Conveying Record Carriers TRIZ Cases

See how a cleaning card with compressed intermediate areas and relaxed cleaning elements remove

See how integrated arm portions with fixed posture retaining and withdrawal restricting feature

See how a dual-layer cleaning card uses fluid-filled pockets to form raised elements that balan

See how integral arm members and elastic mechanisms secure oblique board insertion without incr

A transparent transition plate helps items cross conveyor gaps while preserving bottom barcode reading and enabling shut-off when displaced.

Combining low water cutoff and temperature sensing in one boiler tapping avoids extra holes, supports retrofit replacement, and helps prevent run-away firing.

Spatially segmented indicator lights show each item's read status in real time, helping portal scanners handle failed barcode reads on moving conveyors.

Integrated detection terminals inside the tray socket save space, cut part count, and detect tray insertion without damage-prone levers.

Independent main and auxiliary sliding seats balance resistance to prevent jamming and keep SIM tray insertion and ejection stable.

Integrated beams and convex ribs replace steel sheets in a card tray, cutting thickness and space use while securely supporting cards.

By moving the lever assembly onto the tray body, the case simplifies the socket structure while keeping external storage media removal easy.

An avoidance portion on the card tray eject pin prevents PCB interference and scratching, enabling smoother card removal in compact devices.

Elastic sensing terminals built into the socket detect tray insertion accurately while saving space and avoiding extra mechanical parts.

A branched cam groove and elastic restriction member lock the projection smoothly while cutting impact sound, friction, and vibration faults.

A cam-guided slider presses the module substrate into contact without direct rubbing, reducing electrode wear, contact resistance, and connector damage.

Recessed and offset handling elements avoid simultaneous module-contact touching, preventing ESD damage during chip card transport.

By moving the ejection lever and tray detection onto the card pressing cover, this case frees PCB area while preserving card tray sensing and ejection.

A deformable elastic member lets a tray eject through the housing opening, saving internal space and simplifying interface chip replacement.

A memory card access module switches between SD and PCIe paths so one slot can read different card generations with manageable signal complexity.

Zigzag row antennas and shield plates enable simultaneous multi-row IC tag communication with less interference and faster issuing.

A branched cam groove and elastic restriction member lock a projection smoothly while cutting impact sound, friction, and wear.

A cam-guided slider presses the module substrate into contact while limiting sliding and deflection to reduce wear and keep contact force stable.

Staggered card slots and connecting beams remove the steel sheet, cutting tray thickness while preserving card stability and sealing.

By moving card tray ejection and detection into the pressing cover, this case frees PCB area while maintaining reliable tray operation.

A configurable amplifier and digital connector let card readers adapt analog transaction signals for USB-C and Lightning mobile devices.

A rotatable or shuttered lower optical sensor reads rear-face card codes while preventing dust buildup and avoiding a larger card issuer.

Asymmetric pad layouts and a new lock mechanism prevent power-signal conflicts during card insertion while supporting larger, hotter memory cards.

Reverse conveyance and optical end detection position transparent IC cards accurately at the contact block without extra sensors.

A U-shaped carrier card nests a daughter card co-planarly to fit standard slot widths and avoid wasting extra slots.

Conductive spring contacts in the ICC socket ground metal payment cards during insertion, preventing ESD damage in POS devices.

A pivoting tray cover replaces the ejector tool, enabling secure holding, easy removal, and better internal space use.

A recessed pocket and guide path divert large inserted objects away from the reading mechanism to keep card transactions running.

Repeated card movement keeps IC springs engaged to wipe dirty terminals and improve chip activation without extra cleaning parts.

Elastic slender retainers replace a card-bin door, keeping cards positioned while allowing quick removal without repeated opening and closing.

A recessed optical member and external light-source layout simplify card reader assembly while keeping the insertion slot decorative and easy to use.

Holder-based reading links each syringe UDI to a precise nest position, enabling automated filling with accurate localization.

ML analyzes RFID read parameters to map each tagged syringe to its nest seat, improving filling traceability without slowing conveyor reads.

Deforming bristles clean drive and idler rollers inside media transport paths, reducing manual cleaning time and improving reach.

Ultrasonic waveform comparison detects skimmers across the card feed path without many sensors, lowering cost and avoiding card jams.

An internal actuator presses an inclined tray protrusion to eject SIM or memory card trays automatically, reducing manual removal effort.

A rear-positioned metal detector and roller-constrained card path suppress hand-shake distance variation for accurate IC terminal detection.

A shaft protrusion and stop-mounted damping element absorb gravity-driven impact, preventing bounce and stabilizing the door in the open position.

A movable platform closes onto a sensed lower surface during idle periods to detect skimmers or shims and disable the reader before transactions.

Printed Data Matrix codes link each panel portion to machining records, preserving traceability on continuous insulating-panel lines.