increased opportunities for strategic decision-making. With the integration of advanced drawing machines equipped with cutting-edge technology through the use of complex algorithms and sensors to generate random outcomes, enhanced transparency, and trust among the gaming landscape. Overall, the birthday chance game has become a seamless and reliable platform, thanks to the integration of advanced technology and enhanced gameplay mechanics. Brief Description of Several Views of the Drawings The figures in the accompanying drawing will provide an understanding on how the present invention can be implemented. On such figures, identical reference characters denote similar elements. Figure 1. A block diagram of 2-number and alpha chance game system according to the embodiment of the invention; Figure 2. a block diagram of ball drawing apparatus in two standard ball drawing machine and one day ball drawing machine configuration of the 2-number and alpha chance game system according to the embodiment of the invention; Figure 3. a block diagram of day ball drawing machine of the 2-number and alpha chance game system according to the embodiment of the invention; Figure 4. A block diagram of standard ball drawing machine of the 2-number and alpha chance game system according to the embodiment of the invention; Figure 5. a block diagram of ball drawing apparatus with five standard ball drawing machines configuration of the 2-number and alpha chance game system according to the embodiment of the invention; Figure 6. an isometric x-ray view of the standard ball drawing machine of the 2- number and alpha chance game system according to the embodiment of the invention; Figure 7. a front view of the standard ball drawing machine with close-up details of the RFID, and lever gate assembly of the 2-number and alpha chance game system according to the embodiment of the invention; Figure 8. a side view of the of the standard ball drawing machine or day ball drawing machine with a close-up detail of the geared gate mechanism in capturing the drawn ball according to the embodiment of the invention; Figure 9 a front view of the of the day ball drawing machine according to the embodiment of the invention; Figure 10. a right-side view of the day ball drawing machine according to the embodiment of the invention; Figure 11. an isometric view of the enclosure of the day ball drawing machine and standard ball drawing machine according to the embodiment of the invention; Figure 12. a back view of the enclosure of the day ball drawing machine and standard ball drawing machine according to the embodiment of the invention; Figure 13. a betting board of the 2-number and alpha chance game system according to the embodiment of the invention; Figure 14. a sample of Betting ticket of the 2-number and alpha chance game system according to the embodiment of the invention; Figure 15. a betting card of the 2-number and alpha chance game system according to the embodiment of the invention; and Figure 16. Sample of accomplished betting board with void of the 2-number and alpha chance game system according to the embodiment of the invention.

