Coin/Currency Accepting Devices TRIZ Cases

A document handler uses a transparent escrow chamber to transport genuine bills for player visual confirmation.

A coin placement unit with a gutter-shaped recessed surface and ridge line partitions the spread portion from the slot.

A banknote handling apparatus routes reject notes to internal or external units based on the feeding source.

Secure container neutralizes banknotes via digital alerts, resolving the contradiction between effective marking and human visibility of minor stains.

A settlement device processor delays cash repayment via payment suspension instructions to manage transaction flow.

A note handling device uses a diverter to route sheet media into separate buffers based on sensor classification.

Transparent escrow door allows visual verification of counted currency while maintaining physical security, reducing manual handling risks.

Segmented module design reduces manufacturing costs by allowing standardized components to adapt to specific locations without custom production.

Segmented support surface with dime-sized depressions reduces wet coin drag, preventing jams and maintaining continuous machine operation.

A self-locking assembly stabilizes the supporting plate within a cash box, preventing banknote disorder during transport.

Drive rollers transfer banknotes from receiver boxes into locked security containers, eliminating manual handling risks.

Electronic locks and sensors track parcels through a network, resolving inefficiencies in manual handling.

Bidirectional conveying paths reduce structural volume and complexity while maintaining reliable bill transport.

Memory devices in cash cassettes store transaction data to eliminate manual entry errors and improve inventory accuracy.

A money storage device integrates adjacent bill and coin insertion ports with a unified discharge area for intuitive operation.

An elastic snap-fit connection between the bottom and press-on units allows controlled displacement, preventing note jams during feeding.

Recognition unit detects wrong denomination money to resolve storage abnormality verification issues.

Rotary movement sensors detect drum rotation during banknote transport, preventing false ink kit triggers from vibration while maintaining security.

An elastic torsion spring moves the retraction element between positions, eliminating drive units and reducing ATM cash cassette complexity.

A multi-banknote cassette uses a pinion-driven movable stopper to align and stack banknotes of varying sizes within a single storage space.

Local memory storage in intelligent cash holding units enables reliable remote reconciliation of EPOS data over wide area networks despite transmission losses.

Adjustable belt support modifies friction between transport belts and banknotes to ensure secure mechanical feeding.

Auxiliary tape presses banknote ends against the drum while the main tape separates, preventing lifting and jamming.

Sheet metal cassette uses weakened upper wall portions to ensure pliable marking tank rupture during break-ins, preventing theft.

A rotatable gate mechanism with a slit aligns with the currency passageway to enable secure storage and retrieval operations.

A control unit manages note transport between intermediate storage and cash boxes by determining remaining capacity.

Orthogonal feeding directions in a banknote storage cassette eliminate manual handling, reducing theft risks while maintaining high storage capacity.

An automated apparatus severs transport containers to empty valuable objects into a collection unit.

Separating feed and singulation elements from the banknote container reduces weight and complexity while maintaining reliable transport.

A blocking element prevents unintentional pressure unit movement during sudden loads, ensuring reliable note feeding without motor-driven complexity.

Rotating diverter guides banking medium along transfer paths using fluid force, eliminating solenoid-driven jamming risks.

A semitransparent cover region transmits interior lighting to illuminate processing zones for visual inspection through closed apparatus panels.

A revolving magazine system stores paper currency in compact roller units for efficient dispensing.

A banknote handling apparatus uses a drive control unit to activate and stop cassette motors based on a determined conveyance order.

A money handling apparatus monitors storage quantities for each denomination to trigger selective replenishment from a removable container.

A cash delivery application generates authentication codes to verify dispenser machines and routes drivers for secure transactions.

Optical recognition eliminates manual pre-sorting by automatically classifying mixed banknotes and checks for accurate routing.

An autonomous mobile rack moves cash boxes while validation units invalidate contents if tampering occurs during transit.

Segmented storing boxes enable multi-denomination handling without increasing maintenance complexity for automatic transaction machines.