Mounting plinth for self-service terminal (SST)

• US 10,225,944 B2
• Filed: 01/29/2016
• Issued: 03/05/2019
• Est. Priority Date: 01/29/2016
• Status: Active Grant

• Current Assignee: NCR Atleos Corp.
• Original Assignee: NCR Corporation (NCR Voyix Corporation)
• Inventors: Rohan, Charles G. V., Bernie, Steven J., Paton, Grant, Swaine, Stephen W.
• Primary Examiner(s): Hoffberg, Robert J
• Application Number:
  US15/010,334
• Publication Number:
  US 20170223856A1
• Time in Patent Office: 1,131 Days
• CPC Class Codes: G06F 1/1632 External expansion units, e.g. docking stations
• CPC Class Codes: G06Q 20/18 involving self-service terminals [SST], vending machines, kiosks or multimedia terminals
• CPC Class Codes: G06Q 20/20 Point-of-sale [POS] network systems
• CPC Class Codes: G07F 19/205 Housing aspects of ATMs
• CPC Class Codes: H02J 9/06 with automatic change-over , e.g. UPS systems
• CPC Class Codes: H05K 7/14 Mounting supporting structure in casing or on frame or rack

Abstract

A Self-Service Terminal (SST) plinth is provided. The SST plinth includes one or more fastening mechanisms, a power supply, and one or more communication ports. The fastening mechanisms are configured to fasten an SST to the SST plinth. The SST is powered through the power supply of the plinth. Modules of the SST connect to some of the communication ports, and cabling connects external resources of the SST to the SST though other ones of the plinth'"'"'s communication ports.

Claims

1. A system, comprising:

a plinth apparatus including;

a plinth internal interface port;

external interface ports;

a power supply;

a secure fastening mechanism;

a horizontal base member; and

a vertical base member,

wherein the horizontal base member is longer in length than the vertical base member and the vertical base member has a greater height than the horizontal base member, the vertical base member is affixed on a top of the horizontal base member, and

wherein an underside of the horizontal base member is affixed to a floor or a ground surface through a bolting mechanism;

an Self-Service Terminal apparatus (SST) including;

an SST computing core;

integrated peripheral devices, the integrated peripheral devices comprise a depositor, a dispenser, a recycler, an encrypted Personal Identification (PIN) pad, a magnetic card reader, a chip-card reader, and a keyboard;

a safe cabinet, the safe cabinet constructed of at least some steel reinforced material, wherein the safe cabinet includes the SST computing core and the integrated peripheral devices, and the SST computing core is interfaced to the integrated peripheral devices within the safe cabinet; and

an SST internal interface port, the SST computing core is interfaced to the SST internal interface port within the safe cabinet;

wherein the plinth internal interface port is adapted to be;

attached to the SST internal interface port of the SST, detached from the SST internal interface port of the SST, and re-attached to the SST internal interface port of a different one of the SST;

wherein the external interface ports of the plinth apparatus are adapted to;

provide power and communication to the SST through the plinth apparatus when the SST internal interface port is attached to the plinth internal interface port;

wherein the power supply is adapted to;

(a) provide power to the plinth apparatus and (b) the SST computing core and the integrated peripheral devices of the SST via the SST internal interface port when the SST is attached to the plinth internal interface port;

wherein the secure fastening mechanism is adapted to;

securely fasten the SST to the plinth apparatus, the secure fastening mechanism disposed at least in part on an inside of the safe cabinet associated with the SST, and

wherein a weight of the horizontal base member of the plinth apparatus is distributed for balancing the SST when the SST is attached to the vertical base member of the plinth apparatus.

2. The system of claim 1, wherein

the secure fastening mechanism for securely fastening the SST to the vertical base member of the plinth apparatus, and

the bolting mechanism is another secure fastening mechanism for securely fastening the horizontal base member of the plinth apparatus to the floor or the ground surface.

3. The system of claim 1, wherein the SST is adapted to attach to the vertical base member of the plinth apparatus with a bottom of the SST fastened through the secure fastening mechanism to a top of the vertical base member.

4. The system of claim 3, wherein the vertical base member is height adjustable to raise and lower a height of the vertical base member.

5. The system of claim 1, wherein the plinth apparatus further including:

a second plinth internal interface port;

second external interface ports; and

a second one of the secure fastening mechanism;

wherein the plinth apparatus is further configured to;

attach a second one of the SST having a second one of the SST computing core to the second plinth internal interface port, provide communication over at least one of the second external interface ports when the second one of the SST is attached to the second plinth internal interface port, provide shared power to the SST computing core and the second one of the SST computing core from the power supply when the SST and the second one of the SST are attached, and securely fasten the second SST to the plinth apparatus through the second one of the secure fastening mechanism.

6. The system of claim 1, wherein the integrated peripherals further include one or more of:

a display, a scanner, a scale, and/or a combined scanner/scale.

