Bunch media processing system
View Patent ↗A bunch sheet media processing system for an Automated Teller Machine (ATM) having improved reliability. A bunch sheet media in-feed device and a validation device are interconnected by a sheet media transport system such that sheet media can be transported between the bunch sheet media in-feed device and the validation device without passing through a bunch media processing device.
1. A bunch media processing system for an automated teller machine (ATM) which can operate in a bunch-of-sheets feeding mode and in a single-sheet-only feeding mode when the ATM is unable to operate in the bunch-of-sheets feeding mode, the system comprising:
a bunch sheet media in-feed device arranged to (i) receive a bunch of sheet media items deposited by an ATM customer when the ATM is operating in the bunch-of-sheets feeding mode, and (ii) receive only one single-sheet media item at a time deposited by the ATM customer when the ATM is operating in the single-sheet-only feeding mode;
a sheet media validation device arranged to validate sheet media items;
a storage bin arranged to receive sheet media items which have been validated by the validation device;
a bunch sheet media processing device arranged to process sheet media items when the ATM is operating in the bunch-of-sheets feeding mode;
at least one sensor associated with the bunch sheet media processing device and arranged to provide a sensor output signal which is indicative of a malfunction associated with the bunch sheet media processing device;
a media transport including (i) a first transport path which extends between the in-feed device and the storage bin and passes through both the validation device and the bunch sheet media processing device, and (ii) a second transport path which extends between the in-feed device and the storage bin and passes through only the validation device and not the bunch sheet media processing device; and
a control unit arranged to (i) monitor the sensor output signal from the at least one sensor, (ii) control the devices to operate in the bunch-of-sheets feeding mode when no sensor output signal is detected such that a sheet media item can be transported along the first transport path through both the validation device and the bunch sheet media processing device to the storage bin, and (iii) control the devices to operate in the single-sheet-only feeding mode when the sensor output signal is detected such that a sheet media item can be transported along the second transport path through only the validation device and not the bunch sheet media processing device to the storage bin.
2. A bunch media processing system according to claim 1 , wherein the bunch sheet media processing device includes (i) an escrow unit arranged to receive non-validated sheet media items from the validation device, and (ii) a re-presenter unit arranged to receive sheet media items from the escrow unit to stack the sheet media items into a single stack for returning to the ATM customer.
3. A bunch media processing system according to claim 1 , wherein the media transport includes a direction selector movable between a first position in which validated sheet media items can be transported along a portion of the second transport path from the validation device to the storage bin and a second position in which sheet media items can be transported along a portion of the first transport path from the validation device to the bunch sheet media processing device.
4. A method of processing a bunch of sheet media items deposited at an automated teller machine (ATM) which can operate in a bunch-of-sheets feeding mode and in a single-sheet-only feeding mode when the ATM is unable to operate in the bunch-of-sheets feeding mode, the method comprising:
receiving a bunch of sheet media items deposited by an ATM customer when the ATM is operating in the bunch-of-sheets feeding mode;
receiving only one single-sheet media item at a time deposited by the ATM customer when the ATM is operating in the single-sheet-only feeding mode;
validating sheet media items received from the ATM customer;
monitoring a sensor output signal from at least one sensor associated with a bunch sheet media processing device to detect a malfunction associated with the bunch sheet media processing device;
controlling operation of the ATM in the bunch-of-sheets feeding mode when no sensor output signal is detected such that a sheet media item can be transported along a first transport path which passes through the bunch sheet media processing device to a storage bin; and
controlling operation of the ATM in the single-sheet-only feeding mode when the sensor output signal is detected such that a sheet media item can be transported along a second transport path which does not pass through the bunch sheet media processing device to the storage bin.
