Lever-Controlled Arcade Platforms for Skill-and-Chance Ball Paths
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Solution Overview
Problem
Existing arcade games lack a mechanism that combines skill and chance, providing a dynamic and engaging gameplay experience.
Innovation Solution
An arcade game featuring a housing with adjustable platforms and levers that allow players to manipulate the trajectory of balls using gravity, incorporating sensors to determine prize levels based on ball placement.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a game uses only chance mechanisms like automatic ball delivery and fixed paths, then operation simplicity is improved, but player engagement and skill involvement deteriorate
Solution Approach 1:
The platforms are made dynamically adjustable during gameplay through lever mechanisms. Players can tilt each platform independently to any angle, creating dynamic changes in ball trajectories. This transforms a static chance-based game into a dynamic skill-based experience while maintaining operational simplicity through intuitive lever controls.
Solution Approach 2:
The game board is segmented into multiple independent platforms (at least three levels) that can be controlled separately. Each platform acts as an independent control zone, allowing players to manipulate ball paths segment by segment. This segmentation enables complex skill-based gameplay while keeping each individual control action simple.
2Device complexity
If a game provides fixed paths and obstacles, then device complexity is reduced, but gameplay variety and adaptability deteriorate
Solution Approach 1:
Instead of fixed paths, the invention uses dynamically adjustable platforms that can be tilted to different angles. The ball paths are not predetermined but emerge from the interaction between gravity and the adjustable platform angles. This maintains relatively simple device structure while enabling infinite gameplay variety through combinatorial platform configurations.
Solution Approach 2:
The invention changes the angle parameter of each platform dynamically during gameplay. By adjusting the tilt angle of platforms through levers, the game creates varied ball trajectories without changing the physical structure or adding complex pathing mechanisms. This parameter-based approach maintains structural simplicity while achieving gameplay diversity.
3Adaptability or versatility
If multiple platforms are made adjustable via levers and connecting rods, then player skill involvement is improved, but device complexity increases
Solution Approach 1:
Multiple platforms are connected through a shared lever mechanism system. The levers are mechanically coupled to multiple platforms via connecting rods, allowing a single lever action to influence multiple platforms simultaneously or in sequence. This merging of control functions reduces the number of independent controls needed while maintaining complex platform manipulation capabilities.
Solution Approach 2:
Connecting rods act as intermediary mechanical elements between the levers and platforms. These intermediaries translate lever movements into platform tilts, providing mechanical advantage and smooth motion control. The intermediary mechanism simplifies the direct connection between player input and platform response while enabling precise angular adjustments.
4Measurement precision
If the game requires precise ball placement detection, then measurement precision is improved, but device complexity and cost increase
Solution Approach 1:
The game system automatically detects ball placement and triggers prize delivery without requiring external intervention or complex verification mechanisms. Sensors positioned at strategic locations detect when balls reach designated areas, and the system self-manages the prize dispensing process. This self-service approach achieves precise detection while minimizing additional system complexity.
Solution Approach 2:
The sensor system provides immediate feedback about ball placement to the prize delivery mechanism. When sensors detect specific ball configurations or positions, they trigger corresponding prize dispensing actions. This feedback loop enables precise measurement and automatic response, creating an engaging player experience without requiring complex manual verification systems.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enhances player engagement by requiring skill and chance, offering a dynamic gameplay experience with adjustable difficulty and reward mechanisms.
Implementation Method 1
a lever spring attached to each of the two levers and configured to maintain the lever in an upright position when the lever is in a resting position
Implementation Method 2
a ball bearing is situated at each point at which the central connecting rod extends through one of the three upper platforms
Data Source
AI summary
An arcade game having a housing that forms an interior compartment containing three lower and three upper platforms and a perforated platform. The three lower platforms are underneath the perforated platform, tilted toward downwardly, and parallel to each other. The perforated platform is horizontal with a plurality of apertures configured to allow a ball to pass through them. Two levers at the front of the housing are pivotally connected to a bracket and mechanically coupled to one of the upper platforms via a cable and pulley. A central connecting rod extends through the center of the three upper platforms with a ball bearing at each point at which the rod passes through the platform. Two rear connecting rods connect the rear corners of the three upper platforms to each other with a ball bearing at each point at which the rear connecting rods extend through the platforms.