Fail safe document dispensing system

• US 4,521,008 A
• Filed: 03/03/1983
• Issued: 06/04/1985
• Est. Priority Date: 03/03/1983
• Status: Expired due to Term

• Current Assignee: NCR Corporation (NCR Voyix Corporation)
• Original Assignee: NCR Corporation (NCR Voyix Corporation)
• Inventors: Gupta, Desh B., Granzow, Robert H., Filliman, Mark D., Myers, Kimbrough I.
• Primary Examiner(s): Schacher, Richard A.
• Application Number:
  US06/471,921
• Time in Patent Office: 824 Days
• Field of Search: 271/9, 271/3, 271/110, 271/265, 271/154, 271/155, 271/305, 271/303, 221/103, 221/110
• US Class Current: 271/3.15
• CPC Class Codes: B65H 2701/1912 Banknotes, bills and cheques or the like
• CPC Class Codes: B65H 29/58 Article switches or diverters
• CPC Class Codes: G07D 11/10 Mechanical details

Abstract

A system and method are disclosed for automatically and mutually sharing the currency dispensers in adjacent automatic teller machines when one dispenser is either out of service because of a malfunction or out of currency. In a preferred embodiment of the invention the system is comprised of first and second article dispensers, first and second output stations, a transport mechanism operationally coupled to both dispensers and to both stations, first and second diverters respectively positioned in first and second paths through the transport mechanism and a control circuit for selectively controlling the operations of the dispensers and diverters during a dispensing operation.

Claims

1. An article dispensing system comprising:

first and second article dispensing subsystems, each of said article dispensing subsystems comprising;

dispensing means responsive to a first signal for either sequentially dispensing articles therefrom or for generating a second signal when no articles are being dispensed therefrom;

an output receptacle;

conveying means for feeding articles from said dispensing means to said output receptacle; and

diverter means being responsive to a third signal for diverting articles from said associated dispensing means to said output receptacle of the other one of said article dispensing subsystems; and

means being responsive to said second signal from one of said subsystems for selectively generating first and third signals to cause articles to be fed to said output receptacle in said one of said subsystems from said dispensing means in the other one of said subsystems.

2. A document dispensing system comprising:

first dispensing means responsive to a first signal for either sequentially dispensing documents therefrom or for generating a second signal when no documents are being dispensed therefrom;

second dispensing means responsive to a third signal for either sequentially dispensing documents therefrom or for generating a fourth signal when no documents are being dispensed therefrom;

first and second output stations;

transport means for conveying documents from said first dispensing means into a first path to said first output station and documents from said second dispensing means into a second path to said second output station;

first diverter means in said first path being responsive to a fifth signal for diverting documents in said first path to said second output station;

second diverter means in said second path being responsive to a sixth signal for diverting documents in said second path to said first output station; and

means responsive to a second signal for producing said third and fifth signals or to a fourth signal for producing said first and sixth signals.

3. The system of claim 2 wherein said transport means includes:

a transport drive motor;

a pulley and gear train assembly driven by said transport drive motor;

a plurality of drive rollers driven by said pulley and gear train assembly; and

a plurality of follower rollers driven by said plurality of drive rollers, said plurality of drive rollers and said plurality of follower rollers cooperating to selectively pass documents from at least one of said first and second dispensing means to at least one of said first and second output stations.

4. The system of claim 3 wherein said transport means feeds documents therethrough at a substantially constant speed.

5. The system of claim 2 having the capability of selectively dispensing first and second types of documents from either of said first and second dispensing means to either of said first and second output stations.

6. The system of claim 2 wherein each of said first and second output stations includes a stacking mechanism for evenly stacking documents successively transported by said transport means into said output station.

7. The system of claim 2 wherein each of said first and second output stations includes an output receptacle for receiving documents transported thereto from said transport means.

8. The system of claim 2 wherein:

said first dispensing means includes a first sensor for generating the second signal when no documents are being dispensed from said first dispensing means; and

said second dispensing means includes a second sensor for generating the fourth signal when no documents are being dispensed from said second dispensing means.

