Coin/Currency Accepting Devices TRIZ Cases

A medium storage box integrates multiple supporting plates and a single movable pickup roller to handle different media types within one compact unit.

Segmented RF tag chips enable precise tracking of currency components while limiting device complexity increases.

Asymmetric staggered slots and retractable pins allow bidirectional cashbox installation, eliminating separate front-rear designs.

A compact intake module automates banknote extraction from containers using a gripper and integrated transport mechanism.

A bill deposit mechanism uses a partial paddle wheel to beat the rear end of carried bills, preventing jamming across various sizes.

A virtual inventory management system tracks missing banknotes as digital entries to maintain accurate device accounting records.

A guiding unit prevents folded banknotes from sandwiching the winding tape, eliminating tears and machine stoppages.

A cash processing apparatus detects counterfeit notes using optical and magnetic sensors to verify authenticity.

A sheet handling apparatus uses a detachable holder and pushing member to insert sheets into a storage bag.

Integrating push plate and shutter driving units simplifies the power-transmission structure while stabilizing shutter position through torque limiting.

A banknote handling machine executes parallel storage and transport operations via multiple temporary units.

A cash box determines stock by recording and comparing note orientations using existing sensors.

A pivoting pressure element presses value notes against a stationary support surface to form a compact stack.

A reinspection apparatus conveys rejected sheets at a lower speed to enable detailed inspection and accurate determination.

A rear-facing money processing unit with a detachable replenishing module prevents customer exposure of cash during maintenance tasks.

A cash transport apparatus uses a rotating drum to store notes and interfaces with a note handling unit for automated power and data transfer.

Centralized intermediaries decrypt these codes to verify identities, eliminating distributed storage risks and reducing fraud exposure.

A smart drop safe system automates cash and coin exchange through coordinated courier networks.

Segmented conveyance routes bypass the differentiating section for rejected banknotes, shortening the transport path and reducing jam frequency.

A snoop agent captures MDB bus packets to determine vending machine door events without extra hardware.

A document rack integrates a pocket into its housing to receive and retain discharged documents.

A stack merging unit combines separate note piles into a single output stream.

A rotary solenoid drive control method stops driving voltage application at an intermediate position to reduce energization time.

A control unit stores banknote recognition results in memory to manage transport paths between storage units.

Electronic latch mechanism prevents fraud by blocking blank page printing and unauthorized tray access.

A money handling apparatus selects transport destinations based on external cooperation status to manage cash flow.

A bunch sheet depository applies dynamic compression via a pressure plate and link arm to prevent splaying during individual sheet removal.

Segmented dye capsules release traceability fluid upon explosive shockwave impact, securing bank note integrity against ATM attacks.

A portable terminal reads memory unit data to support on-site maintenance of circulation-type banknote storage devices.

A mechanical coupling links ATM module movement to a closure element that seals the front opening, preventing maintenance injuries without electrical power.

A cash register control unit dynamically adjusts accepted note denominations based on transaction amounts and internal stock levels.