Diebold, Inc.

Diebold Self-service Systems Division of Diebold, Inc.

Diebold Self-service Systems a Division of Diebold, Incorporated

Franklin M Theriault

Natarajan Ramachandran

Mark D Smith

William Daniel Beskitt

Edward L Laskowski

Mike P Ryan

David A Barker

Jeffrey M Eastman

Sean T Haney

Jeffrey A Hill

Matthew V Force

David Schultz

R Matthew Dunlap

Daniel J Delaney

Colin Fitzpatrick

Bill Lavelle

Patrick C Green

Elizabeth M Herrera

Jeffery Enright

Mark A Douglas

Mark A Douglass

Jeffrey M Enright

Don A Driver

Jeffery M Enright

David Shultz

R M Dunlap

An automated banking machine includes a mechanism for accepting deposited items. Deposited items can be provided to the machine in envelopes passed out of the machine to a user. An empty envelope in an envelope holding container () is passed through a transport () and presented to the user through an opening (). The user can insert deposit items in the presented envelope. The envelope containing inserted deposited items can then be placed by the user back through the opening (), causing it to be stored in a deposit-holding container (). The machine also includes a printer that can print transaction indicia on a deposited envelope. A wiper comprising a resilient squeegee is able to remove excess ink from nozzles of the printer.

Cash dispensing automated banking machine deposit accepting system and method

A card reader arrangement includes a robotic card handling device to enable reading of a user card during a card-based transaction. A card sensing device is located adjacent a card slot remotely located from a card reader. Responsive to the card sensing device sensing an inserted card, the robotic card handling device operates to grip the card in the slot and move it to a reading position in the card reader. The card reader can also operate in conjunction with a biometric reading device in a process of determining whether the card user is authorized to use the card. The robotic card handling device can also be operated to grip other transaction items.

Card reading arrangement including robotic card handling responsive to card sensing

An automated banking machine includes a mechanism for accepting deposited items. Deposited items may be provided to the machine in envelopes which are first passed to a user from an envelope storage area () in the machine through a transport () and which are presented to the user through an opening (). An envelope storage and dispensing device () is operative to assure that only a single envelope is delivered to the user. A user may thereafter include deposit items in the dispensed envelope. The deposited items are passed through the opening () and are deposited in a deposit-holding container (). The deposited items may be marked with indicia corresponding to the transaction or properties of the deposited item where the envelope originally dispensed to the user for holding the deposited item.

An automated banking machine is located adjacent a vehicle drive-up lane. The machine includes a card reader device, a cash dispenser device, and a robotic item handling device having a gripper. An item transfer area is accessible to both a machine user and the robotic item handling device. The item transfer area includes a card slot. A card sensing device is located adjacent the card slot. A machine controller can cause the robotic handling device to grip a card inserted in the slot and move it to the card reader device, responsive to the card sensing device sensing the inserted card. The machine controller can also cause the robotic handling device to grip cash dispensed by the cash dispenser and move it to the item transfer area.

Card reading arrangement involving robotic card handling responsive to card sensing at a drive-up automated banking machine

A banking facility includes therein plural customer stations and a service provider (SP) station. A robotic device acts as an intermediate item handling device between a customer and service provider. The robotic device can access each customer station and a transport device. The transport device includes a pneumatic tube for transporting a carrier to and from the SP station. In an operation, the robotic device receives an item from a customer at a customer station, then places the item in the carrier. Next the transport device transports the carrier to the SP station. The service provider can use the item in carrying out a banking transaction. The operation can be reversed to send an item from the service provider to the customer. The robotic device can also grip a card sensed in a customer station card slot and move the card toward a card reader.

Card reading arrangement involving robotic card handling responsive to card sensing in banking system

Method of providing an ink catcher in an ATM

An ATM includes plural user interfaces. Each user interface is vertically arranged at a different height. The user interfaces include identical input devices, but share a common currency dispenser. The ATM can receive a cash withdrawal request from an ATM user at any of the user interfaces. The ATM can carry out a cash withdrawal transaction that was requested at a particular user interface, including the dispense of cash, independent from any other user interface. The ATM can also accept deposits. Each user interface includes a slot sized to receive an envelope deposit therethrough. The ATM is located adjacent a vehicle drive-up lane. The different user interface heights respectively correspond to different vehicle heights, which enables an ATM user to select the closest user interface based on vehicle height.

ATM with user interfaces at different heights

An automated banking machine includes a mechanism for accepting deposited items. The automated banking machine includes a shaft and a roller mounted on the shaft. The roller includes a body having a cylindrical opening therethrough. One or more radially inward, axially outward extending deformable fingers adjacent a first end of the opening are adapted to engage an annular recess on the shaft. An annular flat surface adjacent the second end of the opening is adapted to abut a radially outward extending annular step surface on the shaft. The deformable fingers and the flat surface cooperate with the annular recess and the step surface, respectively, to axially position the roller on the shaft. A continuous belt member may be in operative engagement with the roller. A method includes extending the shaft into the cylindrical opening, and moving the shaft relative to the cylindrical opening to engage at least one deformable finger in the annular recess. The method also includes moving the shaft relative to the cylindrical opemng to engage the annular flat surface with the annular step surface.

An automated transaction system includes an automated transaction machine () for carrying out banking transactions. The machine includes a plurality of customer stations () at which customers may conduct transactions. Each of the transactions requested by customers is carried out using a set of transaction function devices () positioned within or adjacent to the machine housing. The robotic item handling device () is included among the transaction function devices and enables moving items between the customer stations and the transaction function devices included in the machine. The machine is enabled to carry out transactions for multiple users simultaneously. The machine is also readily configured to add and delete transaction function devices, thereby more readily changing the types of transactions which may be conducted.

Automated transaction system and method

Growing community of inventors

Canton, OH, United States of America

Franklin M Theriault