A guide roller unit employs a one-way clutch to rotate during reverse transfer motion, extending service life by minimizing stationary frictional wear.
A pocket selector gate uses self-locking geometry to hold position without continuous motor power.
A change machine management apparatus displays stored currency counts alongside required reserve amounts on a unified interface.
Rotational pressing eliminates bulky linear mechanisms, reducing equipment volume and preventing interference with adjacent functional modules.
A tensioned elastic belt connects feed and magnetic head pad rollers, transmitting power through friction to stabilize worn banknote feeding.
A cash processing machine separates receiving and dispensing ports across counter sides to enable contactless payment handling.
A bill storage box stacks multiple units vertically to maintain a compact footprint while providing independent access doors for each denomination.
Direct bill transfer to overflow cassette bypasses intermediate recycling unit storage, reducing processing time and jam risk.
A virtual auxiliary cassette in the control unit preserves reject counter values during partial cash box exchanges.
A feeder module uses a force sensor and circuit board to adjust pressure paddle position for consistent note stack processing.
Horizontally offset receiving units expand ATM storage capacity while simplifying container exchange operations.
A partition wall separates holding and non-holding areas in banknote processing devices to prevent mistaken insertion.
A movable base pan translates notes between retracted and removal positions within a cash box housing.
A movable latch arrangement blocks unauthorized banknote removal, preventing jamming during phishing attempts.
A sheet supply apparatus separates the take-out portion from the operator to reduce noise exposure during operation.
Segmented clear polycarbonate reflecting surfaces maintain light intensity while avoiding sink defects during molding.
A modular document handler connects drive gears disengageably to validators and stackers for easy assembly.
Offset driven rollers create corrugation against low friction rails to resolve slippage and skewing during high-speed banknote transport.
A docking station with a control unit automates banknote transport unit operations, reducing manual errors and enhancing security through data tracking.