Abstract: A coin processing machine includes a hopper that empties into a coin splitting chute with divergent spouts to deliver a half batch of coins to each of two coin sorters operating in parallel. The receptacle is disposed on a counter top to discharge coins along a coin feeding path from the receptacle to the coin splitting chute. Feed control elements extend into the coin feeding path and are responsive to signals from the coin sorters for controlling the delivery of batches of coins to the coin splitting chute. In a first embodiment a trap door at the bottom of the hopper is operated to feed a second batch of coins into the coin sorters while a third batch is dumped into the hopper from a hinged inspection tray. In a second embodiment, larger batches of coins are carried from the receptacle to the hopper by a motor-driven conveyor to which power is interrupted in response to an excess flow of coins which is sensed within the coin sorters.

Abstract: A coin sorter is disclosed in which coins deposited on a horizontal rotating disc are directed in single file to the circumference of the disc where the coins are removed, by denomination, by means of plows which lift one side of the coin so that the coins will fly off the disc. The removed coins enter chutes which lead to collecting stations which may be either a discharge spout or a count module. If the chute for a particular denomination of coins is directed to a discharge spout, a count of the coins is accomplished by use of a light and a photocell positioned on opposite sides of the path of travel of the coins as they leave the sorting disc and before they enter the discharge chute. If the chute for a particular denomination is directed to a count module, the coins are deposited on a rotating horizontal plate which carries the coins to a discharge passage and the coins are counted as they are forced through the discharge passage.