[0003] Detailed Description In the following detailed description, numerous specific details are set forth in order to provide a thorough understanding of the invention. However, it will be understood by those skilled in the art that the present invention may be practiced without these specific details. In other instances, well-known methods, procedures, and components have not been described in detail so as not to obscure the present invention. A complete understanding of the present invention may be obtained by reference to the accompanying drawings, when considered in conjunction with the subsequent, detailed description. Reference is made to Figure 1, a block diagram of 2-number and alpha chance game system according to the embodiment of the invention. The 2-number and alpha chance game system comprises: A server 1 serves as the backbone of the present novel game system with essential components such as a network interface and a comprehensive database. This database plays an important role in ensuring the seamless operation of the system by storing crucial user data, bet information, and game results. By leveraging the database, the system can efficiently manage and track all activities, facilitating smooth gameplay and accurate record-keeping. A plurality internet modems 3a, 3b, 3c, 3d, 3e, 3f are communicably connected to the server 1 to provide internet connection. These modems 3a, 3b, 3c, 3d, 3e, 3f are versatile, supporting various connectivity methods including wireless, electrical, fiber optics, or a combination thereof. This multi-modal connectivity ensures reliable and stable internet access, vital for enabling seamless interaction between players and the gaming platform. A plurality computer units 5b, 5c communicably connected to the server 1 through at least one internet modem 3d, 3e enhances accessibility and user engagement within the system. The computer units 5b, 5c is selected from a smart mobile phone, tablet computer, desktop computer, and laptop computer which serve as conduits for players to access the game interface and pace their bets. The communication between computer units 5b, 5c and internet modem 3d, 3e is facilitated through flexible options such as Wi- Fi or wired connections, utilizing RJ45 connectors.This versatility empowers users to participate in the game from various devices and locations, promoting inclusivity and convenience. The ball drawing apparatus 7, an integral component of the 2-number and alpha chance game system, which is communicably connected seamlessly to the server 1 through internet modem 3b, ensuring efficient operation. Consisting of a ball drawing control panel 19 and at least three ball drawing machines 21a, 21b, 21c, 21d, 21e, 23, the apparatus facilitates user interaction and bidirectional data exchange with the central server. The ball drawing control panel 19 serves as the interface for operators, enabling precise control over the drawing process while maintaining real-time connectivity with server 1 for data synchronization. Furthermore, the ball drawing machines 21a, 21b, 21c, 21d, 21e, 23 are seamlessly integrated into the system, establishing reliable communication with the ball drawing control panel 19 through a variety of wireless (Wi-Fi, Bluetooth) and wired (serial, parallel, USB, I2C, SPI, RS485, Ethernet LAN) protocols. This versatile connectivity ensures smooth and effective operation, enhancing the overall performance and reliability of the gaming system. At least one point of sales (POS) 9 is an essential component of the 2-number and alpha chance game system, that is communicably connected to server 1 via at least one internet modem 3c. It is further composed of a computer unit 5a operable connected to the server 1 through at least one internet modem 3c, a scanner unit 13 operably connected to the computer unit 5a, and a printer 15a operably connected to the computer unit 5a. The POS 9 facilitates seamless transactions and interactions between players and the server 1 and is strategically positioned for players’ accessibility. The POS 9 enables manual game betting, typically overseen by an operator. Through this setup, players can conveniently place their bets, which are processed via the computer unit 5a, scanned for accuracy using the scanner unit 13, and finalized with printed betting ticket 17 from the printer 15a. This manual operation ensures smooth gameplay and enhances player engagement by providing a tangible interface for game participation, complementing the digital infrastructure of the gaming system. At least one betting kiosk 103, an integral element of the gaming system, communicably connected to the server 1. It is further composed of a computer unit 5d, touch display unit 2, money slot 69, and printer 15b, the betting kiosk 103 offers a self- serving platform for players to place their bets. Connected to server 1 via at least one internet modem 3f, the computer unit 5d facilitates seamless data exchange, enabling players to input their bets via the touch display unit 2 integrated in said computer unit 5d. The money slot 69, operably connected to the computer unit 5d, is designed to accept paper money and coins, and facilitates convenient payment processing, enhancing user experience. Once the bet is placed, the printer 15b generates receipts for players, ensuring transactional transparency. By providing a user-friendly interface and autonomous betting capabilities, the betting kiosk 103 streamlines the betting process, empowering players with flexibility and convenience in participating in the game. Typically, the scanner unit 13 and the printers 15a, 15b are connected to the POS 9 and to the betting kiosk 103 using wired or wireless connections, respectively. A betting card 79 designed for seamless integration with the gaming system that is capable of being scanned by the scanner unit 13 of the POS 9. The key components of the betting card are composed of: a plurality of betting board 81, a scanning code 83, at least one logo 85, a game name 87, a plurality of number of draw checkboxes 99, and a company name 89, all of which are printed in the betting card 79 surface. The designed betting card layout ensures compatibility with the scanning mechanism of the POS 9, enabling efficient and accurate processing of betting information. A betting ticket 17 printable by the printer 15a, 15b of the point of sales 9 and betting kiosk 103, and characterized by the following printed bet details: two numbers bet, at most four bet letters, betting amount, date and time of purchase, company name, retailer code, at least one logo, reference code, and scanning code. Finally, a computer implemented applications deployed to the server 1, computer units 5b, 5c, computer units 5d of the betting kiosk 103, and computer unit 5a of the point of sales 9. The computer implemented applications majorly running in the server 1 and can be accessed as a webpage in a browser in the computer units 5b, 5c, computer units 5d of the betting kiosk 103, and computer units 5a of the point of sales 9. Optionally, computer implemented applications in executable format are installed in the computer units 5b, 5c, computer unit 5d of the betting kiosk 103, and computer unit 5a of the point of sales 9 enables direct communication with the server for data synchronization, ensuring real-time updates on draw results, account information, and game bet details. The computer implemented applications in executable format installed can then communicate with the server 1 to download data such as draw results, account data, and account balance, and upload data such as game bets details, and data request. This seamless integration enhances system reliability, accuracy, and responsiveness, ultimately optimizing the overall gaming experience for both players and operators. Shown in Figure 2, a block diagram of ball drawing apparatus 7 in two standard ball drawing machines 21a, 21e and one day ball drawing machine 23 configuration of the 2-number and alpha chance game system according to the embodiment of the invention. The ball drawing control panel 19 is further comprising: a microcontroller 25 communicably connected to the server 1 through the internet and the internet modems 3a, 3b; a power button 27 electrically connected to the microcontroller 25; a start and stop button 29 electrically connected to the microcontroller 25; a loading button 31 electrically connected to the microcontroller 25; and a power supply 35 electrically connected to the microcontroller 25. The microcontroller 25 can bidirectionally communicate with standard ball drawing machines 21a, 21e and day ball drawing machine 23. Reference is made to Figure 3 a block diagram of day ball drawing machine 23, Figure 8 a side view of the of the standard ball drawing machine 21a, 21b, 21c, 21d, 21e or day ball drawing machine 23 with a close-up details of the geared gate 65, 67 mechanism in capturing the drawn ball , Figure 9 a front view of the of the day ball drawing machine 23, Figure 10 a right side view of the day ball drawing machine 23, Figure 11 an isometric view of the enclosure 55 of the day ball drawing machine 23 and standard ball drawing machine 21a, 21b, 21c, 21d, 21e, and Figure 12 a back view of the enclosure of the day ball drawing machine 23 and standard ball drawing machine 21a, 21b, 21c, 21d, 21e of the 2-number and alpha chance game system according to the embodiment of the invention. The day ball drawing machine 23 is further comprising: An enclosure 55 is acting as the main frame of the day ball drawing machine 23 and is characterized with an air hole 107 at the bottom portion, a ball capture chamber 59, at least holding chamber 111, a drawing chamber 113, at least one ingress hole 109 from holding chamber 111 to drawing chamber 113, and one egress hole 115 and is further comprising: at least one hatch cover 105 slidably attached in the top portion of the holding chamber 111, a diverter tube 57 fixed inside the drawing chamber 113 and communicably connected to egress hole 115, and a plurality of lever mount 119 fixed adjacent to the ingress hole 109 and in one of the holding chamber 111. In making, the enclosure 55 is made of transparent material to allow players, operators, and viewers to see the activity inside. The material is selected from acrylic, ABS, Polycarbonate, and glass. At least three lever gate assemblies 71a, 71b, 71c mechanically blocking at least two ingress holes 109 and at least one ball in the holding chamber 111. These lever gate assemblies 71a, 71b, 71c are necessary in proper operation of the ball drawing apparatus 7 for it necessary the drawing chamber 113 is empty prior to the start of the draw for transparency. The lever gate assemblies 71a is also needed to control the ball content in the drawing chamber 113 for the number of days vary from months. These lever gate assemblies 71a, 71b, 71c are made with the same materials with the enclosure 55. A table 117 supporting at the bottom portion of the enclosure 55. The table 117 material is selected from wood, metal or plastic. Furthermore, table 117 is also provided with a hatch or door for easy access of the parts inside. A controller 33 enclosed in table 117 and operably connected to the ball drawing control panel 19. The controller 33 should be made in a manner that the outputs and inputs are able to handle the required voltages and currents of the output and input load. For example, to activate a motor or an actuator, a relay circuit or transistor circuit is needed to amplify the signals. Another is to interface an input with different levels of voltage; a unidirectional or bidirectional voltage level converter is required to prevent damage to the components. At least three actuators 41, 43, 45 two are mounted in the bottom portion of the enclosure 55 and one at the holding chamber 111, are mechanically connected to the lever gate assembly 71a, 71b, 71c, and electrically connected to the outputs of the controller 33. The actuators 41, 43, 45 are being sized to handle the mechanical loading of lever gate assemblies 71a, 71b, 71c. The embodiments of actuators 41, 43, 45 an electromechanical solenoid actuator. At least two with geared motors 37, 39 mounted adjacent to the egress hole 115 and ball capture chamber 59 of the enclosure 55, and electrically connected to the outputs of the controller 33. The gear motors 37, 39 is selected to fit in the top portion of the enclosure 55. The geared motors 37, 39 are driven by the controller 33 through an H- bridge circuit to gain the ability to turn clockwise and counterclockwise. At least two pinion gears 61, 63 each concentrically mounted to the shaft of each geared motor 37, 39. The material choice for the pinion gear 61, 63 is the same material of the enclosure 55 for better aesthetics. At least two geared gates 65, 67 slidably mounted to the enclosure 55, and are characterized by linear gear teeth in the middle portion and each are mechanically mated with one of the pinion gears 61, 63 to form a rack-pinion mechanism. When the geared motors 37, 39 is activated by the controller 33 the geared gates 65, 67 will slidably open the egress hole 115. At least one blower 47 communicably connected to the air hole 107 at the bottom portion of the enclosure 55, enclosed in the table 117, and electrically connected to the outputs of the controller 33. The blower 47 is selected from 220V, 12V, 24V, and 48V voltage ratings. A Radio Frequency Identification (RFID) reader 51 mounted on the enclosure 55 and in parallel with the ball capture chamber 59, and electrically connected to the digital pins of the controller 33. The RFID 51 is specifically selected to have a minimum transmission distance of 15 centimeters. A plurality of balls 53a, 53b, 53c placeable in the enclosure 55 through the holding chamber 111, are temporality held by the lever gate assemblies 71 in the holding chambers 111. The balls 53a, 53b, 53c are made from hollow plastic similar to a ping pong ball or solid using Styrofoam material. The ball 53a refers to balls marked with numbers one to twenty-nine and letters “F”, “M”, “D”, and “S”. While ball 53b and ball 53C refers to balls marked with numbers thirty and thirty-one. An RFID tag 49 attached inside the plurality of balls 53a, 53b, 53c, programmed with identical identification address, and wirelessly communicating with the RFID