High speed coin processing machine

• US 20060154589A1
• Filed: 01/11/2005
• Published: 07/13/2006
• Est. Priority Date: 01/11/2005
• Status: Abandoned Application

• Current Assignee: Gregory F. String
• Original Assignee: Gregory F. String
• Inventors: String, Gregory F.
• Application Number:
  US11/032,718
• Publication Number:
  US 20060154589A1
• Time in Patent Office: Days
• US Class Current: 453/11
• CPC Class Codes: G07D 3/06 arranged along a circular path
• CPC Class Codes: G07D 5/02 Testing the dimensions, e.g. thickness, diameter; Testing the deformation
• CPC Class Codes: G07D 9/00 Counting coins in combination with coin-sorting G07D3/16; Handling of coins not provided for in the other groups of this subclass

Abstract

A coin processing machine for sorting or verifying coins includes a hopper for receiving and discharging coins, a processing device to one side of the hopper, and a feed device extending between the hopper and the processing device to drive coins discharged from the hopper to the processing device. The feed device has a belt drive that drives coins along the transfer plate. The processing device has a processing plate that defines a circular coin path, a wall extending along the coin path, and a rotating drive disk that drives coins along the coin path. The disk rotates concentrically with respect to the wall to reliably locate coins against the wall for sensing or processing.

Claims

1. A coin receiving and processing device comprising:

a hopper for receiving coins and discharging a stream of coins to be processed, a processing device to one side of the hopper, and a feed device extending between the hopper and the processing device to drive coins discharged from the hopper to the processing device;

the feed device comprising a transfer plate configured to support coins discharged from the hopper and a drive for driving coins along the plate, the drive comprising an endless belt configured to engage and urge coins along the plate; and

the processing device comprising a processing plate configured to support coins discharged from the transfer plate, the processing plate defining a curved coin path, and a disk rotatable with respect to the processing plate and facing the processing plate to drive coins along the coin path;

the disk overlapping a portion of the transfer plate to engage coins on the transfer plate and move the coins from the transfer plate to and along the coin path.

2. The coin receiving and processing device of claim 1 wherein the belt comprises an intake end and a discharge end, and the disk is configured to engage coins on the transfer plate prior to the coins reaching the discharge end of the belt.

3. The coin receiving and processing device of claim 1 wherein the feed device comprises an alignment plate configured to abut coins driven along the transfer plate.

4. The coin receiving and processing device of claim 1 comprising an abutment surface extending along the coin path and the disk rotates non-concentrically with respect to the abutment surface.

5. The coin receiving and processing device of claim 1 wherein the hopper discharges coins at a first speed and the belt drives coins at a second, higher speed.

6. The coin receiving and processing device of claim 1 wherein the belt drives coins at a first speed and the disk drives coins at a second, higher speed.

7. The coin receiving and processing device of claim 1 wherein the processing device comprises one of:

means for sorting coins and means for verifying coins.

8. A coin processing device for processing a stream of coins, the coin processing device comprising:

a processor plate comprising a curved processing track, the processing track comprising an outer periphery;

a disk facing the processing plate and rotatable about an axis with respect to the processing plate to drive coins in a downstream direction along the processing plate, the disk arranged to receive a stream of coins at an intake end of the processing track and at an intake distance from the axis;

a wall extending around at least a portion of the periphery, the wall comprising an abutment surface downstream from the intake end of the processing track and extending downstream along the track to guide coins driven along the processing track;

the abutment surface extending from a first surface portion to a second surface portion downstream from the first surface, the first surface portion a first distance from the axis not greater than the intake distance, and the second surface portion a second distance from the axis, the second distance less than the first distance whereby the wall exerts a force on the coins driven along the wall urging the coins radially inwardly with respect to the disk as the coins are driven along the abutment surface.

9. The coin processing device of claim 8 wherein the axis represents a first axis and the abutment surface has a constant radius of curvature defining a second axis, the first axis spaced from the second axis.

10. The coin processing device of claim 8 wherein the abutment surface has a variable radius of curvature.

11. The coin processing device of claim 8 wherein the disk comprises a plurality of fingers extending to free ends, the fingers adapted to engage coins on the processing track, and the fingers are spaced away from the abutment surface and do not engage the abutment surface.

12. The coin processing device of claim 11 comprising a spring having a free end disposed between the wall and the disk, the end of the spring normally spaced from the processing plate a distance less than the thinnest coin to be processed, whereby a coin passing the spring deflects the spring and generates a spring force urging the spring against the coin.

13. A coin verifier for verifying a single coin denomination of a currency having coin denominations with respective coin diameters, a verified coin diameter representing the diameter of the coin denomination being verified, the coin verifier comprising:

a plate comprising a coin pathway for flowing a singulated stream of coins along the pathway in a downstream direction;

first, second, and third slots in the pathway, the second slot downstream from the first slot and the third slot downstream from the second slot, each slot extending through the thickness of the plate;

the first slot having a width less than than the verified coin diameter whereby coins or slugs having a diameter less than the verified coin diameter fall through the first slot and are removed from the stream prior to reaching the second slot;

the second slot having a width greater than the verified coin diameter but less than the diameter of next larger coin diameter whereby coins having a diameter equal to the verified coin diameter fall through the second slot prior to reaching the third slot; and

the third slot having a width greater than the maximum coin diameter of the currency whereby coins having a diameter greater than the verified coin diameter fall through the third slot after passing over the second slot.

14. The coin verifier of claim 13 comprising a first sensor, a second sensor, and a counter operatively connected to the first and second sensors;

the first sensor configured to sense each coin flowing between the first slot and the second slot and generate a signal in response thereto;

the second sensor configured to sense each coin flowing between the second slot and the third slot and generate a signal in response thereto;

the counter comprising means for storing a running count of verified coins, the running count being incremented in response to each signal generated by the first sensor and being decremented in response to each signal generated by the second sensor.

15. The coin verifier of claim 13 wherein one or both of the first and second slots comprise a fixed edge and an adjustable edge, the adjustable edge movable with respect to the plate for adjusting the width of the slot.

16. The coin verifier of claim 15 wherein each adjustable edge is connected to a caliper whereby a coin can be used as a template to set the position of the edge.