5. An automated teller machine (ATM) which can operate in a bunch-of-sheets feeding mode and in a single-sheet-only feeding mode when the ATM is unable to operate in the bunch-of-sheets feeding mode, the ATM comprising:
a bunch sheet media in-feed device arranged to (i) receive a bunch of sheet media items deposited by an ATM customer when the ATM is operating in the bunch-of-sheets feeding mode, and (ii) receive only one single-sheet media item at a time deposited by the ATM customer when the ATM is operating in the single-sheet-only feeding mode;
a sheet media validation device arranged to validate sheet media items;
a storage bin arranged to receive sheet media items which have been validated by the validation device;
a bunch sheet media processing device arranged to process sheet media items when the ATM is operating in the bunch-of-sheets feeding mode;
at least one sensor associated with the bunch sheet media processing device and arranged to provide a sensor output signal which is indicative of a malfunction associated with the bunch sheet media processing device;
a media transport including (i) a first transport path which extends between the in-feed device and the storage bin and passes through both the validation device and the bunch sheet media processing device, and (ii) a second transport path which extends between the in-feed device and the storage bin and passes through only the validation device and not the bunch sheet media processing device; and
a control unit arranged to (i) monitor the sensor output signal from the at least one sensor, (ii) control the devices to operate in the bunch-of-sheets feeding mode when no sensor output signal is detected such that a sheet media item can be transported along the first transport path through both the validation device and the bunch sheet media processing device, and (iii) control the devices to operate in the single-sheet-only feeding mode of operation when the sensor output signal is detected such that a sheet media item can be transported along the second transport path through only the validation device and not the bunch sheet media processing device to the storage bin.
6. An ATM according to claim 5 , wherein the bunch sheet media processing device includes (i) an escrow unit arranged to receive non-validated sheet media items from the validation device, and (ii) a re-presenter unit arranged to receive sheet media items from the escrow unit to stack the sheet media items into a single stack for returning to the ATM customer.
7. An ATM according to claim 5 , wherein the media transport includes a direction selector movable between a first position in which validated sheet media items can be transported along a portion of the second transport path from the validation device to the storage bin and a second position in which sheet media items can be transported along a portion of the first transport path from the validation device to the bunch sheet media processing device.
8. A bunch media processing system according to claim 1 , wherein (i) the media transport includes a third transport path which extends between the in-feed device and itself and passes through both the validation device and the bunch sheet media processing device, and (ii) the control unit is arranged to control the devices to operate in the bunch-of-sheets feeding mode when no sensor output signal is detected such that sheet media items can be transported along the third transport path through both the validation device and the bunch sheet media processing device and back to the in-feed device to return the sheet media items to the ATM customer.
9. A bunch media processing system according to claim 8 , wherein (i) the media transport includes a fourth transport path which extends between the in-feed device and itself and passes through only the validation device and not the bunch sheet media processing device, and (ii) the control unit is arranged to control the devices to operate in the single-sheet-only feeding mode when the sensor output signal is detected such that a single sheet media item can be transported along the fourth transport path through only the validation device and not the bunch sheet media processing device and back to the in-feed device to return the single sheet media item to the ATM customer.
10. A method according to claim 4 , further comprising:
controlling operation of the ATM in the bunch-of-sheets feeding mode when no sensor output signal is detected such that sheet media items can be transported along a third transport path which passes through the bunch sheet media processing device to return the sheet media items to the ATM customer.
11. A method according to claim 10 , further comprising:
controlling operation of the ATM in the single-sheet-only feeding mode when the sensor output signal is detected such that a single non-validated sheet media item can be transported along a fourth transport path which does not pass through the bunch sheet media processing device to return the single non-validated sheet media item to the ATM customer.
12. An ATM according to claim 5 , wherein (i) the media transport includes a third transport path which extends between the in-feed device and itself and passes through both the validation device and the bunch sheet media processing device, and (ii) the control unit is arranged to control the devices to operate in the bunch-of-sheets feeding mode when no sensor output signal is detected such that sheet media items can be transported along the third transport path through both the validation device and the bunch sheet media processing device and back to the in-feed device to return the sheet media items to the ATM customer.
13. An ATM according to claim 12 , wherein (i) the media transport includes a fourth transport path which extends between the in-feed device and itself and passes through only the validation device and not the bunch sheet media processing device, and (ii) the control unit is arranged to control the devices to operate in the single-sheet-only feeding mode when the sensor output signal is detected such that a single sheet media item can be transported along the fourth transport path through only the validation device and not the bunch sheet media processing device and back to the in-feed device to return the single sheet media item to the ATM customer.