9. A document dispensing system comprising:

first dispensing means responsive to a first signal for either sequentially dispensing documents therefrom or for generating a second signal when no documents are being dispensed therefrom;

second dispensing means responsive to a third signal for either sequentially dispensing documents therefrom or for generating a fourth signal when no documents are being dispensed therefrom;

first and second output stations;

transport means for conveying documents from said first dispensing means into a first path to said first output station and documents from said second dispensing means into a second path to said second output station;

first diverter means in said first path being responsive to a fifth signal for diverting documents in said first path to said second output station, said first diverter means including a first diverter in the first path and a first control means for causing said first diverter to pass documents in the first path to either the first or second output station in response to the absence or presence, respectively, of the fifth signal;

second diverter means in said second path being responsive to a sixth signal for diverting documents in said second path to said first output station, said second diverter means including a second diverter in the second path and a second control means for causing said second diverter to pass documents in the second path to either the second or first output station in response to the absence or presence, respectively, of the sixth signal; and

means responsive to a second signal for producing said third and fifth signals or to a fourth signal for producing said first and sixth signals.

10. The system of claim 9 wherein each of said first and second control means is a solenoid.

11. A document dispensing system comprising:

first dispensing means responsive to a first signal for either sequentially dispensing documents therefrom or for generating a second signal when no documents are being dispensed therefrom, said first dispensing means including a first sensor for generating the second signal when no documents are being dispensed from said first dispensing means;

second dispensing means responsive to a third signal for either sequentially dispensing documents therefrom or for generating a fourth signal when no documents are being dispensed therefrom, said second dispensing means including a second sensor for generating the fourth signal when no documents are being dispensed from said second dispensing means;

first and second output stations;

transport means for conveying documents from said first dispensing means into a first path to said first output station and documents from said second dispensing means into a second path to said second output station;

first diverter means in said first path being responsive to a fifth signal for diverting documents in said first path to said second output station, said first diverter means including a first diverter in the first path and a first control means for causing said first diverter to pass documents in the first path to either the first or second output station in response to the absence or presence, respectively, of the fifth signal;

second diverter means in said second path being responsive to a sixth signal for diverting documents in said second path to said first output station, said second diverter means including a second diverter in the second path and a second control means for causing said second diverter to pass documents in the second path to either the second or first output station in response to the absence or presence, respectively, of the sixth signal; and

means responsive to a second signal for producing said third and fifth signals or to a fourth signal for producing said first and sixth signals.

12. The system of claim 11 wherein each of said first and second control means is a solenoid.

13. The system of claim 11 wherein said transport means includes:

a transport drive motor;

a pulley and gear train assembly driven by said transport drive motor;

a plurality of drive rollers driven by said pulley and gear train assembly; and

a plurality of follower rollers driven by said plurality of drive rollers, said plurality of drive rollers and said plurality of follower rollers cooperating to selectively pass documents from at least one of said first and second dispensing means to at least one of said first and second output stations.

14. The system of claim 13 wherein said transport means feeds documents therethrough at a substantially constant speed.

15. The system of claim 13 having the capability of selectively dispensing first and second types of documents from either of said first and second dispensing means to either of said first and second output stations.

16. The system of claim 13 wherein each of said first and second output stations includes an output receptacle for receiving documents transported thereto from said transport means.

17. The system of claim 16 wherein each output receptacle is a stacking mechanism for evenly stacking received documents.

18. A method for selectively dispensing articles, said method comprising the steps of:

enabling a first dispenser to dispense articles in response to a first request for articles from a first output station and a second dispenser to dispense articles in response to a second request for articles from a second output station;

generating a first signal when the first dispenser is enabled and not dispensing articles or a second signal when the second dispenser is enabled and not dispensing articles;

feeding articles dispensed from the first dispenser along a first path and articles dispensed from the second dispenser along a second path; and

diverting articles in the first path to either the first or second output station as a function of the respective absence or presence of the first signal or articles in the second path to either the second or first output station as a function of the respective absence or presence of the second signal.

19. The method of claim 18 wherein said generating step includes the steps of:

sampling a sensor at the output of each of the first and second dispensers to produce an output signal each time that a dispenser is dispensing an article; and

utilizing the first request and the absence of a first output signal to produce the first signal or the second request and the absence of a second output signal to produce the second signal.