reader 51. In some embodiment, the RFID tag 49 is inserted during the molding process of balls 53a, 53b, 53c made of foam, and glued in inner wall of the for balls 53a, 53b, 53c made of hollow plastic; An optical sensor 40 mounted on the enclosure 55 at the lower portion of the inner geared gate 65 is provided to detect the presence to balls 53a, 53b, 53c, and electrically connected to the digital pins of the controller 33. Finally, a power supply 35 is electrically connected to the AC mains plug and controller 33, actuators 41, 43, 45, geared motors 37, 39, blower 47, RFID reader 51, and optical sensor 40 to supply regulated voltages. Shown in Figure 4, a block diagram of standard ball drawing machine 21a, 21b, 21c, 21d, 21e, Figure 5 a block diagram of ball drawing apparatus 7 with five standard ball drawing machines 21a, 21b, 21c, 21d, 21e configuration, Figure 6 an isometric x-ray view of the standard ball drawing machine 21a, 21b, 21c, 21d, 21e, and Figure 7 a front view of the standard ball drawing machines 21a, 21b, 21c, 21d, 21e with close-up details of the RFID, and lever gate assembly of the 2-number and alpha chance game system according to the embodiment of the invention. The standard ball drawing machine 21a, 21b, 21c, 21d, 21e are constructed similar to the day ball drawing machines 23 except that it lacks the actuator 41 and lever gate assembly 71a. Also shown in Figure 2 and Figure 5, a block diagram of ball drawing apparatus 7 with five standard ball drawing machines 21a, 21b, 21c, 21d, 21e configuration the embodiments show that one of the ball drawing machines 21a, 21b, 21c, 21d, 21e, 23 of the ball drawer apparatus 7 is characterized as a day ball drawing machine 23 and remaining are characterized as standard ball drawing machines 21a, 21b, 21c, 21d, 21e. In addition, ball drawing apparatus 7 is configurable to include ball drawing control panel 19 and five standard ball drawing machines 21a, 21b, 21c, 21d, 21e or combination of two standard ball drawing machines 21a, 21e and one day ball drawing machine 23. The choice of ball drawing apparatus 7 come with its own advantages and disadvantages for example in five standard ball drawing machines 21a, 21b, 21c, 21d, 21e requires the same configuration of machine to draw the combination, however it need 2 more machines to function as required by the 2-number and alpha chance game system. In the combination of two standard ball drawing machines 21a, 21e and one day ball drawing machine 23 configuration in contrast requires only three machines to function as required by the 2-number and alpha chance game system but it needs one more complex machine to draw one number of the combination. Shown in Figure 13 a betting board 81 of the 2-number and alpha chance game system according to the embodiment of the invention. The betting board 81 is characterized by: a plurality of numbers bet checkboxes 93 printed in the betting card 79; at most four letters checkboxes 101 printed in the betting card 79; a void check boxes 97 printed in the betting card 79; and a plurality betting amount checkboxes 95 printed in the betting card 79. The betting boards 81 represents birth month and birth date, and comprises the numbers from 1 to 12 and 1 to 31, respectively. The letters checkboxes 101 in the betting board 81 represents the first-degree family member role having a birth month and birthdate represented by the two numbers bet of the player and whereby family role is selected from “F” for father, “M” for mother, “S” for son, and “D” for daughter. The void check box 97 is marked if the player desires to exclude the one or more betting board 81 in case the player wants to cancel the bet. This feature provides players with the flexibility to cancel bets or rectify errors made while marking the betting board 81 on the betting card 79, ensuring accuracy and allowing for adjustments as needed during the betting process An embodiment of a sample of betting ticket 17 is shown in Figure 14 of the 2- number and alpha chance game system according to the embodiment of the invention; The betting ticket 17 is characterized by the following printed bet details: two numbers bet, at most four bet letters with chosen betting boards, betting amount with total bets, date and time of purchase, selected draw number, draw date and time, bet ticket number, POS number, company name, retailer code, at least one logo, reference code, and scanning code. Reference is made to Figure 15. a betting card 79 of the 2-number and alpha chance game system according to the embodiment of the invention. The betting card 79 is characterized by a plurality of betting board 81 printed in the betting card 79, a scanning code 83 printed in the betting card 79, at least one logo 85 printed in the betting card 79, a game name 87 printed in the betting card 79, a plurality of number of draw checkboxes 99 printed in the betting card 79, and a company name 89 printed in the betting card 79. Shown in Figure 16, a sample of accomplished betting card 79 with void of the 2- number and alpha chance game system according to the embodiment of the invention. The embodiment of betting card 79 shows a player marking the six betting board 81 however the player decided to cancel the third betting board 81. In operation, the 2-number and alpha chance game system is used through a method comprising the following steps: A. A player betting for two numbers and at most four-alpha combination; The 2-number and 1-to-4 alpha chance game system betting method is accomplished through the POS 9, betting kiosk 103, or online betting using the computer units 5b, 5c that are deployed with computer-implemented programs. The process of betting on different platforms is explained in detail below. Betting using Point of Sales 9 The method of betting through POS 9 for the 2-number and alpha chance game system is comprised by the following steps: A player marks the check boxes in the betting card 79 with the players direct family member’s birth month and birth date in the numbers bet checkboxes 93, respectively, at most four roles of the family in the four letters checkboxes 101, and at most one betting amount checkboxes 95 which acts as the multiplier of the possible winning price in at least one betting board 81. Furthermore, the player marks the desired number of draws to streamline the process of players going to the POS 9 frequently. The computer implemented applications deployed at the POS 9 are then accessed by the players. The accomplished betting card 79 is scanned using the scanner unit 13 to digitalize the betting card 79. The scanning of the accomplished betting card 79 ensures the accuracy and integrity of the entries. The validity of the entries in the digitized betting card 79 is then verified in POS 9. This step aims to prevent errors and discrepancies in the betting process. Upon validation, the operator at POS 9 then proceeds to payment options if entries have no conflict and complete, else rejecting the one or more bets in the betting card 79. The POS 9 operator selects either cash or E-wallet mode payment in the POS 9. The payment is then verified within the POS 9. If the payment is done using cash, the operator will verify the payment; else, if the payment is done using E-wallet the POS 9 automatically verifies the payment. These streamlined payment options enhance the player’s experience through convenience and accessibility for players with varied preferences. Moreover, this automatic verification of E-wallet payments by POS 9 expedites the payment process, minimizing wait times and enhancing overall efficiency, The POS 9 then transmits bet details according to the digitized betting card 79 to the server 1 through the internet modems 3a, 3c. Then server 1 transmits bet acknowledgement to POS 9 through the internet modems 3a, 3c. POS 9 then prints the acknowledged bet to produce a betting ticket 17, which then serves as tangible evidence of the transaction. Finally, server 1 records the bet details into the database, facilitating comprehensive record-keeping and analysis for operational purposes. Betting using Computer Units 5b, 5c The method of betting through computer units 5b, 5c for the 2-number and alpha chance game system involves several sequential steps to ensure a smooth and efficient betting process. Firstly, a player accesses the computer-implemented applications deployed in the computer units 5b, 5c or through the web application hosted on the server 1. Upon accessing the platform, players are prompted to log in if they have an existing account; otherwise, they are guided to create one, with their data securely stored and saved on the server 1. Then, the online player selects the desired two numbers and up to four letters, number of draws and betting amount, using dropdown menus, or text fields, or combination of both. Once the selection is complete and without conflict, players add the bet to their E-cart. The players have the option to repeat the selection of bet combinations to add more bets to the E-cart if desired. Subsequently, the online player proceeds to checkout, ensuring at least one bet is in the E-cart. Online player proceeds in paying the bets if the player’s account has credits on their account, else player is required to cash in through E-wallets transfer, or bank transfer before making the payment if their account lacks credit. The credits in the online players’ account are equivalent to cash, providing flexibility in payment methods. After checkout, the bet details corresponding to the selected bets are transmitted from the computer units 5b, 5c to the server 1 through the internet modems 3a, 3e, 3d. The server 1 then transmits bet acknowledgement to computer units 5b, 5c through the internet modems 3a, 3e, 3d and adds them to the purchase history of the online player's account, ensuring comprehensive record-keeping. Finally, all bet details are meticulously recorded into the server 1 database, facilitating efficient data management. Betting through Betting Kiosk 103 The method of betting through betting kiosk 103 for the 2-number and alpha chance game system is composed of the following steps: A player accesses the computer- implemented applications deployed in the betting kiosk 103 using the touch display unit 2. The player then selects their desired two numbers and up to four letters, number of draws, and betting amount. Once selection is complete and no conflict, the players add their bet to the E-cart. Players have the option to repeat the selection of bet combinations if the player wishes to add more bets to the E-cart. Then, proceed to checking out the E-cart with at least one bet and then select payment modes. After which, the player will proceed to payment of their one or more bets through either a money slot 69 or E-wallets. The betting kiosk 103 then verifies the payment for successful transaction. After checkout and payment, the bet details are transmitted to the server 1 through the internet modems 3f, 3a and according to the bets in E-cart of the betting kiosk 103. The server 1 then transmits bet acknowledgement to betting kiosk 103 through the internet modems 3a, 3f. The betting kiosk 103 prints the acknowledged bet to produce a betting ticket 17 which will serve as evidence of the transaction. Finally, all bet details are recorded into the server 1 database for record-keeping. B. Drawing of two numbers and 1 alpha combination using the Ball Drawing Apparatus 7; The drawing of winning combination for two numbers and one alpha using the ball drawing machines 21a, 21b, 21c, 21d, 21e, 23 of the ball drawing apparatus 7 is drawn using five standard ball drawing machines 21a, 21b, 21c, 21d, 21e, or two standard ball drawing machines 21a, 21e and one day ball drawing machine 23. Furthermore, in the drawing of winning combination for two numbers and one alpha using five standard ball drawing machines 21a, 21b, 21c, 21d, 21e, whereby first standard ball drawing machine 21a contains balls 53a printed with symbols for birth month, second standard ball drawing machine 21b contains balls 53a printed with numbers one to twenty- nine, third standard ball drawing machine 21c contains balls 53a, 53b printed with numbers one to thirty, forth standard ball drawing machine 21d contains balls 53a, 53b, 53c printed with numbers one to thirty one; and fifth standard ball drawing machine 21e contains balls 53a printed with letters “F”, “M”, “S”, and “D”, representing the 1sr degree family roles. Additionally, the drawing of winning combination for two numbers and one alpha using two ball drawing machines 21a, 21e and one day ball drawing machine 23, whereby first standard ball drawing machine 21a contains balls 53a printed with symbolizing birth month, the second standard ball drawing machine 21e contains balls 53a printed with letters “F”, “M”, “S”, and “D”, and the one day ball drawing machine 23 contains balls 53a, 53b, 53c printed with numbers one to twenty-nine, thirty, and thirty-one. Method Drawing of winning combinations using the Ball Drawing Machines 21a, 21b, 21c, 21d, 21e, 23 The method using the 2-number and alpha chance game system, wherein the drawing of two numbers and one alpha using five standard ball drawing machines 21a, 21b, 21c, 21d, 21e, or two standard ball drawing machines 21a, 21e and one day ball drawing machine 23 involved the following steps: Firstly, the draw operator initiates powering the ball drawing apparatus 7 by momentary pressing the power button 29 once. Then, closing all the ingress ports 109 and egress port 115 of the drawing chamber 113 of the five standard ball drawing machines 21a, 21b, 21c, 21d, 21e, or two standard ball drawing machines 21a, 21e and one day ball drawing machine 23 by momentary pressing the loading button 31 once. Next, placing the plurality of balls 53a, 53b, 53c in the five standard ball drawing machines 21a, 21b, 21c, 21d, 21e or the two standard ball drawing machines 21a, 21e and one day ball drawing machine 23. Subsequently, the draw is commenced by momentarily pressing the start and stop button 29 once and waiting until the ball drawing apparatus 7 finishes drawing the combination. Finally, the ball drawing apparatus 7 is powered off by momentarily pressing the power button 29 once more. This systematic approach ensures the accurate and reliable operation of the drawing mechanism within the game system.

