Terminal and device management method
View Patent ↗A self-service terminal (SST), such as an ATM, comprises a processor, and two functionally similar devices, for example cash dispense units, and an input/output (IO) port. The processor receives status data from each of the similar devices and determines which set of status data to communicate to a remote host via the IO port dependent upon device status and health parameters contained within the status data.
1. A self-service terminal (SST) for completing a self-service transaction comprising a housing containing a processor, multiple functionally similar devices and an input/output (IO) port, wherein the processor is arranged to receive individual status data from each of the multiple functionally similar devices, to derive combined status data from the individual status data, to communicate the combined status data to a remote host via the IO port, to receive a request to perform a function from the remote host as part of the self-service transaction, and to select one of the multiple functionally similar devices to service the request received from the remote host during the self-service transaction.
2. The SST of claim 1 , wherein the processor is arranged to select individual status data from only one of the multiple functionally similar devices device's status data to form the combined status data.
3. The SST of claim 2 , wherein the processor is arranged to select the individual status data from of the one device to form the combined status data based upon the one device having that has the a best operational status to form the combined status data of the multiple functionally similar devices.
4. The SST of claim 1 , wherein the processor is arranged to derive the combined status data based upon a comparison of parameter values within the individual status data of the multiple functionally similar devices.
5. The SST of claim 1 , wherein the processor is arranged to vary the combined status data communicated to the host dependent upon the relative a comparison of the individual statuses status of the multiple functionally similar devices.
6. The SST of claim 1 , wherein the processor is arranged to derive the combined status data by selecting the individual status data of the one multiple functionally similar device.
7. The SST of claim 1 , wherein the processor is arranged to select the one of the multiple functionally similar devices to service the request that is best placed to service the request based upon the a comparison of the individual status data of the multiple functionally similar devices showing that the one of the multiple functionally similar devices is best placed to service the request.
8. The SST of claim 1 , wherein the multiple functionally similar devices are functionally identical peripherals in the SST.
9. The SST of claim 1 , wherein the multiple functionally similar devices are structurally similar the same.
10. A method of device management comprising the steps of:
receiving individual status data from each of multiple functionally similar devices in a self-service terminal by a processor of the self-service terminal;
deriving, by the processor, combined status data, from the individual status data, to communicate to a remote host;
receiving a request from the remote host by the processor during a transaction at the self-service terminal;
comparing the individual status data by the processor; and
selecting one of the multiple functionally similar devices to service the request from the remote host during the transaction based upon a comparison of the individual status data.
11. The method of claim 10 , the deriving step comprising determining, by the processor, which of the individual status data to communicate to the remote host as the combined status data.
12. The method of claim 10 , the deriving step comprising determining that the one multifunctionally similar device has a best operational status of the multiple functionally similar devices and choosing the individual status data of the one multiple functionally similar device.
13. The method of claim 10 , the deriving step comprising deriving the combined status data based upon a comparison of parameter values within the individual status data of the multiple functionally similar devices.
14. The method of claim 10 , the deriving step comprising varying the combined status data dependent upon a comparison of the individual statuses of the multiple functionally similar devices.
15. A computer program product, comprising a computer usable medium having a computer readable program code embodied therein, said computer readable program code adapted to be executed to implement a method of device management, said method comprising:
receiving individual status data from each of multiple functionally similar devices in a self-service terminal by a processor of the self-service terminal;
deriving, by the processor, combined status data, from the individual status data, to communicate to a remote host;
receiving a request from the remote host by the processor during a transaction at the self-service terminal;
comparing the individual status data by the processor; and
selecting one of the multiple functionally similar devices to service the request from the remote host based upon a comparison of the individual status data.
16. A SST comprising a housing containing multiple functionally similar devices and a processor, the processor being arranged to selectively present only one of the multiple functionally similar devices to a remote host and to selectively use only the one multiple functionally similar device to service a request received from the remote host during a self-service transaction at the SST.