Gearworks TRIZ Cases

Concentric wheels driven by geartrains display power reserve via angular difference, eliminating bulky differential mechanisms.

Microcavities or micropillars on the contact surface retain lubricants, preventing escape from friction zones in timepiece mechanisms.

Modules resolve measurement precision versus device complexity by applying segmentation and preliminary action to ensure harmonic peak alignment.

A music performance system uses a shared terminal device to distribute data codes directly to registered musical instruments via a server.

A timepiece movement uses a variable contact portion on a second wheel to guide indicator hands back to their normal rotational range.

A music analysis system generates chord sequences by detecting interval patterns and identifying non-harmony pitches in input audio.

Bad note encoding embeds disruptive identifiers within musical streams to prevent unauthorized playback on non-approved player piano systems.

Radial flexure in a floating chronograph heart compensates for manufacturing tolerances, ensuring precise zero positioning without bulky jumpers.

Diamond layers with differing crystal plane orientations eliminate interlocking phenomena and wear, enabling lubrication-free operation for watch escapements.

Optimized cam profile angle drives lever mechanism for precise instantaneous display jumps in timepiece mechanisms.

Elastic members with convex sections engage internal rotary ring teeth to suppress unintentional rotation and rattling.

Graphical interface generates control sequences from visual notes to synchronize audio and lighting elements, resolving manual coordination bottlenecks.

A concave locking member clamps a silicon balance wheel onto a balance shaft using elastic deformation to secure the rotating assembly.

System matches player input against multiple target music data sets to assign vocal parts dynamically.

Wireless musical figurines resolve coordination complexity by exchanging timing data to synchronize audio and movement across multiple devices.

A non-magnetic copper alloy pivot axis resists magnetic fields and corrosion without sacrificing the hardness required for wear resistance.

A computing device presents a grid of music cells to simplify audio effect application and sequence recording.

Friction spring mediates between differential gear train and planetary wheel, enabling precise angular indexing while reducing assembly complexity.

A horological transmission mechanism uses a flexible link organ to drive an output wheel through simple rotational movement.