Abstract: A deposit processing module comprising a first transport having a first end for receiving envelopes and single document deposits and a second end from which the deposits are discharged, and a second transport operatively positioned for receiving and returning single document deposits to and from the first transport. Printing means are provided for printing deposit information on the deposits, a magnetic charge/read head is provided for charging and reading magnetic information on the single document deposits and an imager is provided for imaging one side of the single document deposits. A gate mechanism associated with the second end of the first transport is movable between a first position wherein envelopes and single document deposits may be discharged from the module and a second position wherein single document deposits may be transported between the first transport to the second transport.

Abstract: A document processing system comprising a sensor array for sensing the size and position of a document; a movable magnetic scanner for scanning the document for coded information thereon; an imager for obtaining digitized image data of the document; a movable printing device for printing information on a document; a reversible document transport for conveying a document relative to the sensor array, the magnetic scanner, the imager, and the printing device; and a control unit connected to the sensor array, the magnetic scanner, the printing device and the document transport, the control unit controlling the movement of the document by the document transport between the sensor array, the magnetic scanner, the imager and the printing device, and further controlling movement of the magnetic scanner and the printer relative to the document transport.

Abstract: A deposit processing module comprising a first transport having a first end for receiving envelopes and single document deposits and a second end from which the deposits are discharged, and a second transport operatively positioned for receiving and returning single document deposits to and from the first transport. A printing device is provided for printing deposit information on the deposits, a magnetic charge/read head is provided for charging and reading magnetic information on the single document deposits and an imager is provided for imaging one side of the single document deposits. A gate mechanism associated with the second end of the first transport is movable between a first position wherein envelopes and single document deposits may be discharged from the module and a second position wherein single document deposits may be transported between the first transport to the second transport.

Abstract: A device for dispersing sheet media comprising a storage location for storing sheet media to be dispensed; a receiving location accessible to a patron from which the sheet media may be received; a receptacle for retaining sheets of the media; a stacking assembly for stacking individual sheets of the sheet media into a stack; a transport assembly for transporting individual sheets from the storage assembly to the stacking assembly and for transporting sheets of the media from the receiving assembly to the receptacle; a transfer assembly for transferring a stack of sheets from the stacking assembly to the receiving location; and, a divert assembly associated with the transport assembly operable to cause sheets transported from the storage location to the stacking assembly to be diverted to the receptacle.

Abstract: A device for dispensing sheet media comprising a storage location for storing sheet media to be dispensed; a receiving location accessible to a patron from which the sheet media may be received; a receptacle for retaining sheets of the media; a stacking assembly for stacking individual sheets of the sheet media into a stack; a transport assembly for transporting individual sheets from the storage assembly to the stacking assembly and for transporting sheets of the media from the receiving assembly to the receptacle; a transfer assembly for transferring a stack of sheets from the stacking assembly to the receiving location; and, a divert assembly associated with the transport assembly operable to cause sheets transported from the storage location to the stacking assembly to be diverted to the receptacle.

Abstract: Apparatus for identifying and indicating the content of document canisters such as those used to hold supplies of documents in Automated Teller Machines (ATMs), includes a canister (10) holding a stack of documents (30) and having a face plate (24). Face plate (24) includes a plurality of buttonholes (26). Spring loaded buttons (25) are distributed among buttonholes (26); the arrangement of said buttons representing items of data such as ownership of the canister, canister serial number, and document information such as the type, denomination, amount, and character of the documents in the canister. In operating position, canister (10) is located in an ATM in contact with a picker mechanism (100) which removes documents, one at a time from the canister. The picker mechanism incorporates a switch plate (126) which is adjacent to face plate (24) when canister (10) and picker mechanism (100) are in operating position.

Abstract: Apparatus for identifying and indicating the content of document canisters such as those used to hold supplies of documents in Automatic Teller Machines (ATMs), includes a canister (10) holding a stack of documents (30) and having a face plate (24). Face plate (24) includes a plurality of buttonholes (26). Spring loaded buttons (25) are distributed among buttonholes (26); the arrangement of the buttons representing items of data such as ownership of the canister, canister serial number, and document information such as the type, denomination, amount, and character of the documents in the canister. When inserted in the ATM, the canister exchanges identifying information with the ATM via the arrangement of buttons.

Abstract: A depository for receiving under conditions of security bank transaction deposits in envelopes of carying thicknesses one at a time, wherein the envelopes may contain coin in different sizes and numbers. The depository has a transport mechanism including a fixed upper platen, an endless belt having a lower flight movable below and supported by the fixed upper platen, and a lower platen movable with respect to the fixed upper platen at an angle downward from the belt and in the direction of belt travel when the belt is driven. An envelope being conveyed is pinched between the belt and a narrow longitudinal central ribbed plastic rail projecting upward from the movable lower platen. The plastic rail ribs have slippery low friction surfaces and the belt engages a low friction slippery surface portion of the fixed upper platen.

Abstract: Apparatus for identifying and indicating the content of document canisters such as those used to hold supplies of documents in Automated Teller Machines (ATMs), includes a canister (10) holding a stack of documents (30) and having a face plate (24). Face plate (24) includes a plurality of buttonholes (26). Spring loaded buttons (25) are distributed among buttonholes (26); the arrangement of said buttons representing items of data such as ownership of the canister, canister serial number, and document information such as the type, denomination, amount, and character of the documents in the canister. In operating position, canister (10) is located in an ATM in contact with a picker mechanism (100) which removes documents, one at a time from the canister. The picker mechanism incorporates a switch plate (126) which is adjacent to face plate (24) when canister (10) and picker mechanism (100) are in operating position.

