Coin/Currency Accepting Devices TRIZ Cases

A cash box uses a lifting platform to rotate a switching member via a linkage assembly.

A portable item transfer container uses location verification and user authentication to process secure transactions.

Adjustable lateral positioning flanks on a universal mouthpiece accommodate varying banknote sizes, reducing manufacturing complexity and costs.

A money handling machine stores recognized cash and unrecognized valuable media in a single unit while transmitting data to an external apparatus.

GPS receivers and RFID readers track cash cart location and contents, activating alarms when the cart moves outside authorized zones or experiences tampering.

Matching arc grooves and protrusions on opposing rollers force reverse bending deformation to resolve jamming caused by high-speed banknote transmission.

An inhibiting portion with groove portions catches paper sheet edges to prevent misalignment during transportation.

A value note cassette stores banknotes horizontally and checks vertically in separate areas to maximize internal volume utilization.

Folding guide elements clear movement paths during module repositioning, eliminating installation space constraints and assembly errors.

A pressure distribution sensing sheet detects foreign bodies by measuring spatial pressure changes across sandwiched paper sheets.

Horizontal sliding of a U-shaped container creates dual storage chambers, doubling capacity without expanding the module footprint or adding hardware.

Swinging guide bodies increase storage capacity by optimizing winding space utilization between the drum and reel.

Pivotable bascule members obstruct the ingress opening when frangible banknotes split, preventing fraudsters from retrieving deposited funds.

A banknote validator diverter mechanism routes notes through an intermediate validation branch or provides a direct passage between input and output apertures.

Sensor system validates locked container transfers between vaults to maintain provisional credit eligibility without special courier pickups.

Segmented partition plates with vertical grooves adjust compartment sizes to eliminate gaps that cause inclined stacking and jamming.

A vertical storing device uses a moving platform to support falling banknotes in a narrowing basin for orderly stacking.

Spring-biased fasteners automatically release sealed cash bags after jaw movement, eliminating manual intervention that risks seal compromise during removal.

Barcode recognition links storage bags to mounting sections, preventing inventory errors from incorrect placement.

An RFID unit on a transport device reads and writes data to smart labels, eliminating printhead contamination and mechanical complexity.

A detection unit identifies partition cards by sensing through holes in an identification hole group.

A device selects suction or van der Waals forces to pick up individual sheet material pieces from a stack.

A value note box uses a switch unit to direct notes into separate storage compartments for efficient handling.

A paper shifting mechanism drives sheet media into a storage cavity to prevent collision with inner walls during receiving.

A reversible media presenter uses a reconfigurable chassis, nose, and removable track to adapt to different dispenser access types.

Opposing roller rotation rejects multiple adhered items while staggered meshing deforms single sheets to prevent jams in self-service terminals.

A reversible carriage chassis moves media items along a presenting track using a motorized drive mechanism.

A valuable medium handling system uses a communication unit at each storage cassette to transmit identification and state data to a central controller.

An inclined movable section drains coins by gravity, preventing jams and unauthorized access while filtering foreign objects.

Rotating a second frame exposes the transfer path, reducing maintenance space requirements.

A banknote pay-in pay-out device uses a temporary retention section to store reject notes before returning them to the port.

Sensor feedback adjusts separation elements to prevent multiple deductions and flags in mixed stacks.

Sloped cover surface directs liquid into a groove for discharge, preventing intrusion that causes malfunction.

A cash box control unit validates sensor functionality before activation to ensure reliable detection of manipulation attempts.

Electro-mechanical locks secure reusable banknote bags to machine frames using position sensors and micro-switches, preventing unauthorized removal.

Segmented access paths and electronic locking allow bill validator maintenance while maintaining security of stored items.

Segmenting the safe into an inner compartment and outer pressurized chamber replaces heavy steel, reducing material costs while maintaining tamper detection.

Merging the dispensing and collecting functions into one removable unit reduces the overall device size while maintaining secure banknote storage.

A transport path with swingable portions engages via contact mechanisms to restore a stable paper sheet conveying state.

Two locking pins coordinate with cam bars to maintain precise alignment, preventing interference between mechanisms caused by mechanical tolerances.

Dynamic air pressure control positions the uppermost document for picking, eliminating multiple picks and jamming caused by friction-based mechanisms.

Replacing steel bearings and fasteners with plastic race bearings and elastic bands reduces manufacturing costs and assembly time.

Unique container identifiers link deposits to storage regions, eliminating cross-over errors from separator cards.

A cash handling system generates digital data to transfer banknote ownership between banks.

A cover-mounted height limiter with engaging fingers adjusts the receiving area.

Ultrasonic welding joins a facing wall to the base part of an ATM valuables box, forming a double wall that protects control means from external manipulation.

Segmented triangular switch wings and magnetic drives redirect sheet media along three paths, reducing failure proneness from complex routing control.

Coaxially mounted sprockets on a single shaft reduce the bulk of banknote storage units while magnetic joints maintain belt tension.

A document storage assembly uses a synchronous belt displacement mechanism to move supporting and guiding plates in unison.