Abstract: A secure enclosure (10) for an automated banking machine includes a chest portion (12) and a moveable door (14). The door is supported on hinge assemblies (20, 22) which enable mounting and accurately positioning the door despite misalignment of the hinges. The chest portion is manufactured from panels (28, 36, 38, 66, 76) which include interengaging projections and recesses. The projections and recesses ensure that the proper panels are used in the assembly of the particular type secure enclosure, as well as that the panels which make up the enclosure are properly oriented.

Abstract: A secure enclosure (10) for an automated banking machine includes a chest portion (12) and a moveable door (14). The door is supported on hinge assemblies (20, 22) which enable mounting and accurately positioning the door despite misalignment of the hinges. The chest portion is manufactured from panels (28, 36, 38, 66, 76) which include interengaging projections and recesses. The projections and recesses ensure that the proper panels are used in the assembly of the particular type secure enclosure, as well as that the panels which make up the enclosure are properly oriented.

Abstract: A secure enclosure (10) for an automated banking machine includes a chest portion (12) and a moveable door (14). The door is supported on hinge assemblies (20, 22) which enable mounting and accurately positioning the door despite misalignment of the hinges. One hinge assembly includes a pin (156) which has a ball (186) thereon. The pin is accepted into a larger bore (164) of the other hinge assembly despite axial misalignment of the hinge and bore. The bore has an adjusting screw (188) movably positioned therein which engages the ball when the hinge assemblies are connected. Movement of the adjusting screw enables adjusting the relative positions of the hinge assemblies. In making the secure enclosure one hinge assembly is attached to the chest while the other hinge assembly is attached to the door. The hinge assemblies are connected to movably mount the door on the enclosure. The hinges are adjusted so that dead bolt projections (150) on the door engage aperture (62) when the door is in a closing position.

Abstract: A statement printer in an automated teller machine includes a guide block (86) which supports a print head (110). The print head prints on paper (130) which is moved adjacent thereto as the guide block moves transversely relative to the paper. A cutter disk (76) is supported by the guide block. The cutter disk is journaled on an arm (82). The arm is connected to an actuating lever (92). The actuating lever is engageable with stops (106) near the transverse extremes of travel of the guide block. Selective engagement of the actuating lever with the stops moves the cutter disk between cutting and non-cutting positions. Cam members (108) adjacent to the stops dispose the cutter disk away from a cooperating cutter bar (74) as the cutter disk moves between the cutting and non-cutting positions.

Abstract: An apparatus and method for providing an indication of a type of note passing through the apparatus includes a note transport (12) which moves the note past transversely spaced spot sensing assemblies (18). Each spot sensing assembly includes four emitters (32). Each of the emitters produces radiation at a different wavelength. The spot sensing assemblies include a reflectance detector (20) and a transmission detector (22) which are disposed on opposed sides of the passing note. The emitters direct radiation onto test spots (34) on the passing note. The emitters in each assembly are activated individually and repeatedly in a sequence. Radiation reflected from each type of emitter to the reflectance detector at each test spot causes a control circuit (24) to generate reflectance values. Radiation transmitted from each emitter through each test spot to the transmission detector causes the control circuit to generate transmission values.

Abstract: A system indicates fault conditions in an automated banking machine journal printer (12, 106). The journal printer is supplied with paper from a paper supply (16, 112). Movement of paper by the printer is sensed by a detector (70, 124). An amount of paper remaining in the paper supply is sensed by a second detector (78, 122). The detectors are connected to an electronic circuit (74, 118) including a processor (76, 120). Fault signals are generated by said electronic circuit responsive to said detectors sensing conditions representative of paper jam, paper low and paper out conditions.

Abstract: An automated banking machine (10) includes a receipt transport and retracting apparatus (26). The machine includes a printer (30) which delivers a sheet (108) which is a transaction receipt for a transaction conducted at the machine. The sheet is transported in engaged relation with the lower flights of two transversely disposed belts (50, 52). A gate member (76) is positioned adjacent to the printer and is rotatably mounted. The gate member includes slots (78) which extend transversely between the arcuate outside surface (86) and inside surface (88) of the gate member. In the first position of the gate member the belt flights extend through the slots. Engagement of a sheet moving in an outward direction from the printer toward an outlet (118) moves the gate member to a second rotational position in which the sheet passes the gate member. The sheet moves in the outward direction until it reaches the outlet and extends through an opening (24) where it is accessible to a user.