[0004] Process of operation of the ball drawing apparatus 7 in five standard ball drawing machines 21a, 21b, 21c, 21d, 21 configurations comprising the following steps: Power supply 35 activation for the Ball Drawing Apparatus 7 Supplying regulated power from power supply 35 to various components, including the controller 33, actuators 41, 43, 45, geared motors 37, 39, blower 47, RFID reader 51, and optical sensor 40 of the five standard ball drawing machines 21a, 21b, 21c, 21d, 21e. This step ensures that the system is ready for operation upon the operator momentarily pressing the power button 29 once, facilitating smooth functionality. This step ensures that all essential components receive the necessary power to facilitate the subsequent stages of the ball drawing process. Ingress Port 109 and Egress Port 115 Opening Five Standard Ball Drawing Machines Opening the ingress ports 109 and the egress port 115 by activating actuators 43, 45 and geared motors 37, 39, allowing any remaining balls 53a, 53b, 53c in the holding chamber 111 and ball capture chamber 59 to enter in the drawing chamber 113 and be removed manually by the operator. This ensures continuous flow of balls and prevents any blockages, thereby maintaining operational efficiency. Closure of Ingress and Egress Ports for Ball Loading Closing the ingress ports 109 and the egress port 115 by deactivating actuators 43, 45 and geared motors 37, 39 and allow the operator to place the plurality of balls 53a, 53b, 53c in at least one the holding chamber 111 of the five standard ball drawing machines 21a, 21b, 21c, 21d, 21e. This allows the operator to control the input and ensures the availability of balls for subsequent draws. Release of Balls 53a in First Standard Ball Drawing Machine 21a Upon the operator momentarily pressing the start and stop button 29 once in the ball drawing control panel 19. The ball drawing control panel 19 sends Activation Signal to release the balls 53a in the first standard ball drawing machine 21a through the ingress ports 109. However, if the start and stop button 29 is not pressed, the ball drawing apparatus 7 remains in standby mode. Activation of Blower 47 in 1st Standard Ball Drawing Machine 21a The blower 47 of the first standard ball drawing machines 21a is activated, facilitating the movement of balls 53a within the drawing chamber. This step ensures optimal airflow, which is crucial for the smooth operation of the ball drawing process. Ball Egress through Diverter Tube 571st Standard Ball Drawing Machine 21a The egress port 115 is opened, facilitating the passage of balls 53a through the diverter tube 57 of the first standard ball drawing machine 21a. This process involves partially opening the geared gate 67 followed by fully opening the geared gate 65. By controlling the gates' positions, the flow of balls 53a is directed through the diverter tube, a crucial step in the ball drawing operation. Closing Geared Gate 67 Upon Ball 53a Detection Upon the optical sensor 40 detecting a ball passing through the diverter tube 57, the geared gates 67 and 65 of the first standard ball drawing machine 21a are promptly closed. This action effectively traps at most one ball 53a in the ball capture chamber 59 of the standard ball drawing machine 21a. The successful capture of a ball signifies the determination of the first number of the combination, a critical milestone in the drawing process. Halting Blower 47 Operation To facilitate the settling of any uncaptured balls 53a, the blower 47 of the first standard ball drawing machine 21a is deactivated. This cessation of airflow aids in the natural descent of the balls, ensuring they come to rest within the drawing chamber 113, ready for further processing. RFID Tag Identification and Transmission Upon reading the RFID tag 49 address by the RFID reader 51 of the first standard ball drawing machine 21a, the controller 33 of the machine receives this vital tag address. This seamless transmission ensures that each ball's unique identifier is captured and processed, enhancing the accuracy and reliability of the drawing process. Tag Address Transmission to Control Panel 19 The first standard ball drawing machine 21a dutifully transmits the tag address to the ball drawing control panel 19. This crucial exchange of information allows the control panel to gather and organize data effectively, facilitating smooth coordination and management of the drawing process. Activation Signal Transmission for 2nd number draw Sending an activation signal from ball drawing control panel 19 to the appropriate standard ball drawing machine 21b, 21c, 21d based on the first number result of the combination. If the first number represents February, the signal is directed to the second standard ball drawing machine 21b. If it corresponds to April, June, September, or November, the signal is sent to the third standard ball drawing machine 21c. For months not mentioned, the signal is directed to the fourth standard ball drawing machine 21d. This ensures precise handling of the drawing process based on the initial combination result. Activation of Blower 47 in active standard ball drawing machine The blower 47 of the active standard ball drawing machine 23 is activated, facilitating the movement of balls 53a, 53b, and 53c within the drawing chamber. This step ensures optimal airflow, which is crucial for the smooth operation of the ball drawing process. Opening the Egress Port 115 in active standard ball drawing machine 21b, 21c, 21d The egress port 115 is opened to allow the release of balls 53a, 53b, 53c from the active standard ball drawing machine 21b, 21c, or 21d. This is achieved by partially opening the geared gate 67 and fully opening the geared gate 65. By doing so, the balls are directed through the diverter tube 57. Closing Geared Gates 67, 65 in active standard ball drawing machine 21b, 21c, 21d Geared gates 67, 65 are promptly closed upon the detection of a ball passing through the diverter tube 57 by the optical sensor 40. This action is essential for trapping at most one ball 53a, 53b, 53c in the ball capture chamber 59 of the active standard ball drawing machine 21b, 21c, or 21d. The trapped ball represents the second number of the combination Blower Deactivation in active standard ball drawing machine The blower 47 of the active standard ball drawing machine 21b, 21c, or 21d is turned off following the completion of the ball trapping process. This step is crucial to stabilize the system and settle down any remaining uncaptured balls 53a, 53b, 53c. RFID Tag Identification and Transmission in active Standard Ball Drawing Machine 21b, 21c, 21d Reading the RFID tag 49 address by the RFID reader 51 and receiving the tag address in the controller 33 of the active standard ball drawing machine 21b, 21c, or 21d. Then transmitting the tag address from the active standard ball drawing machine 21b, 21c, or 21d to the ball drawing control panel 19; Sending Activation Signal to 5th standard ball drawing machine An activation signal is again transmitted from the ball drawing control panel 19 to the fifth standard ball drawing machine 21e. This signal prompts the machine to initiate the release of balls 53a, facilitating the drawing process and ensuring the availability of all necessary components for the combination generation. Activation of Blower 47 for in 5th standard ball drawing machine The blower 47 of the fifth standard ball drawing machine 21e is activated, facilitating the movement of balls 53a within the drawing chamber. This step ensures optimal airflow, which is crucial for the smooth operation of the ball drawing process. Initiating Ball Egress for 5th Standard Ball Drawing Machine 21e The egress port 115 is opened, facilitating the passage of balls 53a through the diverter tube 57. This process involves partially opening the geared gate 67 followed by fully opening the geared gate 65 of the fifth standard ball drawing machine 21e. By controlling the gates' positions, the flow of balls 53a is directed through the diverter tube, a crucial step in the ball drawing operation. Closing Geared Gates 65, 67 Upon Ball 53a Detection Upon the optical sensor 40 detecting a ball passing through the diverter tube 57, the geared gates 67 and 65 are promptly closed. This action effectively traps at most one ball 53a in the ball capture chamber 59 of the fifth standard ball drawing machine 21e. The successful capture of a ball signifies the determination of the first number of the combination, a critical milestone in the drawing process. Halting Blower 47 Operation for 5th Standard Ball Drawing Machine 21e To facilitate the settling of any uncaptured balls 53a, the blower 47 of the fifth standard ball drawing machine 21e is deactivated. This cessation of airflow aids in the natural descent of the balls 53a, ensuring they come to rest within the drawing chamber 113, ready for further processing. RFID Tag 49 Identification and Transmission Upon reading the RFID tag 49 address by the RFID reader 51 of the fifth standard ball drawing machine 21e, the controller 33 of the machine receives this vital tag address. This seamless transmission ensures that each ball's unique identifier is captured and processed, enhancing the accuracy and reliability of the drawing process. Tag Address Transmission to Control Panel 19 The fifth standard ball drawing machine 21e dutifully transmits the tag address to the ball drawing control panel 19. This crucial exchange of information allows the control panel to gather and organize data effectively, facilitating smooth coordination and management of the drawing process. Transmitting the combination result Finally, the combination result generated by the ball drawing apparatus 7 is transmitted to the server 1. This communication is crucial for recording and processing the drawn combination in server 1 database, ensuring accuracy and reliability in the outcome. A process of operation of ball drawing apparatus 7 in two numbers and 1 alpha using two standard ball drawing machines 21a, 21e and one day ball drawing machine 23 configuration comprising the following steps: Power Supply 35 Initialization for Ball Drawing Apparatus 7 Supplying regulated power from the power supply 35 to the controller 33, actuators 41, 43, 45, geared motors 37, 39, blower 47, RFID reader 51, and optical sensor 40 to the two standard ball drawing machines 21a, 21e and one day ball drawing machine 23 is a critical initial step triggered by the operator pressing the power button 29 once in preparing the apparatus for operation. This step ensures that all essential components receive the necessary power to facilitate the subsequent stages of the ball drawing process. Ingress Port 109 and Egress Port 115 Opening The activation of actuators 43 and 45, along with geared motors 37 and 39, facilitates the opening of ingress ports 109 and egress port 115. This action permits the movement of remaining balls 53a, 53b, and 53c from holding chamber 111 and ball capture