Gearworks TRIZ Cases

Stacking plates on a support structure with alignment means to secure parts via pins before final release.

Triple coaxial wheel configuration lowers intermediate wheel position to increase balance wheel inertia.

Linear follower members convert arcuate cam motion into precise indicator rotation, eliminating reading errors from rake travel.

Segmented elastic holding member generates high holding torque via rigid and flexible arms, resolving assembly complexity and material damage risks.

Forked elastic branches deflect radially to secure brittle silicon components against shaft tolerances.

Entry ramps push back resilient arms for snap-fit assembly, controlling friction values for precise hand-setting.

A pivoting assembly uses a bearing limit stop to directly contact a resilient washer, replacing the arbor shoulder constraint.

A coaxial indexing mechanism uses nested elastic arms to exert radial thrust forces on a timepiece component.

A lunar phase display device uses a moon indicator disc moving along a cycloidal trajectory between annular cover lobes to reproduce monthly cycles.

Clip assembly during photolithography etching prevents damage to micromachinable parts, resolving handling risks and improving tribological reliability.

An elastic intermediate piece absorbs driving forces to protect fragile silicon hairsprings from breakage.

A watch indicator rotates around two distinct axes to display multiple information types simultaneously through a dedicated drive assembly.

A timepiece movement uses a main plate to selectively dispose an indicator wheel at different positions while keeping the detection wheel train stationary.

Segmented elastic arms absorb driving stresses, preventing peripheral deformation and ensuring reliable clamping forces.

A musical performance support device analyzes tempo to generate a synchronized click sound for practice.

Planetary gears enable retrograde tourbillon motion by reversing carrier direction, overcoming fixed-wheel limitations.

A wristwatch release mechanism advances digital disks via periodic lever action.

Subdividing tracks into micro events enables independent loop playback and precise placement within a Dolby 5.1 spatial context.

A computer game system provides real-time visual feedback using scrolling musical notation to guide user finger placement on MIDI-enabled devices.

Automated music feature segment extraction reduces storage space and querying time by isolating representative audio portions via pitch and repetition analysis.

A watch mechanism uses a planetary gear train to enable independent adjustments of time, date, and Moon phase displays.

Networked music devices share operation data to synchronize tone generation and display elements across remote sessions.

A system captures user control actions to adapt music sequences automatically.

A mechanical device transforms continuous rotation into jerky scrolling motion for watch animation.

A music generation engine sequences audio sections using similarity and variance factors to create layered compositions.

Modular design separates winding and triggering functions to prevent accidental strikes while maintaining mainspring tension.

Nitriding austenitic steel pivot pins achieves high surface hardness without magnetic sensitivity or delamination risks inherent to martensitic carbon steels.

A server computer retrieves email messages for an electronic musical apparatus using automatic identification information exchange.

Flexible escapement teeth absorb mechanical energy through radial elastic deformation, preventing anchor damage during unfavorable stops.

Recessed tooth surfaces on a silicon escape wheel retain lubricating oil at the pallet stone contact point, reducing wear and maintaining mechanical strength.

A rotating component locks the correction gear to protect the timepiece movement from forced manual adjustments.

Electromagnetic field drives oscillating weight to recharge energy accumulator, eliminating bulky mechanical winders and manual intervention.

An articulated link transfers axial movement from a remote secondary stem to the main watch stem, solving space constraints without increasing case dimensions.

Convex elastic spring arms in a closed loop configuration maximize notch count while balancing forces and reducing premature wear in timepiece mechanisms.

Nested metallic layers form monolithic watch components, eliminating weak boundaries between distinct layers.

Radial shoulder arbor slides into plate groove, eliminating bulky barrel bar support to reduce horological movement thickness.

An opaque base with ALD semi-transparent layers expands the range of interference colors while maintaining uniformity on complex geometries.

An intermediate part bridges silicon and metal components, resolving gap control precision issues during laser welding.

Engrave cavities in horological components and deposit metal alloy layers to create durable identification markings without compromising functional geometry.

One-piece coaxial escapement wheel integrates two tooth sets to simplify construction and reduce mass.

Variable thickness bridge portions absorb forcing-in stress to prevent breakage while maintaining fixation reliability for torque transmission.

A wearable hat integrates a miniature keyboard into its visor structure for portable musical experimentation.

Mechanical leveling thins silicon wafers from the bottom side to release watch components, simplifying complex multi-step microfabrication processes.

Silicon dioxide intermediate layer prevents delamination during electrodeposition, ensuring reliable composite micromechanical component fabrication.

A segmented elastic arm deforms in flexion to generate locking torque, resolving the trade-off between shock resistance and compact device volume.

Deep reactive ion etching transfers resin inhomogeneities to silicon watch components, creating matte textures while preserving mechanical integrity.

An extractor isolates lyrics data from music streams to transmit synchronized text cues via standard interfaces.

A signal processing apparatus removes center components from stereo audio to isolate channel features for chord identification.

A natural escapement design positions anchor and wheels in one plane to reduce bulkiness.