Granted Patent B2

US 8,936,244 · App. 13/331,495 · Granted Jan 20, 2015

Abstract

Claims (30)

1. Apparatus for stacking items of media in a container having a bottom wall surface, comprising:

at least one rotatable element, each having an outer surface and an opposed claw element for releasably clamping an item of media to the outer surface of the at least one rotatable element for rotation therewith;

a driven roller element for locating an item of media released by the claw element into a stack position;

a one-way clutch operatively coupled to the roller element to prevent the roller element from being driven in a backward direction;

a support platform element having a bottom surface facing the bottom wall surface of the container and a top surface facing the roller element and onto which items of media can be stacked; and

a spring element disposed between the bottom surface of the support platform element and the bottom wall surface of the container to provide a biasing force which biases the support platform element towards the roller element, wherein the biasing force of the spring element constantly biases the support platform element toward the roller element to provide constant compression of items of media between the roller element and the top surface of the support platform element as unstacked items of media are being located in the stack position on the top surface of the support platform element.

2. An automated teller machine (AIM) comprising a deposit module, comprising apparatus as claimed in claim 1 , wherein each item of media comprises a currency note and/or cheque.

3. Apparatus for stacking items of media in a container region, comprising:

at least one rotatable element, each having an outer surface and an opposed claw element for releasably clamping an item of media to the outer surface of the at least one rotatable element for rotation therewith;

a driven roller element for locating an item of media released by the claw element into a stack position;

a support platform element biased towards the roller element to constantly compress already stacked items of media between the support platform element and the roller element while unstacked items of media are being located in the stack position;

a drive shaft element to rotate each at least one rotatable element;

a Geneva crank pin element driven responsive to rotation of the drive shaft element; and

a Geneva wheel element driven by the Geneva crank pin element;

wherein the roller element is driven responsive to revolution of the Geneva wheel element.

4. The apparatus as claimed in claim 3 , further comprising:

the Geneva wheel element is arranged to rotate as a leading edge of an incoming item of media reaches a pinch position between the support platform element and the roller element.

5. The apparatus as claimed in claim 4 , further comprising:

if the incoming item of media is a first item of media, the pinch position is located between an outer surface of the roller element and the support platform element; and

if the incoming item of media is a non-first item of media, the pinch position is located between an outer surface of the roller element and an upper surface of an uppermost stacked item of media.

6. The apparatus as claimed in claim 3 , wherein the Geneva wheel element comprises a major spur gear element comprising a plurality of major teeth elements, the apparatus further comprising:

a drive wheel comprising a minor spur gear element comprising a plurality of minor teeth elements meshed with the major teeth elements; and

a drive belt connecting the drive wheel to the roller element.

7. The apparatus as claimed in claim 6 , further comprising:

a gear ratio between the major spur gear element and the minor spur gear element is selected so that a rotation speed of the roller element substantially matches a tangential speed of an item of media rotating with the at least one rotatable element.

8. The apparatus as claimed in claim 3 , further comprising:

the Geneva wheel element comprises a locking member, that rotates with the Geneva wheel element and comprises plurality of locking abutment surfaces; and

the Geneva crank pin element is supported by a disc member that is driven by rotation of the drive shaft element, the disc member having a generally circular peripheral riding edge surface that rides against an opposed locking abutment surface;

wherein the riding edge of the disc member comprises at least one inset region which releases the locking member as the disc member rotates.

9. An automated teller machine (AIM) comprising a deposit module, comprising apparatus as claimed in claim 3 , wherein each item of media comprises a currency note and/or cheque.

Assignments (10)