A coin tube in which coins falling from an upper side are loaded and stored, the coin tube includes: a coin posture conversion unit, configured to convert a falling posture of a coin, at a coin entry port. The coin posture conversion unit has a shape asymmetric to a center line cl in a progressing direction of the coin on the coin posture conversion unit. The coin tube can suppress generation of coin erection.

A coin tube in which coins falling from an upper side are loaded and stored, the coin tube includes: a coin posture conversion unit, configured to convert a falling posture of a coin, at a coin entry port. The coin posture conversion unit has a shape asymmetric to a center line cl in a progressing direction of the coin on the coin posture conversion unit. The coin tube can suppress generation of coin erection.

Denominational dispensing and storing devices are arranged on three stages, and a plurality of denominational dispensing and storing devices are arranged on each stage. At least a dispensing passage is provided for each stage, the dispensing passages are stacked in an up-down direction, and a bottom plate of the dispensing passage is inclined downward toward a dispensing port side. An upward transport belt arranged and inclined upward toward the dispensing port side is arranged below a lower end of each bottom plate. A coin fed from each of the denominational dispensing and storing devices first falls onto an inclined plate from the dispensing passage, slips down, and then falls on the upward transport belt. The coin that has fallen on the upward transport belt is transported to the dispensing port by the upward transport belt moving toward the dispensing port side.

Denominational dispensing and storing devices are arranged on three stages, and a plurality of denominational dispensing and storing devices are arranged on each stage. At least a dispensing passage is provided for each stage, the dispensing passages are stacked in an up-down direction, and a bottom plate of the dispensing passage is inclined downward toward a dispensing port side. An upward transport belt arranged and inclined upward toward the dispensing port side is arranged below a lower end of each bottom plate. A coin fed from each of the denominational dispensing and storing devices first falls onto an inclined plate from the dispensing passage, slips down, and then falls on the upward transport belt. The coin that has fallen on the upward transport belt is transported to the dispensing port by the upward transport belt moving toward the dispensing port side.

A coin tube in which coins falling from an upper side are loaded and stored, the coin tube includes: a coin posture conversion unit, configured to convert a falling posture of a coin, at a coin entry port. The coin posture conversion unit has a shape asymmetric to a center line cl in a progressing direction of the coin on the coin posture conversion unit. The coin tube can suppress generation of coin erection.

A coin tube in which coins falling from an upper side are loaded and stored, the coin tube includes: a coin posture conversion unit, configured to convert a falling posture of a coin, at a coin entry port. The coin posture conversion unit has a shape asymmetric to a center line cl in a progressing direction of the coin on the coin posture conversion unit. The coin tube can suppress generation of coin erection.

Denominational dispensing and storing devices are arranged on three stages, and a plurality of denominational dispensing and storing devices are arranged on each stage. At least a dispensing passage is provided for each stage, the dispensing passages are stacked in an up-down direction, and a bottom plate of the dispensing passage is inclined downward toward a dispensing port side. An upward transport belt arranged and inclined upward toward the dispensing port side is arranged below a lower end of each bottom plate. A coin fed from each of the denominational dispensing and storing devices first falls onto an inclined plate from the dispensing passage, slips down, and then falls on the upward transport belt. The coin that has fallen on the upward transport belt is transported to the dispensing port by the upward transport belt moving toward the dispensing port side.

Denominational dispensing and storing devices are arranged on three stages, and a plurality of denominational dispensing and storing devices are arranged on each stage. At least a dispensing passage is provided for each stage, the dispensing passages are stacked in an up-down direction, and a bottom plate of the dispensing passage is inclined downward toward a dispensing port side. An upward transport belt arranged and inclined upward toward the dispensing port side is arranged below a lower end of each bottom plate. A coin fed from each of the denominational dispensing and storing devices first falls onto an inclined plate from the dispensing passage, slips down, and then falls on the upward transport belt. The coin that has fallen on the upward transport belt is transported to the dispensing port by the upward transport belt moving toward the dispensing port side.

A device (10) for sorting coins (31) has at least first and second receiving containers (20) for receiving coins (31) and a separating unit (14). Further, a transport unit (18) for transporting coins (31) to the receiving containers (20) is provided and has a first transport section (52) arranged between the separating unit (16) and the first transport container (20). The transport unit (18) also has a second transport section (54) between the first receiving container (20) and the second receiving container (20). A first sensor (62) for detecting coins (31) is arranged in the first transport section (52) and a second sensor (64) for detecting coins (31) is arranged in the second transport section (54). A control unit (24) determines the number of coins (31) fed to the first receiving container (20) dependent on the information obtained from the first sensor (62) and from the second sensor (64).

A device (10) for sorting coins (31) has at least first and second receiving containers (20) for receiving coins (31) and a separating unit (14). Further, a transport unit (18) for transporting coins (31) to the receiving containers (20) is provided and has a first transport section (52) arranged between the separating unit (16) and the first transport container (20). The transport unit (18) also has a second transport section (54) between the first receiving container (20) and the second receiving container (20). A first sensor (62) for detecting coins (31) is arranged in the first transport section (52) and a second sensor (64) for detecting coins (31) is arranged in the second transport section (54). A control unit (24) determines the number of coins (31) fed to the first receiving container (20) dependent on the information obtained from the first sensor (62) and from the second sensor (64).