Electrical Components TRIZ Cases

A mark arrangement member bridges two work areas to enable precise relative position detection via imaging.

A semiautomatic machine uses a rotating indexer and punch to compress connector pins for circuit board assembly.

Tubular composite beam lowers manufacturing costs while maintaining rigidity for high-speed component placement.

A component mounting apparatus transmits electric power through a dedicated transmission connector to a secondary unit.

Cross lane alternate supply enables independent and cross lane mounting modes that reduce head turns and maintain throughput during low component availability.

Front-accessible snap-fastening means enable tool-free replacement of an electrical mechanism, eliminating tedious screw-based assembly steps.

A mounting device control section accumulates inspection results to notify operators of defective components before the mounting process begins.

A tape feeder sprocket raising mechanism aligns teeth with supply tape holes for automated engagement.

A tape loading device acquires feeder and reel identification data to verify component compatibility before initiating the carrier tape insertion process.

A board work machine uses upper surface imaging to detect position deviations of characteristic sections on components.

A component mounting device detects feeder identity to skip verification steps.

A component mounting machine determines dropped parts using existing detection sections without adding sensors.

A container management system tracks electronic component shelf life and production schedules to determine optimal storage modes.

A secondary insertion point merges into the main path upstream of the sprocket, enabling shorter carrier tape usage without minimum length constraints.

Segmenting the nozzle holder and cartridge allows a larger filter to improve air purity while keeping the assembly small for easy maintenance.