Billiards TRIZ Cases
- Portable Sensor-Bar Leveling System for Automated Table Adjustment
See how sensor bars with accelerometers and a leveling algorithm replace manual adjustment to a
- Billiards Ball Rack With Pivoting Door for Gap-Free Removal
A spring-biased pivoting door and spherical protrusions let the rack slide away while keeping billiards balls tightly packed.
- Split Cue Rear Section for Lower-Cost Rod Replacement
A segmented cue rear section lets damaged rod parts be replaced separately, cutting maintenance cost while retaining counterweight assembly.
- Cue Stick Guide Structure for Hands-Free Stroke Alignment
A table-mounted guide with opposing arms constrains lateral cue movement to improve stroke consistency, alignment, and muscle memory.
- Adjustable Upper-Arm Strap for Single-Hinge Pool Stroke Training
The adjustable strap anchors a player's upper arm above the elbow, letting the forearm swing as a single hinge for more consistent pool strokes.
- Adjustable Forward-Weighted Pool Cue With Shaft Weighting
Traditional butt-end balance can hinder cue stability and control; hollow carbon fiber and removable shaft weights shift mass forward.
- Automatic Pendulum Ball Placement With Infrared Detection
An infrared detector signals when a struck ball has cleared the hitting area, triggering automatic replacement for continuous practice.
- Adjustable Cue Stick Weighting for Precise Balance Tuning
Fixed cue weights limit customization; a removable carrier with movable weights and washers enables quick, precise balance adjustment.
- Kids Pool Stick Adapter with Rolling Bottom for Table Protection
A rolling-bottom adapter supports single-handed pool play while protecting table fabric for children and wheelchair users.
- Pocket Billiards Aiming Strip for Between-Marker Shot Alignment
A removable marked strip adds finer rail references for more precise bank and kick shot alignment across tables.
- Billiards Score Board Integrating Baseball Scoring Logic
A billiards score board integrates baseball scoring logic with digital displays to track runs and outs.
- Adjustable Bridge Apparatus for Cue Stick Support
Strap-mounted bridge plates enable players with missing hands to aim cue sticks without traditional dexterity.
- Billiard Scoring System Using Computer Vision for Automated Tracking
Computer vision detects ball locations to replace manual recording, reducing errors in billiards games.
- Pool Cue Solid Core Construction for Force Transfer
Continuous core interfaces minimize vibration losses at threaded joints to improve force transfer and striking feel.
- Billiard Rack With Cam Surface For Precise Ball Arrangement
A billiard rack uses a tapered cam surface to urge peripheral balls together during placement.
- Billiard Ball Movement Prediction Using Inference Engine
Captured imagery processed by an inference engine predicts billiard ball metrics, replacing subjective observation with precise digital measurement.
- Cue Sports Training Device with Adjustable Deviation Angle
Modular ball cap and direction member enable customizable deviation angles to overcome limited adaptability in existing targeting angle training devices.
- Concentric Translucent Billiard Cue Ball for Aiming Precision
Concentric translucent spheres in a cue ball reveal inner markings to gauge tip offset, eliminating rotational adjustments for accurate aiming.
- Moving Billiards Game Rules and Table Modifications
Dynamic zone requirements and wider pockets prevent skilled players from running out balls, enhancing competitiveness without slowing play speed.
- Adjustable Fence Billiard Rack for Multi-Game Setup
Hinged gate segments pivot within the rack frame to match specific ball patterns, eliminating the need for multiple specialized racks.
- Magnetic Pool Cue Holder Using Ferromagnetic Surfaces
A magnetic pool cue holder couples cues and racks to a ferromagnetic surface for secure storage.
- Billiards Aiming Ring and Goniometer for Reflection Angle Correction
Magnetic equatorial lines and a flat aiming ring calculate reflection angles to correct directional errors caused by ball radius and bumper compression.