Coin Counters TRIZ Cases

See how a movable regulation unit adjusts drawer placement positions to align chute outlets wit

A sliding panel closes the shell aperture to retain cash, cards, or receipts while an extended rod enables secure teller-customer transfer.

Dual-mode fitting positions let a banknote cassette set guide spacing precisely for different note sizes, reducing jams, creasing, and extra parts.

A sorter-linked switching mechanism lets one motor alternately drive two paper sheet circulation units, cutting size, weight, and cost.

A sorter-linked switching mechanism lets one motor alternately drive two banknote circulation units, cutting size, weight, and cost.

Recirculating transport arms singulate mixed coins on an inclined track, cutting jams and repeat user feeds during validation and sorting.

External image capture authenticates and analyzes coin roll loads, enabling retrofit load management without enlarging medium processing equipment.

Selective cassette confirmation uses stored inventory data to skip unnecessary coin checks and shorten transfer time without losing detection reliability.

Inclined dispensing passages and upward transport belts keep coins from multiple stages separated, reducing jamming during simultaneous collection.

External image capture with authenticated sessions and tokens tracks coin rolls and cassettes without adding camera hardware to the apparatus.

Vibration motors in the ATM coin path sustain coin momentum through compact chutes, reducing jams, blockages, and maintenance.

A movable cover switches between different coin pocket sizes, enabling fast denomination changes while reducing double-dispensing and jams.

A sliding discharge gate clears buttons or stones from the coin arrival surface, reducing jamming and damage in coin feeding units.

A built-in vibration motor keeps coins moving through long, complex ATM chutes, reducing jams, service calls, and incomplete dispensing.

A sandwiched metal rotating body in a coin hopper resists coin and foreign-object wear while reducing payout failures and replacement waste.

Tilted side walls and staged horizontal-to-upward transport keep densely stored coins agitated and moving while preserving storage capacity.

A horizontally moving hopper exposes the taking-in unit for maintenance while preventing coins or foreign objects from dropping or scattering.

Spring-assisted modular chip trays with RFID tracking reduce manual counting and make dual-level casino chip access easier and more secure.

Tilted side walls and a two-stage transport path keep large coin volumes evenly agitated, prevent buildup, and support smooth upward transfer.

A framed collection bag in a pull-out coin drawer keeps the opening upward, making larger checkout coin bags easier to attach and remove.

Metal pins supported by resin protrusions cut pushing-body wear, simplify assembly, and keep coin conveyance smooth.

Separate secured cash stores let deposit funds and preset denominations be managed independently, improving coordination with money handling devices.

Clamped banknote stacks are bent into a curved shape for bore insertion and gravity-free sachet filling without spreading or jamming.

A negatively curved saddle deflector guides incoming objects away from the opening to prevent pileup, bouncing, and lost storage capacity.

A metal pin backed by a resin support protrusion reduces pusher wear and enables interchangeable rotating bodies for simpler coin hopper assembly.

Inclined scoop links form coin pockets that lift multiple coins at once and discharge by gravity, reducing deflector jams and maintenance.

An integrated UV attachment sanitizes coins during counting and sorting, reducing bacterial and viral pathogens at the point of sale.

Independent opening and closing sections simplify conveyance maintenance while modular housing units support changes in system capacity.

Coin bridges and stuck coins disrupt output; a flexible link suspends a moving element that physically breaks jams in the container.

Facial or ID recognition identifies exchange users while cash reading and chip dispensing support secure, trackable casino transactions.

Customer and staff modes adjust transport speed and recognition levels, reducing errors while easing money-handling workload.

A coin stacking device uses a rotating platform to organize coins into a ring shape for rapid tower assembly.

A display unit segments screen regions to map information directly onto corresponding stacking units.

A coin replenishing apparatus employs a rotating shutter mechanism to enlarge the outlet opening, enabling complete coin replenishment in low-height machines.

Acceleration device extracts and accelerates recognized coins from the conveying line to ensure reliable separation of foreign objects.

Orthogonal retention members seal the paper sheet storing bag, reducing front-side space requirements and preventing adhesive degradation.

A switching unit directs a single motor's driving force to individual coin ejection units through selective gear engagement.

An elastically compressible middle layer in a layered conveyor belt accommodates varying coin thicknesses without spring-loaded support rollers.

A medium storage box handle rotates between states with a restricting portion preventing reverse rotation.

A drawer tray regulates placement positions to align coin outlets with compartments.

A coin batch insertion device uses a rotating rotor to convey coins one by one between cylindrical walls.

Recognition unit identifies paper sheets before storage, allowing controlling unit to sort them automatically and eliminate manual classification time loss.

Endless coin carrier chain moves coins past sensors for discrimination and actuators for sorting, resolving low throughput in batch processing.

Gravity-assisted flap diversion sorts coins reliably while avoiding complex mechanisms that increase device complexity.

Alternating spacers and a compressible washer secure variable coin stacks in standard holders, resolving movement issues caused by thickness variations.

A money handling machine switches between normal and counterfeit storage modes to manage banknote processing.

Elimination projection drops stacked coins from the rotating disk surface, resolving simultaneous feeding errors that cause jamming and miscounting.

Cam groove route switching prevents coin ejection during reverse rotation, resolving jamming without extra drive forces.

A controller manages multiple paper sheet handling units connected by standardized interfaces to enable flexible machine configurations.

An inclined knife edge cuts wrapper sheets on a moving support surface, resolving the trade-off between high productivity and airborne dust generation.

An integrated coin sorting system positions containers upright below the sorter to save space, using a lifting trolley for easy transport.

A dual rotor mechanism moves coins along a circular path to minimize internal space usage in gaming machines.

A coin dispensing apparatus uses a common driving device to rotate multiple rotary disks simultaneously for parallel denomination handling.

Sensor verification detects unauthorized removal by comparing coin quantities in the overflow collection device against the input feed.