Electrical Components TRIZ Cases

Restraining portions connected to the guide body prevent width-wise displacement of ejected component storing tapes, maintaining posture during ejection.

A mounting head picks up components at different vertical heights to prevent nozzle interference during simultaneous handling.

A movable feeder frame allows quick feeder changes to resolve suboptimal positioning bottlenecks that slow down pick-and-place mounting speeds.

Electropneumatic proportional valve adjusts positive pressure based on component data to prevent mounting position shifts and ensure reliable release.

Integrating a slider with a tape pressing member allows the holder to press tape from above, reducing spacing between feeder main bodies.

A component mounter head measures first component characteristics to identify and adjust a digital potentiometer resistance value.

A component supply device uses a tape supporter and clamping mechanism to hold the carrier tape during insertion.

A component confirmation device synchronizes lighting and pallet movement to image target components during pick-and-place cycles.

An inclined guide utilizes gravity to transport singulated components, eliminating kickers that cause collisions and ensuring precise alignment.

A floating frame mechanism adapts to component tape variations through spring-controlled pressure on knife and creasing portions.

A holder arrangement attaches multiple component feeders to a tape magazine via mechanical interfaces.

A mounting device uses a cam follower contacting tray housing to stabilize component height during mechanical gripping.

A feeder maintenance device tracks consumable part usage counts and measurement values to report their current state.

A rotating component magazine tilts to a horizontal position, resolving pressure issues on stacked components during removal.

A component mounting machine head uses a nozzle exchange control device to perform simultaneous suction nozzle swaps between holders and sockets.

An opening in the feeder cover aligns with the reel identification code, maintaining readability despite cover transparency degradation from aging.

A data creating apparatus generates component data for alternative parts using identification information from the supply member.

A segmented suction nozzle assembly grips lens barrels using distributed vacuum holes to prevent damage during camera module manufacturing.

A pick-up instruction data generating device adapts to nonmatrix tray arrangements by dynamically modifying arrangement data for automatic component mounting.

Localized protrusions on the chip surface reduce parallelism errors and simplify detachment from adhesive placement portions.

A mounting machine adjusts component sequencing based on depletion probability to enable parallel replenishment operations.

A component mounting system inspects head maintenance states to determine use suitability and restrict unsuitable units.