7. A system, comprising:

a plinth apparatus including;

a plinth internal interface port;

external interface ports;

a power supply;

a secure fastening mechanism;

a horizontal base member; and

a vertical base member,

wherein the horizontal base member is longer in length than the vertical base member and the vertical base member has a greater height than the horizontal base member, the vertical base member is affixed on a top of the horizontal base member, and

wherein the underside of the horizontal base member includes wheels configured to rest on a flat horizontal surface;

an Self-Service Terminal apparatus (SST) including;

an SST computing core;

integrated peripheral devices, the integrated peripheral devices comprise a depositor, a dispenser, a recycler, an encrypted Personal Identification (PIN) pad, a magnetic card reader, a chip-card reader, and a keyboard;

a safe cabinet, the safe cabinet constructed of at least some steel reinforced material, wherein the safe cabinet includes the SST computing core and the integrated peripheral devices, and the SST computing core is interfaced to the integrated peripheral devices within the safe cabinet; and

an SST internal interface port, the SST computing core is interfaced to the SST internal interface port within the safe cabinet;

wherein the plinth internal interface port is adapted to be;

attached to the SST internal interface port of the SST, detached from the SST internal interface port of the SST, and re-attached to the SST internal interface port of a different one of the SST;

wherein the external interface ports of the plinth apparatus are adapted to;

provide power and communication to the SST through the plinth apparatus when the SST internal interface port is attached to the plinth internal interface port;

wherein the power supply is adapted to;

(a) provide power to the plinth apparatus and (b) the SST computing core and the integrated peripheral devices of the SST via the SST internal interface port when the SST is attached to the plinth internal interface port;

wherein the secure fastening mechanism is adapted to;

securely fasten the SST to the plinth apparatus, the secure fastening mechanism disposed at least in part on an inside of the safe cabinet associated with the SST, and

wherein a weight of the horizontal base member of the plinth apparatus is distributed for balancing the SST when the SST is attached to the vertical base member of the plinth apparatus.

8. The system of claim 7, wherein

the secure fastening mechanism for securely fastening the SST to the vertical base member of the plinth apparatus.

9. The system of claim 8, wherein the SST is adapted to attach to the vertical base member of the plinth apparatus with a bottom of the SST fastened through the secure fastening mechanism to a top of the vertical base member.

10. The system of claim 7, wherein the vertical base member is height adjustable to raise and lower a height of the vertical base member.

11. The system of claim 7, wherein the plinth apparatus further including:

a second plinth internal interface port;

second external interface ports; and

a second one of the secure fastening mechanism;

wherein the plinth apparatus is further configured to;

attach a second one of the SST having a second one of the SST computing core to the second plinth internal interface port, provide communication over at least one of the second external interface ports when the second one of the SST is attached to the second plinth internal interface port, provide shared power to the SST computing core and the second one of the SST computing core from the power supply when the SST and the second one of the SST are attached, and securely fasten the second SST to the plinth apparatus through the second one of the secure fastening mechanism.

12. The system of claim 7, wherein the integrated peripherals further include one or more of:

a display, a scanner, a scale, and/or a combined scanner/scale.

13. A method, comprising:

providing a plinth internal interface port of a plinth;

connecting a Self-Service Terminal (SST) interface port of an SST to the plinth;

detaching the SST interface port of the SST from the plinth internal interface port,

re-connecting the SST interface port of a different one of the SST to the plinth internal interface port;

providing one of;

bolt fastening of an underside of a horizontal base member of the plinth adapted for fastening to a floor or a ground surface, or

wheels adapted for resting the underside of the horizontal base member on a flat horizontal surface;

providing a vertical base member of the plinth affixed to the horizontal base member, wherein the horizontal base member is longer in length than the vertical base member and the vertical base member is greater in height than the horizontal base member, and wherein a weight of the horizontal base member is distributed for balancing the SST when attached to the vertical base member of the plinth;

providing a secure fastening mechanism on the plinth for securely fastening the SST to the vertical base member of the plinth, the secure fastening device at least in part within an inside of a safe cabinet of the SST;

supplying electrical power using a power supply residing in the plinth to the SST computing core located within the safe cabinet for powering the SST during operation of the SST;

providing external interface ports of the plinth for connecting cabling to external devices that communicate with the SST during operation of the SST through communications sent over the cabling to the external interface ports and routed within the plinth to the plinth interface port and through the SST interface port to the SST; and

providing an SST computing device located within a safe cabinet of the SST, the power supply of the plinth powering the SST computing core during operation of the SST computing core, the SST interface port allowing for the external devices to communicate with the SST computing device;

providing an interface associated with the plinth interface port and the SST interface port that provides communication to peripherals of the SST through the interface, the peripherals are disposed within the safe cabinet of the SST and are connected the SST computing, the peripherals comprising a depositor, a dispenser, a recycler, an encrypted Personal Identification Number (PIN) input keypad, a magnetic card reader, a chip-card reader, a receipt printer, a dispenser, a depositor, and a keyboard.

14. The method of claim 13, wherein the bolt fastening is a second secure fastening mechanism on the underside of the horizontal base member of the plinth for securely fastening the plinth to the floor or the ground surface.

15. The method of claim 13, further comprising, supplying back-up power using an Uninterruptable Power Supply (UPS) residing in the plinth to the SST when the electrical power supplied by the power supply is unavailable to the plinth.

16. The method of claim 13, wherein the integrated peripherals further include one or more of:

a display, a scanner, a scale, and/or a combined scanner/scale.

17. The method of claim 13, further comprising, one of:

powering the plinth and the SST through an electrical outlet; and

powering the plinth and the SST through an Uninterruptable Power Supply (UPS) when the electrical power is unavailable through the electrical outlet.

18. The method of claim 13, wherein at least one of the external interface ports of the plinth is a power cord connector for connecting the plinth to an electrical outlet.

19. The method of claim 13, wherein the external interface ports of the plinth comprise:

at least one Ethernet port, at least one micro card port, at least one Virtual Graphics Interface (VGI) port, at least one High-Definition Multimedia Interface (HDMI) port, at least one wireless transceiver port, and at least one component video and audio port.

20. The method of claim 13, further comprising, providing access to an inside of the secure cabinet of the SST through one of:

a key and an authenticated electrical-mechanical mechanism.