chamber 59 into the drawing chamber 113. Subsequently, the operator can manually remove the balls 53a, 53b, and 53c in one of the standard ball drawing machines 21a. Closure of Ingress Port 109 and Egress Ports 115 for Ball Loading Actuators 43 and 45, along with geared motors 37 and 39, are deactivated to close the ingress ports 109 and egress port 115. This action enables the operator to place the plurality of balls 53a, 53b, and 53c into at least one of the holding chambers 111 within the two standard ball drawing machines 21a, 21e and one day ball drawing machine 23. Release of Balls 53a in Standard Ball Drawing Machine 21a Upon the operator momentarily pressing the start and stop button 29 once in the ball drawing control panel 19. The ball drawing control panel 19 sends Activation Signal to release the balls 53a in the standard ball drawing machine 21a through the ingress ports 109. However, if the start and stop button 29 is not pressed, the ball drawing apparatus 7 remains in standby mode. Activation of Blower 47 for Standard Ball Drawing Machine 21a The blower 47 of the standard ball drawing machine 21a is activated, facilitating the movement of balls 53a within the drawing chamber. This step ensures optimal airflow, which is crucial for the smooth operation of the ball drawing process. Initiating Ball Egress through Diverter Tube 57 The egress port 115 is opened, facilitating the passage of balls 53a through the diverter tube 57 of the standard ball drawing machine 21a. This process involves partially opening the geared gate 67 followed by fully opening the geared gate 65. By controlling the gates' positions, the flow of balls 53a is directed through the diverter tube, a crucial step in the ball drawing operation. Closing Geared Gates 65.67 Upon Ball 53a Detection Upon the optical sensor 40 detecting a ball passing through the diverter tube 57, the geared gates 67 and 65 are promptly closed. This action effectively traps at most one ball 53a in the ball capture chamber 59 of the standard ball drawing machine 21a. The successful capture of a ball signifies the determination of the first number of the combination, a critical milestone in the drawing process. Halting Blower 47 Operation To facilitate the settling of any uncaptured balls 53a, the blower 47 of the standard ball drawing machine 21a is deactivated. This cessation of airflow aids in the natural descent of the balls 53a, ensuring they come to rest within the drawing chamber 113, ready for further processing. RFID Tag 49 Identification and Transmission Upon reading the RFID tag 49 address by the RFID reader 51 of the standard ball drawing machine 21a, the controller 33 of the machine receives this vital tag address. This seamless transmission ensures that each ball's unique identifier is captured and processed, enhancing the accuracy and reliability of the drawing process. Tag Address Transmission to Control Panel 19 The standard ball drawing machine 21a dutifully transmits the tag address to the ball drawing control panel 19. This crucial exchange of information allows the control panel to gather and organize data effectively, facilitating smooth coordination and management of the drawing process. Activation Signal Transmission to Day Ball Drawing Machine 23 The ball drawing control panel 19 sends a vital activation signal to the day ball drawing machine 23, initiating the release of balls 53a, 53b, and 53c through the ingress port 109. This signal ensures synchronized operation across all machines, enabling the precise selection and presentation of numbers essential for the drawing process. This activation follows specific releasing of: ● Balls 53a one to twenty-nine by activating the actuators 43, 45 while retaining numbers thirty and thirty-one if the first number result of the combination represents February by deactivating the actuator 41, ● Balls 53a, 53b one to thirty by activating the actuators 43, 45 and momentarily activating the actuators 41 while retaining number thirty-one if the first number result of the combination represents April, June, September, and November by, or ● Balls 53a, 53b, and 53c one to thirty-one by activating the actuators 41, 43, 45 if the first number result of the combination represents the months not mentioned; Activation of Blower 47 in Day Ball Drawing Machine 23 The blower 47 of the day ball drawing machine 23 is activated, facilitating the movement of balls 53a, 53b, and 53c within the drawing chamber. This step ensures optimal airflow, which is crucial for the smooth operation of the ball drawing process. Opening the Egress Port 115 for Day Ball Drawing Machine 23 The egress port 115 is opened to allow the release of balls 53a, 53b, and 53c from the day ball drawing machine 23. This is achieved by partially opening the geared gate 67 and fully opening the geared gate 65. By doing so, the balls are directed through the diverter tube 57. Closing Geared Gates 67, 65 for Day Ball Drawing Machine 23 Geared gates 67, 65 are promptly closed upon the detection of a ball passing through the diverter tube 57 by the optical sensor 40. This action is essential for trapping at most one ball 53a, 53b, and 53c in the ball capture chamber 59 of the day ball drawing machine 23. The trapped ball represents the second number of the combination Blower 47 Deactivation for Day Ball Drawing Machine 23 The blower 47 of the day ball drawing machine 23 is turned off following the completion of the ball trapping process. This step is crucial to stabilize the system and settle down any remaining uncaptured balls 53a, 53b, and 53c. RFID Tag 49 Identification and Transmission for Day Ball Drawing Machine 23 Reading the RFID tag 49 address by the RFID reader 51 of the day ball drawing machine 23 and receiving the tag address in the controller 33 of the day ball drawing machine 23. Then transmitting the tag address from the day ball drawing machine 23 to the ball drawing control panel 19; Transmission of Activation Signal for Day Ball Drawing Machine 23 An activation signal is again transmitted from the ball drawing control panel 19 to the second standard ball drawing machine 21e. This signal prompts the machine to initiate the release of balls 53a, 53b, and 53c, facilitating the drawing process and ensuring the availability of all necessary components for the combination generation. Activation of Blower 47 for 2nd Standard Ball Drawing Machine 21e The blower 47 of the second standard ball drawing machine 21e is activated, facilitating the movement of balls within the drawing chamber. This step ensures optimal airflow, which is crucial for the smooth operation of the ball drawing process. Initiating Ball Egress for 2nd Standard Ball Drawing Machine 21e The egress port 115 is opened, facilitating the passage of balls 53a through the diverter tube 57. This process involves partially opening the geared gate 67 followed by fully opening the geared gate 65 of the second standard ball drawing machine 21e. By controlling the gates' positions, the flow of balls is directed through the diverter tube, a crucial step in the ball drawing operation. Closing Geared Gates 6567 Upon Ball 53a Detection Upon the optical sensor 40 detecting a ball passing through the diverter tube 57, the geared gates 67 and 65 are promptly closed. This action effectively traps at most one ball 53a in the ball capture chamber 59 of the second standard ball drawing machine 21e. The successful capture of a ball signifies the determination of the first number of the combination, a critical milestone in the drawing process. Halting Blower 47 Operation for 2nd Standard Ball Drawing Machine 21e To facilitate the settling of any uncaptured balls 53a, the blower 47 of the second standard ball drawing machine 21e is deactivated. This cessation of airflow aids in the natural descent of the balls, ensuring they come to rest within the drawing chamber 113, ready for further processing. RFID Tag 49 Identification and Transmission Upon reading the RFID tag 49 address by the RFID reader 51 of the second standard ball drawing machine 21e, the controller 33 of the machine receives this vital tag address. This seamless transmission ensures that each ball's unique identifier is captured and processed, enhancing the accuracy and reliability of the drawing process. Tag Address Transmission to Control Panel 19 The second standard ball drawing machine 21e dutifully transmits the tag address to the ball drawing control panel 19. This crucial exchange of information allows the control panel to gather and organize data effectively, facilitating smooth coordination and management of the drawing process. Transmitting the Combination Result Finally, the combination result generated by the ball drawing apparatus 7 is transmitted to the server 1. This communication is crucial for recording and processing the drawn combination in server 1 database, ensuring accuracy and reliability in the outcome. C. Identifying qualified winning bets by comparing the recorded bets in the database in the server 1 to the two numbers and 1 alpha combination result. After the ball drawing apparatus 7 completes drawing the winning combination, server 1 plays a crucial role in determining which bets qualify as winners. This process begins with the server 1 accessing the database where all recorded bets are stored. Each recorded bet includes the chosen combination of two numbers and one alpha, along with the corresponding betting amount and other relevant details. The server 1 then compares the drawn combination, consisting of two numbers and one alpha, with the recorded bets in the database. It meticulously matches each drawn number and alpha with the corresponding selections made by the players when placing their bets. For a bet to be considered a qualified winner, it must precisely match the drawn combination. This means that both the numbers and the alpha must align with the results produced by the ball drawing apparatus 7. Any discrepancies or deviations result in the bet being disqualified from winning. Once the server 1 identifies the qualified winning bets, it proceeds to allocate prizes or rewards to the respective players accordingly. This meticulous process ensures fairness and accuracy in determining the winners of the game, maintaining the integrity of the gaming system and providing players with a trustworthy and enjoyable gaming experience. D. Determining the price allocation for eligible winning players on price computation schedule. In the price allocation of the 2-number and alpha chance game system, the distribution of rewards is intricately designed to correlate with the player’s selection and betting units. The detailed breakdown on how prizes are determined are discussed below. Firstly, if a player selects only one letter checkbox 101 out of the available options (representing family roles), they are entitled to receive the entire major prize. This encourages players to make strategic and confident choices, aiming for the highest reward.