Abstract: A printer apparatus (10) includes a removable print ribbon cartridge (18). The print cartridge includes a ribbon (20) which is movable by a transmission mechanism (49). A ribbon drive member (65) in said transmission mechanism includes frangible tabs (101). The frangible tabs break responsive to encountering a resistance to movement of said ribbon. The frangible tabs limit the force that may be encountered by a motor (168) used to advance the ribbon thereby preventing damage to the motor and associated drive components and circuitry in the event of a malfunction.

Abstract: A statement printer of an automated teller machine includes a top plate (16) pivotally mounted on a pair of spaced side walls (12). The top plate supports a ribbon cartridge (18) thereon. The cartridge includes a pair of downward extending projections (38) which are accepted in a longitudinally extending recess (24) in the top plate. Notches (40) and the longitudinally extending projections engage a leaf spring (28) to position the cartridge thereon. The top plate further includes a pair of finger projections (30) having slots (34) for accepting wing projections (36) that extend from the sides of the cartridge. The guided relationship between the downward extending projections and wing projections on the cartridge and the longitudinal recess and the slots on the top plate enable the cartridge to be guided into position on and off the top plate which facilitates changing the cartridge in the confined space inside an automated teller machine.

Abstract: A statement printer of an automated banking machine includes a lower roll shaft (118) having round paper engaging rolls (120) thereon. An upper roll shaft (122) has flat spot rolls (124, 125, 126, 127) thereon. The flat spot rolls are positioned in opposed relation with the round rolls. The round rolls are moved by a drive mechanism (128, 129). A paper sheet (130) is moved between the round rolls and the flat spot rolls. As the paper sheet is moved between the rolls lateral stresses in the paper are relieved and creases and puckers in the paper sheet are reduced.

Abstract: A passbook transport and handling apparatus (10) for transporting a passbook between a customer using an automated banking machine and a printer (12) located inside the banking machine includes first belt flights (32) movable on first pulleys (22). The transport further includes second belt flights (34) movable on second pulleys (28). The second belt flights are disposed traversely intermediate of the first belt flights so that a passbook carried therein between is engaged firmly but with limited slippage. The passbook is guided through the transport by a first fixed edge guide (44). A second edge guide (46) is mounted on a spring (48) so as to bias the passbook into alignment as it passes through the transport. A gate member (72) is movable between positions blocking or admitting a passbook to the transport. Movement of the gate member as well as the belt flights is under control of a processor.

Abstract: An automated banking machine (10) includes an enclosure (12). The enclosure has an interior area (14) in which serviceable components (48, 52, 64, 68) are positioned on rollout trays (46, 50, 62, 66). The enclosure has a rear opening (18) which is selectively accessible through service doors (54, 58, 60). The enclosure further includes a front opening (16) which is bounded by a frame (20). A fascia (22) having input devices thereon is removably positionable in said frame. The fascia is held in engagement with said frame by a disengageable latch including locks (94, 98) and latching brackets (92). The locks are connected to release arms (102, 110) which enable releasing the disengageable latch once access to the interior area has been gained by opening the service doors. Serviceable components may be readily serviced by extending the components out of the interior area of the machine on the rollout trays.

Abstract: A secure enclosure (10) for an automated banking machine includes a door (30). A bolt (38) is slidably mounted on the door and is moveable responsive to the condition of a lock. The bolt includes front portions (56) and back portions (58). In the extended position the bolt engages a latch (60) and an angle member (52) attached to the door. In the extended position, the front portions of the bolt extend through apertures (62), (78) in the latch and angle members respectively. The back portion of the bolt engages second bolt engaging portions (80). An opposed side of the door from the latch includes projecting portions (64). The projecting portions extend in pockets (64) when the door is in the closed position.

