Complete Banking Machines TRIZ Cases

See how segmented housing with linear insertion guides and pivoting sections enables self-servi

See how a portable transaction module uses partitions, digital interfaces, and vertical workspa

See how a portable transaction module uses a partition, adjustable digital modules, and sterili

See how automatic cleaning stations and cases prevent dust buildup on gripper belts, reducing d

See how a contact-triggered locking element automatically secures ATM cash boxes during inserti

See how repositioning anchor bolt holes to the device opening side enables fixing without remov

See how a horizontal touchscreen terminal dynamically switches between self-service, teller, an

See how a nested engagement mechanism with rotating cylindrical elements enables tool-free ATM

A plate-shaped engaging part opens and closes the cash box shutter automatically, cutting friction, sticking, and insertion force.

Allocates heating and cooling costs by tracking air mover flow settings and runtime, avoiding complex BTU meters in multi-tenant buildings.

A shutter-driven return gear pulls paper media back into the ATM cassette during removal, preventing exposure and jams without extra power.

A scanner-triggered pivot tray drops coded containers into a collection bag while issuing user credit to support reusable return programs.

A plate-shaped shutter with engaging elements cuts friction and sticking, enabling automatic, reliable cash box opening and closing.

A low-mounted battery housing turns a mobile POS cart into a stable counterweight while vent apertures dissipate heat and support flexible access.

Motor speed is adjusted when clutch slippage rises, preventing escrow clutch overheating, torque loss, and media jams in self-service terminals.

By slowing the motor when clutch slippage rises, the escrow module avoids overheating, torque loss, and media jams during heavy terminal use.

A POS controller estimates battery discharge capability from load and temperature, then adjusts printer settings to avoid brownouts.

Firmware idles ATM media-handling motors to generate enclosure heat, replacing external heaters while improving temperature uniformity and power use.

A two-layer cover uses opaque apertures and a translucent overmold to keep payment terminal back-lighting visible while blocking overlay attacks.

By adjusting printer settings to battery discharge capability and temperature, portable POS units avoid undervoltage, brownouts, and cold-start failures.

Autonomous cash transfer with an onboard vault and control tracking improves in-branch security while reducing manual handoffs and surveillance.

Multi-point plate locking keeps separator plates level during deposit and dispense operations, reducing note jams and terminal faults.

Multi-point plate locking keeps separator plates level during deposit and dispense, reducing note jams, faults, and terminal downtime.

Detachable batteries and antennas let autonomous vehicles detect outages, deploy to failed devices, and restore power or communications.

QR codes encode machine configuration and fault history offline, cutting manual error capture time and improving service diagnosis accuracy.

Automatic failure detection and request transfer keep device operation running while reducing client terminal error-handling load.

Linear guide engagement lets ATM coin storage slide out upright, saving rear space, preventing coin loss, and simplifying electrical connection.

A reciprocating ATM tray and throat layout enables dropped media detection and sensor cleaning without adding impractical transfer complexity.

A cam-driven clamping tray lets ATMs handle more media securely without hand insertion, improving privacy and preventing interference or drops.

Dynamic unlock permission control lets qualified staff recover money-handling errors quickly while maintaining secure access accountability.

Laser ablation removes MICR ink before checks are returned, preventing re-deposit while avoiding reverse transport and excess storage use.

Counted cash intake, autonomous movement, and location-based vault opening improve secure in-building money transfer with less manual surveillance.

A counting vault robot tracks and secures physical money during in-building transfer, reducing reliance on cameras and escort staff.

A paired mobile device moves PIN entry and transaction selection off the ATM, cutting skimming risk and interface wear.

A sealed capacitive keypad uses top-layer deflection to work with gloves while blocking moisture and detecting skimmers outdoors.

A sealed multilayer touch keypad uses capacitance change to detect skimmers while staying waterproof and operable with gloves.