Keno Hit Replication Across Multiple Cards
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Solution Overview
Problem
Traditional keno games often result in more losing cards than winning cards, leading to decreased player excitement and interest, as players typically have limited opportunities to replicate hits across multiple cards.
Innovation Solution
The method allows players to replicate hits from a primary keno card to one or more secondary cards, increasing the probability of winning by presetting hits on the secondary cards, thereby enhancing game excitement and maintaining player interest.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If players mark more spots on keno cards to increase winning opportunities, then the coverage of possible winning combinations increases, but the probability of hitting selected numbers decreases
Solution Approach 1:
The game is divided into multiple independent draw cycles (first draw cycle, second draw cycle, etc.) where each cycle draws a subset of the total numbers. Players can mark spots for multiple cycles, and hits from earlier cycles are carried forward to later cycles, allowing players to segment their betting strategy across different draw phases while maintaining cumulative winning opportunities.
Solution Approach 2:
Players pre-mark their desired spots on keno cards before the draw cycles begin. The system pre-calculates potential hits based on the numbers drawn in earlier cycles and carries these hits forward to subsequent cycles. This preliminary marking and pre-calculation allows players to maximize their winning opportunities without needing to recalculate probabilities for each individual cycle.
2Device complexity
If traditional keno games are played with single cards, then the game structure is simple, but player excitement and interest decrease due to limited winning opportunities
Solution Approach 1:
The keno card system is enhanced to support multiple functions: it can be used for single-cycle play or multi-cycle play with hit replication. The same card structure serves both traditional simple gameplay and the new enhanced gameplay with carry-forward hits, allowing the system to adapt to different player preferences while maintaining excitement through the option of replicated hits across cycles.
Solution Approach 2:
Multiple draw cycles are nested within a single game session, with each cycle containing a subset of the total number pool. Hits from outer cycles are nested into inner cycles through the carry-forward mechanism, creating a layered structure where players can accumulate hits across nested draw phases, thereby increasing excitement without requiring entirely separate games.
3Adaptability or versatility
If multiple independent keno cards are played simultaneously, then winning opportunities increase, but the cost and complexity of tracking increases
Solution Approach 1:
Multiple keno cards are merged into a single integrated system where hit tracking is centralized. Instead of independently tracking hits on each card, the system combines all player-marked spots across multiple cards and tracks hits uniformly across the entire set. This merging approach maintains multiple winning opportunities while reducing tracking complexity through a unified hit replication mechanism that applies to all cards simultaneously.
Data Source
AI summary
A method and apparatus for playing keno on multiple cards with a two-draw cycle where hits from a first draw are replicated from a primary card to at least one secondary card while misses from a first draw are not replicated from the primary card to the at least one secondary card. An independent second draw for each card completes the game cycle resulting in different game outcomes based off the same first draw cycle. The player is awarded where appropriate for each game outcome on each of the cards played.