Abstract: Thickness indicator apparatus mounted adjacent to a bill path inside an Automated Teller Machine (ATM) includes a wishbone (45) having a pair of identical fingers (46) which contact bills moving in the bill path, and a metallic target (52). The wishbone is floatably mounted to the frame of the ATM such that target (52) is displaced an amount which is proportional to the thickness of the bills in contact with fingers (46). A sensor (66) senses the position of the target (52) and generates an electrical signal indicative of bill thickness.

Abstract: A new structure is provided comprising a cast body having enclosure, pedestal and anchor sections cast integrally of high steel fiber reinforced concrete. The enclosure section has walls forming a primary security compartment. A door movable between open and closed positions is mounted on the cast body. The door also is cast of high steel fiber reinforced concrete. The door and walls of the cast concrete body have thicknesses of at least 3 inches and resist torch and tool attack measures for at least 15 minutes. High security is provided for paper notes and valuable documents present in the primary security compartment either deposited into said primary security compartment or to be dispensed from said compartment.

Abstract: A note picker mechanism for picking new and circulated paper money bills from stacks thereof through access openings of sealed, tamper-indicating containers for the notes when installed in ATM's. The mechanism has a primary suction picker device and a secondary friction-engaging picker device. The friction-engaging picker is switchably engaged with or disengaged from the suction picker so that if a picking failure occurs, the picker mechanism is automatically changed from joint operation of the primary and secondary picker to operation of the primary picker alone, or vice versa, to correct the cause of the picking failure.

Abstract: The device has a feed roller with a high friction rubber segment which picks notes one at a time for each roller revolution or cycle. A counter-rotating separator roller normally prevents picking doubles. A cooperative doubles detector detects doubles when picked and returns the doubles to the note supply stack. The picker mechanism has a biasing lever which holds the note stack out of contact with the feed roller against stack pressure until the friction segment is in note separating and picking position.

Abstract: Overlapped or folded bills in a paper money dispenser are detected by sensors that measure bill length and thickness. The sensors generate a first signal when bill thickness corresponds to the thickness of at least one standard bill and generate a second signal when bill thickness corresponds to at least twice standard bill thickness. A third signal is generated when bill thickness corresponds to at least three times standard bill thickness. The first and second signals, together with a fourth signal corresponding to the bill length, are supplied to a computer that identifies single or double bills as well as overlapped or folded bills and jammed bills. Bill count is incremented in response to identification of single or dispensable double bills. Overlapped bills, folded bills, double bills that cannot be dispensed, triple bills or suspicious bills are diverted to a storage canister.

Abstract: A retrieval mechanism for a divert-container-equipped ATM of typical construction to retrieve and protect paper money bills dispensed at a customer's request by the ATM and left at an accessible location at the ATM bill delivery station unpicked by the customer. The unpicked bills are sensed after a short time delay in unpicked status. The unpicked bills when sensed are automatically returned to the reversible conveyor of such typical divert-container-equipped ATM and transported by reversal of the conveyor to the divert container.

Abstract: An automatic banking or teller machine (ATM) having a plurality of diverse-function, sealed, tamper-indicating containers which are in locked condition when loaded therein including a depository container, a divert container and one or more note containers. The containers while being loaded into the ATM have doors for access openings opened to provide ATM operative status with the containers locked to the ATM. Interlocks are provided between the containers, container locks and the ATM so as to require a predetermined sequence of assembly or disassembly operations to be carried out in assembling or disassembling the containers, without variation or omission.

Abstract: Picker mechanism for picking notes from a note supply stack in a note dispenser of an automatic banking or teller machine (ATM) which withdraws notes from the supply stack through an access opening in a note supply container laterally of the opening. The access opening has one dimension smaller than the length of the note being laterally withdrawn. The picker mechanism engages the note being withdrawn with a picker cup by combined frictional pressure and suction. The picker cup during note withdrawal moves in multi-directions toward and away from the note stack through the access opening as well as back and forth in directions generally parallel to the length of the note being withdrawn.

Abstract: A transport or conveyor mechanism of simple construction and reliable operation for moving paper money bills or currency. Paper money bills are fed from a stack of bills to the transport device and conveyed by the device to a remote delivery point. The transport consists of an endless rubber belt looped around two rolls one of which is driven. One belt flight is sandwiched between two coextensive metal plates having smooth surfaces coated with low friction material. A belt surface engages bills fed to it at the transport entry end, against one of the smooth plate surfaces under pressure of the other plate, and moves the bills to the discharge or delivery end of the transport device.

Abstract: A remote automatic banking or teller machine equipped with doubles detecting mechanism which diverts doubles from delivery to a customer and conveys the doubles to a container into which the conveyor means discharges the doubles through a container opening having closure means which are in open position when mounted on the dispenser unit in access-preventing or anti-fishing condition and which closure means are closed and locked to provide a sealed tamper-indicating anti-fishing condition for the container after the container is removed from the dispenser unit and during transport to a central bank.

Abstract: A remote depository for receiving bank transaction deposits in envelopes at an unmanned location under conditions of security. The depository has a belt conveyor having entry and exit ends, one of which is closed at all times. The conveyor discharges into a locked deposit receiver such as a container which may be locked when removing it from association with the conveyor. The container may be a sealed, tamper-indicating container latched to the conveyor when unlocked upon being connected with the container. The conveyor has a probe which enters the deposit receiver to sense when the receiver is filled to capacity. If the receiver is completely full, the probe disables the conveyor so that it will not accept additional deposit envelopes.