Claims

Secondly, if a player selects two letter checkboxes 101, they receive half of the major prize amount. This offers a balanced reward for those who demonstrate a moderate level of confidence in their selections, motivating them to participate actively. Thirdly, players who opt for three letter checkboxes 101 receive one-third of the major prize, providing a fair share of the reward for those who diversify their selections and demonstrate a higher degree of risk-taking. Lastly, players who select all four letter checkboxes 101 receive one-fourth of the major prize. This price allocation is determined by the number of unit bets that is dependent on the bet amount. The unit bet will be multiplied to the major price that the winning player will get. Furthermore, this price allocation is designed in a way that even in the event of multiple selections, the reward remains proportionate and encourages thoughtful decision- making. The purpose of this allocation method is to incentivize players to engage with the game strategically, considering both the likelihood of their selections and the potential rewards. By offering varying levels of rewards based on the number of selections made, the system promotes a balanced and fair gaming experience. Additionally, it adds an element of excitement and anticipation for players, as they strategize to maximize their potential winnings while enjoying the thrill of the game. The above description was provided to serve as an illustration and description. Furthermore, it is not meant to limit the embodiments of the present invention as disclosed herein.Claims:

1. A 2-number and 1-to-4 alpha chance game system comprising: a server (1) characterized by a network interface and database; a plurality of internet modems (3a, 3b, 3c, 3d, 3e, 3f) communicably connected to the server (1) to provide internet connection; a plurality computer units (5b, 5c) communicably connected to the server (1) through at least one internet modem (3d, 3e); a ball drawing apparatus (7) communicably connected to the server (1) through the internet modem (3b) and further comprising: a ball drawing control panel (19) communicably connected to the server (1) through the internet modem (3b), and at least three ball drawing machines (21a, 21b, 21c, 21d, 21e, 23) operably connected to the ball drawing control panel (19); at least one point of sales (POS) (9) communicably connected to the server (1) through at least one internet modem (3c), and further comprising: a computer unit (5a) operable connected to the server (1) through at least one internet modem (3c), a scanner unit (13) operably connected to the computer unit (5a), and a printer (15a) operably connected to the computer unit (5a); at least one betting kiosk (103) communicably connected to the server (1), further comprising: a computer unit (5d) operable connected to the server (1) through at least one internet modem (3f), a touch display unit (2) operably connected to the computer unit (5d) and configured as user interface to key in the players bet player,at least money slot (69) operably connected to the computer unit (5d) and is selected to accept paper money and coins to facilitate cash transactions, and a printer (15b) operably connected to the computer unit (5d); a betting card (79) scannable by the scanner unit (13) of the point of sales (9) and is characterized by: a plurality of betting board (81) printed in the betting card (79), a scanning code (83) printed in the betting card (79) for the scanner unit (13) compatibility, at least one logo (85) printed in the betting card (79), a game name (87) printed in the betting card (79), a plurality of number of draw checkboxes (99) printed in the betting card (79) for selecting number of draws, and a company name (89) printed in the betting card (79); a betting ticket (17) printable by the printer (15a, 15b) of the point of sales (9) and the betting kiosk (103), and characterized by the following printed bet details: two numbers bet, at most four bet letters, betting amount, date and time of purchase, company name, retailer code, at least one logo, reference code, and scanning code; and a computer implemented applications deployed to the server (1), computer units (5b, 5c), computer units (5d) of the betting kiosk (103), and computer unit (5a) of the point of sales (9).

2. The 2-number and alpha chance game system according to claim 1, wherein one of the ball drawing machines (21a, 21b, 21c, 21d, 21e, 23) of the ball drawing apparatus (7) is characterized as a day ball drawing machine (23) and is further comprising: an enclosure (55) acting as the main frame of the day ball drawing machine (23) is characterized with an air hole (107) at the bottom portion, a ball capture chamber (59), at least holding chamber (111), a drawing chamber (113), at least one ingress hole (109) from the holding chamber (111) to the drawing chamber (113), and one egress hole (115) and is further comprising:at least one hatch cover (105) slidably attached in the top portion of the holding chamber (111), a diverter tube (57) fixed inside the drawing chamber (113) and communicably connected to the egress hole (115), and a plurality of lever mount (119) fixed adjacent to the ingress hole (109) and in one of the holding chambers (111); a table (117) supporting at the bottom portion of the enclosure (55); at least three lever gate assemblies (71a, 71b, 71c) mechanically blocking at least the two ingress holes (109) and two ball in the holding chamber (111); a controller (33) enclosed in the table (117) and operably connected to the ball drawing control panel (19); at least three actuators (41, 43, 45) wherein two are mounted in the bottom portion of the enclosure (55) and one at the holding chamber (111), are mechanically connected to the gate assembly (71a, 71b, 71c), and electrically connected to the outputs of the controller (33); at least two with geared motors (37, 39) mounted adjacent to the egress hole (115) and ball capture chamber (59) of the enclosure (55), and electrically connected to the outputs of the controller (33); at least two pinion gear (61, 63) each concentrically mounted to the shaft of each geared motors (37, 39); at least two geared gate (65, 67) slidably mounted to the enclosure (55), and are characterized by linear gear teeth in the middle portion and each are mated with one of the pinion gears (61, 63) to form a rack-pinion mechanism; at least one blower (47) communicably connected to the air hole (107) at the bottom portion of the enclosure (55), and electrically connected to the outputs of the controller (33);a Radio Frequency Identification (RFID) reader (51) mounted on the enclosure (55), in parallel with the ball capture chamber (59), and electrically connected to the digital pins of the controller (33); a plurality of balls (53a, 53b, 53c) placeable in the enclosure (55), are temporality held by the lever gate assemblies (71) in the holding chambers (111); an RFID tag (49) attached inside the plurality of balls (53a, 53b, 53c), programmed with identical identification address, and wirelessly communicating with the RFID reader (51); an optical sensor (40) mounted on the enclosure (55) at lower portion of the inner geared gate (65) is provided to detect the presence to balls (53a, 53b, 53c), electrically connected to the digital pins of the controller (33); and a power supply (35) electrically connected to the AC mains plug and to the controller (33), actuators (41, 43, 45), geared motors (37, 39), blower (47), RFID reader (51), and optical sensor (40) to supply regulated voltages.

3. The 2-number and alpha chance game system according to claim 1, wherein the ball drawing control panel (19) is further comprising: a microcontroller (25) communicably connected to the server (1) through the internet and the internet modems (3a, 3b); a power button (27) electrically connected to the microcontroller (25); a start and stop button (29) electrically connected to the microcontroller (25); a loading button (31) electrically connected to the microcontroller (25); and a power supply (35) electrically connected to the microcontroller (25).

4. The 2-number and alpha chance game system according to claim 1, wherein the remaining of ball drawing machines (21a, 21b, 21c, 21d, 21e, 23) in the ball drawing apparatus (7) are characterized as the standard ball drawing machines (21a, 21b, 21c, 21d, 21e) and are constructed similar to the day ball drawing machine (23) except that it lacks the actuator (41) and lever gate assembly (71a).

5. The 2-number and alpha chance game system according to claim 1, wherein the ball drawing machines (21a, 21b, 21c, 21d, 21e, 23) in the ball drawing apparatus (7) is selected from the standard ball drawing machines (21a, 21b, 21c, 21d, 21e) or the combination of the standard ball drawing machines (21a, 21e) and day ball drawing machine (23).

