A method and system for auditing money items within a secure housing, the monety items being collected from a multi-denomination money item storage unit and validated while being transported by a conveyor that deposits them back into the multi-denomination storage unit after they have been identified. The same process is done with the money items present in the at least one hopper.

A method and system for auditing money items within a secure housing, the money items being collected from a multi-denomination money item storage unit and validated while being transported by a conveyor that deposits them back into the multi-denomination storage unit after they have been identified. The same process is done with the money items present in the at least one hopper.

A method and system for auditing money items within a secure housing, the money items being collected from a multi-denomination money item storage unit and validated while being transported by a conveyor that deposits them back into the multi-denomination storage unit after they have been identified. The same process is done with the money items present in the at least one hopper.

Implementations described and claimed herein provide systems and methods for till management. In one implementation, a recycling of notes is triggered using a recycler controller. The notes are recycled using a cash recycler, and the notes corresponding to a till. A coin value of plurality of coins corresponding to the till is recorded using the recycler controller. The coin value is determined by capturing a weight of a set of coins of the plurality of coins corresponding to a designated coin denomination. The weight of the set of coins is captured using a coin scale. The till is validated based on the coin value and the recycling of the notes.

A coin hopper is capable of simultaneously realizing high reliability, long lifetime, low cost and downsizing at a level equal to or higher than the prior art. A rotating disk, an electric motor, and a rotating disk driving mechanism for driving the disk by rotation of an output shaft of the motor are provided. The driving mechanism includes a planetary gear mechanism for generating an output by decelerating a rotation of the output shaft at a first reduction ratio, and a first gear train for transmitting the output of the planetary gear mechanism to the disk after decelerating the output of the planetary gear mechanism at a second reduction ratio. The output shaft, the rotation axis of the disk, and the rotation axis of each gear of the first gear train are extended approximately parallel to each other and not coaxially.

A coin hopper is capable of simultaneously realizing high reliability, long lifetime, low cost and downsizing at a level equal to or higher than the prior art. A rotating disk, an electric motor, and a rotating disk driving mechanism for driving the disk by rotation of an output shaft of the motor are provided. The driving mechanism includes a planetary gear mechanism for generating an output by decelerating a rotation of the output shaft at a first reduction ratio, and a first gear train for transmitting the output of the planetary gear mechanism to the disk after decelerating the output of the planetary gear mechanism at a second reduction ratio. The output shaft, the rotation axis of the disk, and the rotation axis of each gear of the first gear train are extended approximately parallel to each other and not coaxially.

A coin processing device includes: a feed belt that normally rotates in contact with the upper side of a coin to convey the coin to a conveyance passage extending from an inlet-side passage portion to an outlet-side passage portion; a conveyance motor that normally rotates the feed belt during the normal rotation; a detection unit that detects the coin passing through a position determined in advance in the conveyance passage; and a control unit that switches the conveyance motor from a first rotation state where the conveyance motor normally rotates at a first rotation speed to a second rotation state where the conveyance motor normally rotates at a second rotation speed slower than the first rotation speed, in response to detection of the coin by the detection unit, and then rotates the conveyance motor.