Ribbed dividers organize banknotes in a security cassette, enabling automated monitoring that detects deviations and devalues currency to prevent manipulation.
Offsetting pinch rollers against tension rollers reduces device volume for tight game machine spaces without compromising bill handling reliability.
Infrared optical detection replaces mechanical scanning to increase counting speed while maintaining high authenticity identification accuracy.
Plastic endcaps interconnect with a metal sleeve to create a secure housing, reducing tooling complexity across varying capacities.
Merging detection functions into one sensor resolves the contradiction between high device complexity and occupied space in banknote processing units.
A cash box mechanical coding unit uses adjustable pins to guide insertion into specific receiving compartments.
A money cassette control unit compares actual banknote stock against a preset limit to determine whether the invalidation unit should trigger upon detecting manipulation.
An automated currency management system replaces manual counting with integrated optical and magnetic sensors, reducing inventory reconciliation time.
A rotary pressure element mounted on a transport shaft feeds value documents into a cash box storage area.