6. The 2-number and alpha chance game system according to claim 1, wherein the betting board (81) is further characterized by: a plurality of numbers bet checkboxes (93) printed in the betting card (79); at most four letters checkboxes (101) printed in the betting card (79); a void check boxes (97) printed in the betting card (79); and a plurality betting amount checkboxes (95) printed in the betting card (79).

7. The 2-number and alpha chance game system according to claim 1, wherein the two numbers bet in the betting ticket (17) and betting boards (81) represents birth month and birth date, and comprises the numbers from 1 to 12 and 1 to 31, respectively.

8. The 2-number and alpha chance game system according to claim 1, wherein the letters checkboxes (101) in the betting board (81) represents the first-degree family member role having a birth month and birthdate represented by the two number bet of the player and whereby family role is selected from “F” for father, “M” for mother, “S” for son, and “D” for daughter.

9. The 2-number and alpha chance game system according to claim 1, wherein the computer units (5b, 5c) is selected from a smart mobile phone, tablet computer, desktop computer, and laptop computer, and the computer units (5a, 5d) is selected from desktop computer and laptop computer.

10. The 2-number and alpha chance game system according to claim 1, wherein the scanner unit (13) and the printers (15a, 15b) are connected to the POS (9) and the betting kiosk (103) using wired or wireless connections, respectively.

11. The 2-number and alpha chance game system according to claim 1, wherein the void check box (97) is marked if the player desires to exclude the one or more betting board(81) in case the player wants to cancel the bet or makes errors in marking the betting boards (81) in the betting card (79).

12. A method using the 2-number and alpha chance game system comprising the following steps: a. a player betting for two numbers and at most four alpha combination; b. drawing of two numbers and 1 alpha combination using the ball drawing apparatus (7); c. identifying qualified winning bet by comparing the recorded bets in database in the server (1) to the two numbers and 1 alpha combination result drawn in step (b); and d. determining the price allocation for eligible winning players based on the price computation schedule.

13. The method using the 2-number and alpha chance game system according to claim 12, wherein the betting in step (a) is accomplished through the POS (9), betting kiosk (103) or online betting using the computer units (5b, 5c) that are deployed with computer- implemented programs.

14. The method using the 2-number and alpha chance game system according to claim 12, wherein the betting through POS (9) is step (a) is further comprising the following steps: a. a player marking the check boxes in the betting card (79); b. accessing the computer-implemented applications deployed in the POS (9); c. scanning of the accomplished betting card (79) in step (a) using the scanner unit (13) to digitalize the betting card (79); d. verifying the validity of entries from the digitized betting card (79) achieved in step (c); e. proceeding to payment options if entries have no conflict and complete as verified in step (d), else rejecting the one or more bets; f. selecting cash or E-wallet mode payment in the POS (9);g. verifying payment in the POS (9); h. transmitting of bet details according to the digitized betting card (79) in the POS (9) to the server (1) through the internet modems (3c, 3a) respectively; i. transmitting of bet acknowledgement from the server (1) to the POS (9) through the internet modems (3a, 3c) respectively; j. printing the acknowledged bet to produce a betting ticket (17); and k. recording of bet details into the server (1) database.

15. The method of 2-number and alpha chance game system according to claim 12, wherein the betting through online using the computer units (5b, 5c) is further comprising the following steps: a. a player accessing the computer implemented applications deployed in the computer units (5b, 5c) or the web application in the server (1); b. logging in the computer implemented applications if the online player has an existing account, else online player is required to create an account before logging in; c. selecting desired two numbers, at most four letters, number of draws, and betting amount; d. adding the selected bet accomplished in step (c) to the E-cart if the online bet is complete and no conflict; e. repeating step (c) and step (d) if player wish to add more bets to the E-cart; f. checking out the E-cart with at least one bet; g. paying the bets if the player’s account has credits, else player is required to cash in through E-wallets transfer, or bank transfer before making the payment; h. transmitting of bet details according to the paid checkout bet in the computer units (5b, 5c) to the server (1) through the internet modems (3e, 3d, 3a) respectively; i. transmitting of bet acknowledgement from said server (1) to the computer units (5b, 5c) through the internet modems (3a, 3e, 3d) respectively;j. adding the bets to the players purchase history; and k. recording of bet details into the server (1) database.

16. The method of 2-number and alpha chance game system according to claim 12, wherein the betting through betting kiosk (103) is further comprising the following steps: a. a player accessing the computer implemented applications deployed in the betting kiosk (103) by the touch display unit (2); b. selecting desired two numbers, at most four letters, number of draws, and betting amount; c. adding the selected bet in step (b) to the E-cart if the online bet is complete and no conflict; d. repeating step (b) and step (c) if the player wish to add more bets to the E-cart; e. checking out the E-cart with at least one bet; f. selecting payment modes; g. paying the one or more bets through a money slot (69) or E-wallets; h. verifying payment in the betting kiosk (103); i. transmitting of bet details according to the bets in the E-cart in the betting kiosk (103) to the server (1) through the internet modems (3f, 3a) respectively; j. transmitting of bet acknowledgement from said server (1) to betting kiosk (103) through the internet modems (3a, 3f) respectively; k. printing the acknowledged bet to produce a betting ticket (17); and l. recording of bet details into the server (1) database.

17. The method using the 2-number and alpha chance game system according to claim 12, wherein the drawing of two numbers and 1 alpha using the ball drawing machines (21a, 21b, 21c, 21d, 21e, 23) of the ball drawing apparatus (7) is drawn using five standard ball drawing machines (21a, 21b, 21c, 21d, 21e), or two standard ball drawing machines (21a, 21e) and one day ball drawing machine (23).

18. The method using the 2-number and alpha chance game system according to claim 12, wherein the drawing of two numbers and 1 alpha using the five standard ball drawing machines (21a, 21b, 21c, 21d, 21e), whereby first standard ball drawing machine (21a) contains balls (53a) printed with symbols for birth month, second standard ball drawing machine (21b) contains balls (53a) printed with numbers one to twenty-nine, third standard ball drawing machine (21c) contains balls (53a, 53b) printed with numbers one to thirty, forth standard ball drawing machine (21d) contains balls (53a, 53b, 53c) printed with numbers one to thirty one; and fifth standard ball drawing machine (21e) contains balls (53a) printed with letters “F”, “M”, “S”, and “D”.

19. The method using the 2-number and alpha chance game system according to claim 12, wherein the drawing of two numbers and 1 alpha using two ball drawing machines (21a, 21e) and one day ball drawing machine (23), whereby first standard ball drawing machine (21a) contains balls (53a) printed with symbolizing birth month, the second standard ball drawing machine (21e) contains balls (53a) printed with letters “F”, “M”, “S”, and “D”, and the one day ball drawing machine (23) contains balls (53a, 53b, 53c) printed with numbers one to twenty-nine, thirty, and thirty one.

20. The method using the 2-number and alpha chance game system according to claim 12, wherein the drawing of two numbers and 1 alpha in step b using five standard ball drawing machines (21a, 21b, 21c, 21d, 21e), or two standard ball drawing machines (21a, 21e) and one day ball drawing machine (23) is further comprising the following steps: a. powering on the ball drawing apparatus (7) by momentary pressing the power button (29) once; b. closing of the all the ingress ports (109) and egress port (115) of the drawing chamber (113) of the five standard ball drawing machines (21a, 21b, 21c, 21d, 21e), or two standard ball drawing machines (21a, 21e) and one day ball drawing machine (23) by momentary pressing the loading button (31) once; c. placing the plurality of balls (53a, 53b, 53c) in the five standard ball drawing machines (21a, 21b, 21c, 21d, 21e), or the two standard ball drawing machines (21a, 21e) and one day ball drawing machine (23); d. starting the draw by momentary pressing the start and stop button (29) once;e. waiting until the ball drawing apparatus (7) finished drawing the combination; and f. powering off the ball drawing apparatus (7) by momentary pressing the power button (29) once.