Abstract: A receipt form handling system for an automated banking machine includes a printer (30) which prints indicia on paper extending in a paper path (151). Paper is moved in the paper path by engagement with a drive mechanism (157,159). Paper sheets are delivered by the drive mechanism to a delivery area, which includes a nip (114) of a sheet transport (26). The transport removes the sheets from the delivery area. A cutter (153) is positioned in the paper path and operates to selectively cut the paper. A sensor (155) is positioned at a location in the paper path upstream from the cutter. A controller (112) is in operative connection with the sensor and the cutter. The controller operates the cutter so that the paper is cut to produce a form sheet after indicia is printed on a portion of the paper. Upon the sensor detecting an approaching end of the paper, the controller ceases operation of the cutter. This avoids producing forms that are of insufficient length to be handled by the drive or transport.

Abstract: A system for indicating fault conditions in an automated banking machine includes a journal printer (12). The journal printer is supplied with paper from a paper supply roll (16). The paper supply roll is supported on a spindle (22). The spindle is engaged to the paper roll by spring arms (60). The spindle further includes a spring loaded retainer member (42) and a flange portion (34) which act to apply a drag force on the spindle to prevent overrunning. The spindle also has an encoder member (40) thereon. Rotation of the encoder member is sensed by an opto-electrical detector (70). A diameter of the paper supply roll is sensed by a second opto-electrical detector (78) positioned between the spindle and the printer. The detectors are connected to an electronic circuit (74) including a processor (76). Fault signals are generated by said electronic circuit responsive to said detectors sensing conditions representative of paper jam, paper low and paper out conditions.

Abstract: A delivery access device attachable to a currency dispenser comprising: a mounting plate attachable to the currency dispenser, the plate having a money dispensing slot; two separate and independent barrier members mounted within the money dispensing slot, each barrier member having a first position where it is retracted and a second position where it is extended to obstruct access to the slot; two separate and independent actuators, a first of which is for moving one of the barrier members between its retracted and extended position, and a second of which is for moving a second of the barrier members between its retracted and extended position; and an electrical connector for connecting the actuators to the circuitry of the currency dispenser.

Abstract: A seamless paper media gate (10) for supporting moving sheets thereon while enabling the sheets to be directed in a range of angular directions, includes a plate member (12), a deflector member (48), and a spring (44). The plate member includes a first sheet supporting surface (14), and an end portion (16). The end portion includes a transition surface (18), which in cross section terminates at a transition edge (20). The deflector member is rotatably mounted on the plate member and includes a second sheet supporting surface (22). The deflector member includes in cross section a first finger portion (26) upon which the second surface is tapered to a point (28) which forms a lineal edge (27) that engages the transition surface. The deflector member also has a first rib (38) that engages a of a first slot (34). The rib includes a cam surface (43) that suitably engages a cam support surface of the slot to provide a fixed pivot point as the deflector member rotates.

Abstract: A tabbing tool for reducing residual tab burrs on parts punched from a generally flat sheet metal piece (50) includes a punch portion (10) and a die portion (32). The punch portion includes a first punch face (24) that extends at a shallow angle and a second punch face (26) that extends at a greater angle. The die portion includes a recess (38) bounded by a straight edge (40). The recess is further bounded by a first die surface (42), a generally vertically extending second die surface (44) and a third die surface (46) that extends at the shallow angle. In operation a tab (58) which extends between a part portion (60) and an external portion (62) is deformed between the punch and die portions of the tabbing tool to compress and thin the tab adjacent to the part portion and cause the tab to extend into the recess in the die portion. Upon defining the contour of the part by punching openings in the piece, the part is removed by shaking the piece.

Abstract: An automated teller machine (10) includes a monitor (188) having a selectively movable mount. A slide bracket (200) is movable in guide slots (204) that extend in a base surface of a tray (198). A pivot bracket (210) is supported on the slide bracket. A face plate (194) is movably mounted on the monitor by side pieces (192). The monitor and face plate are selectively movably positionable to engage a screen opening in a fascia (18) in gapless relation.