21. A process of operation of ball drawing apparatus (7) in five standard ball drawing machines (21a, 21b, 21c, 21d, 21e) configuration comprising the following steps: a. supplying regulated power from power supply (35) to the controller (33), actuators (41, 43, 45), geared motors (37, 39), blower (47), RFID reader (51), and optical sensor (40) of the five standard ball drawing machines (21a, 21b, 21c, 21d, 21e) after an operator momentarily pressed the power button (29) once; b. opening the ingress ports (109) and the egress port (115) by activating the actuators (43, 45) and geared motors (37, 39) to allow remaining ball (53a, 53b, 53c) in the holding chamber (111) and ball capture chamber (59) to enter in the drawing chamber (113) and be removed manually by the operator; c. closing the ingress ports (109) and the egress port (115) by deactivating actuators (43, 45) and geared motors (37, 39) and allow the operator to place the plurality of balls (53a, 53b, 53c) in at least one the holding chamber (111); d. releasing the balls (53a) in the first standard ball drawing machine (21a) through the ingress ports (109) if the operator momentary pressing the start and stop button (29) once, else in ball drawing apparatus (7) is in standby; e. turning on the blower (47) of the first standard ball drawing machine (21a); f. opening the egress port (115) to allow balls (53a) to be blown through the diverter tube (57) by partially opening the geared gate (67) and fully opening the geared gate (65) of the first standard ball drawing machine (21a); g. closing geared gate (67, 65) when optical sensor (40) detects a ball passing diverter tube (57) and thereby trapping at most one ball (53a) in the ball capture chamber (59) of the standard ball drawing machine (21a), whereby the trapped ball represents the first number of the combination; h. turning off the blower (47) of the standard ball drawing machine (21a);i. reading the RFID tag (49) address by the RFID reader (51) of the first standard ball drawing machine (21a); j. receiving the tag address in the controller (33) of the first standard ball drawing machine (21a); k. transmitting the tag address from the first standard ball drawing machine (21a) to the ball drawing control panel (19); l. transmitting an activations signal from ball drawing control panel (19) to the second standard ball drawing machine (21b) if the first number result of the combination represents February, the third standard ball drawing machine (21c) if the first number result of the combination represents April, June, September, and November; or the forth standard ball drawing machine (21d) if the first number result of the combination represents the months not mentioned; m. releasing the balls (53a, 53b, 53c) through the ingress ports (109) in the activated standard ball drawing machines (21b, 21c, 21d) in step (l); n. turning on the blower (47) of the activated standard ball drawing machines (21b, 21c, 21d) in step (l); o. opening the egress port (115) to allow balls (53a, 53b, 53c) to be blown through the diverter tube (57) by partially opening the geared gate (67) and fully opening the geared gate (65) of the activated standard ball drawing machines (21b, 21c, 21d) in step (l); p. closing geared gate (67, 65) when optical sensor (40) detects a ball passing diverter tube (57) and thereby trapping at most one ball (53a, 53b, 53c) in the ball capture chamber (59) of the activated standard ball drawing machines (21b, 21c, 21d) in step (l), whereby the trapped ball represents the second number of the combination; q. turning off the blower (47) of the activated standard ball drawing machines (21b, 21c, 21d) in step (l); r. reading the RFID tag (49) address by the RFID reader (51) of the activated standard ball drawing machines (21b, 21c, 21d) in step (j);s. receiving the tag address in the controller (33) of the activated standard ball drawing machines (21b, 21c, 21d) in step (j); t. transmitting the tag address from of the activated standard ball drawing machines (21b, 21c, 21d) in step (j), to the ball drawing control panel (19); u. releasing the balls (53a) in the fifth standard ball drawing machine (21e) through the ingress ports (109); v. turning on the blower (47) of the fifth standard ball drawing machine (21e); and w. opening the egress port (115) to allow the balls (53a) to be blown through the diverter tube (57) by partially opening the geared gate (67) and fully opening the geared gate (65) of the fifth standard ball drawing machine (21e); x. closing the geared gate (67, 65) when the optical sensor (40) detects a ball passing the diverter tube (57) and thereby trapping at most one ball (53a) in the ball capture chamber (59) of the fifth standard ball drawing machine (21e), whereby the trapped ball represents the first number of the combination; y. turning off the blower (47) of the fifth standard ball drawing machine (21e); z. reading the RFID tag (49) address by the RFID reader (51) of the fifth ball drawing machine (21e); aa. receiving the tag address in the controller (33) of the fifth ball drawing machine (21e); bb. transmitting the tag address from the standard ball drawing machine (21e), to the ball drawing control panel (19); and cc. transmitting the combination result from the ball drawing apparatus (7) to the server (1).

22. A process of operation of ball drawing apparatus (7) in two numbers and one alpha using two standard ball drawing machines (21a, 21e) and one day ball drawing machine (23) configuration comprising the following steps: a. supplying regulated power from the power supply (35) to the controller (33), actuators (41, 43, 45), geared motors (37, 39), blower (47), RFID reader (51), andoptical sensor (40) to the two standard ball drawing machines (21a, 21e) and the one day ball drawing machine (23) after an operator momentarily pressed the power button (29) once; b. opening the ingress ports (109) and the egress port (115) by activating the actuators (43, 45) and the geared motors (37, 39) to allow the remaining ball (53a, 53b, 53c) in the holding chamber (111) and the ball capture chamber (59) to enter in the drawing chamber (113) and be removed manually by the operator in one of the standard ball drawing machine (21a); c. closing the ingress ports (109) and the egress port (115) by deactivating the actuators (43, 45) and geared motors (37, 39) and allow the operator to place the plurality of balls (53a, 53b, 53c) in at least one the holding chamber (111) in the standard ball drawing machine (21a); d. releasing the balls (53a) in the standard ball drawing machine (21a) through the ingress ports (109) if the operator momentary pressing the start and stop button (29) once, else in the ball drawing apparatus (7) is in standby; e. turning on the blower (47) of the standard ball drawing machine (21a); f. opening the egress port (115) to allow balls (53a) to be blown through the diverter tube (57) by partially opening the geared gate (67) and fully opening the geared gate (65); g. closing geared gate (67, 65) when the optical sensor (40) detects a ball passing the diverter tube (57) and thereby trapping at most one ball (53a) in the ball capture chamber (59) of the standard ball drawing machine (21a), whereby the trapped ball represents the first number of the combination; h. turning off the blower (47) of the standard ball drawing machine (21a); i. reading the RFID tag (49) address by the RFID reader (51) of the standard ball drawing machine (21a) in step b; j. receiving the tag address in the controller (33) of the standard ball drawing machine (21a);k. transmitting the tag address from the standard ball drawing machine (21a) to the ball drawing control panel (19); l. transmitting an activation signal from the ball drawing control panel (19) to the day ball drawing machine (23) to release the balls (53a, 53b, 53c) through the ingress port (109) with numbers: one to twenty-nine by activating the actuators (43, 45) while retaining numbers thirty and thirty-one if the first number result of the combination represents February by deactivating the actuator (41), one to thirty by activating the actuators (43, 45) and momentarily activating the actuators (41) while retaining number thirty-one if the first number result of the combination represents April, June, September, and November by, or one to thirty-one by activating the actuators (41, 43, 45) if the first number result of the combination represents the months not mentioned; m. turning on the blower (47) of the day ball drawing machine (23); n. opening the egress port (115) to allow balls (53a) to be blown through the diverter tube (57) by partially opening the geared gate (67) and fully opening the geared gate (65) in the day ball drawing machine (23); o. closing geared gate (67, 65) when optical sensor (40) detects a ball passing diverter tube (57) and thereby trapping at most one ball (53a) in the ball capture chamber (59) of the day ball drawing machine (23), whereby the trapped ball represents the second number of the combination p. turning off the blower (47) of the day ball drawing machine (23); q. reading the RFID tag (49) address by the RFID reader (51) of the day ball drawing machine (23); r. receiving the tag address in the controller (33) of the day ball drawing machine (23); s. transmitting the tag address from the day ball drawing machine (23) to the ball drawing control panel (19);t. transmitting an activations signal from the ball drawing control panel (19) to the second standard ball drawing machine (21e) to release the balls (53a); u. turning on the blower (47) of the second standard ball drawing machine (21e); and v. opening the egress port (115) to allow the balls (53a) to be blown through the diverter tube (57) by partially opening the geared gate (67) and fully opening the geared gate (65) of the second standard ball drawing machine (21e); w. closing geared gate (67, 65) when optical sensor (40) detects a ball passing diverter tube (57) and thereby trapping at most one ball (53a) in the ball capture chamber (59) of the second standard ball drawing machine (21e), whereby the trapped ball represents the family role of the combination. x. turning off the blower (47) of the second standard ball drawing machine (21e); y. reading the RFID tag (49) address by the RFID reader (51) of the second ball drawing machine (21e); z. receiving the tag address in the controller (33) of the fifth ball drawing machine (21e); aa. transmitting the tag address from of the second standard ball drawing machine (21e), to the ball drawing control panel (19); and bb. transmitting the combination result from the ball drawing apparatus (7) to the server (1).

23. The method using the 2-number and alpha chance game system according to claim 12, wherein price allocation in step (d) of the eligible winning player with one unit bet who mark: only one letter checkbox (101) will get the whole major price, two letter checkboxes (101) will get half of the whole major price, three letter checkboxes (101) will get one third of the whole major price, and four letter checkboxes (101) will get one fourth of the whole major price.

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