Abstract: A configurable cutter mechanism for a printer and corresponding methods are provided. The cutter mechanism may comprise a rotary cutter mounted for rotation about a rotation axis and for translation across at least a portion of a width of a paper path perpendicular to the rotation axis. A fixed blade assembly may be provided that is adapted to cooperate with the rotary cutter. The fixed blade assembly may extend across the width of the paper path. A controller may be provided for controlling a variable length of travel of the rotary cutter across the width of the paper path. The paper path runs between the rotary cutter and the fixed blade assembly.

Abstract: In accordance with one example embodiment of a configurable printer for different paper sizes and types in accordance with the present invention, the configurable printer may comprise a print mechanism, a controller for controlling the print mechanism, a paper bucket for receiving a first sized paper roll to be printed, a divider for a paper bucket for reducing a width of the paper bucket to accept a second sized paper roll which is smaller than the first sized paper roll, and a bucket sensor adapted to sense at least one of insertion of the divider into the paper bucket and removal of the divider from the paper bucket and to provide a paper size signal to the controller. The controller controls the print mechanism in response to the paper size signal from the bucket sensor.

Abstract: A tilting touch screen for a printer and a printer having such a tilting touch screen are provided. The tilting touch screen may include a touch screen housing, a touch screen located in the touch screen housing, means for pivotally connecting the touch screen housing to a printer housing, the printer housing defining an opening closable by the tilting touch screen, and a controller for controlling the printer in communication with the touch screen. The screen tilts open for direct access to the print mechanisms and paper buckets for service or paper loading, without requiring the removal of any additional covers.

Abstract: Systems and methods for monitoring printer status in a networked environment are provided. For each of a plurality of printers, a respective server port device is connected to a communication port of a corresponding printer. Each server port device is adapted to receive real-time printer status information from the corresponding printer. A status monitor is provided for receiving the printer status information from one or more of the server port devices. The printer status information is wirelessly broadcast from the respective server port devices to an IP address of the status monitor. The server port device may comprise a User Datagram Protocol (UDP) status processor for converting the printer status information received from the printer in a first format into a second format for broadcast using a UDP protocol.

Abstract: An alternate ticket exit is provided in the event of a blockage of the primary ticket exit of a printer. Printed tickets are fed from a stacking nip into a ticket bin via a first ticket exit. A second ticket exit is provided which leads away from the ticket bin. Tickets are diverted into the second ticket exit in the event the ticket bin has reached capacity or the first ticket exit is blocked. By diverting tickets out of the second exit when the ticket bin has reached capacity or when the first ticket exit is blocked, the tickets are allowed to exit the printer and paper jams are prevented.

Abstract: To ensure a proper stacking order of paper tickets that exit a transaction-based printer, a stacking nip is provided which accepts a first ticket. The first ticket is fed into the stacking nip, and then advanced by the stacking nip for a fixed distance until a trailing edge of the first ticket is positioned before the stacking nip. A second ticket is then fed towards the stacking nip. The first ticket is held in the stacking nip with the trailing edge positioned before the stacking nip until a leading edge of the second ticket overlaps the trailing edge of the first ticket. The trailing edge of the first ticket and the leading edge of the second ticket are then simultaneously advanced through the stacking nip. The first ticket is ejected from the stacking nip into a ticket bin once the trailing edge is advanced through the stacking nip.

Abstract: Systems and methods for providing customized coupons in a casino gaming environment are provided. A printer resident in a gaming machine is provided and has at least one communication port for communication external to the gaming machine. A coupon layout generator may also be provided for creating customized coupons. A server manager may be provided for distributing the customized coupons to one or more targeted recipients. A server port device may be provided for connecting the server manager to the communication port of the printer and for converting an Ethernet signal from the server manager to a serial signal recognizable by the printer. With such a system, an IP address may be assigned to the server port device. The IP address, together with player identification information, is used by the server manager to determine appropriate coupons for distribution to the gaming machine.

Abstract: Methods and apparatus for converting a firmware download port on a printer to a communications port are provided. The apparatus includes a printed circuit board arrangement connected to the firmware download port of the printer. A secondary communications port is provided on the printed circuit board arrangement for enabling communications between the printer and a central system controller. The printer may include one or more primary communications ports. Each of the one or more primary communications ports may be selectable for enabling communications between the printer and a local controller. The local controller may provide data to the printer via a selected one of the primary communications ports indicative of cash information to be printed on a voucher. The central system controller may provide data to the printer via the secondary communications port indicative of non-cash data to be printed on a coupon.

Abstract: Apparatus and methods are provided for simultaneously cleaning both ink pen faces of a two-pen ink jet printer. Two print head wipers are provided, each print head wiper being adapted to wipe a respective ink pen face of a corresponding ink pen. Linkage connects the two print head wipers together. A solenoid is connected to the linkage for actuating the two print head wipers simultaneously.

Abstract: A cutter for a printer is provided, together with corresponding methods. The cutter comprises a fixed blade and a movable blade. The fixed blade is arranged on a cover bracket. The cover bracket is movable between an open and a closed position. The movable blade is arranged on a printer frame. Means are also provided for moving the movable blade from a home position into engagement with the fixed blade for cutting paper media during a cutting action. In the open position of the cover bracket the fixed blade and movable blade are separated, enabling paper jams to be cleared and paper to be loaded.

Abstract: Methods and apparatus for automatic generation of a hostname for a network printer embedded in or associated with a gaming machine are provided. An identification number is received at the printer from the gaming machine. The printer can then generate a unique Hostname for the printer by modifying the identification number. Once the Hostname is generated, the printer is able to connect to the network using the generated Hostname. For example, a connection of the printer to the network may be delayed after initial power up of the printer until print data for a game generated ticket has been received at the printer from the gaming machine. The identification number may be extracted from the print data at the printer and used to generate the Hostname.

Abstract: Methods and apparatus for stacking paper tickets in a printer are provided, in which an alternate ticket exit is provided in the event of a blockage of the primary ticket exit. Printed tickets are fed from a stacking nip into a ticket bin via a first ticket exit. A second ticket exit is provided which leads away from the ticket bin. Tickets are diverted into the second ticket exit in the event the ticket bin has reached capacity or the first ticket exit is blocked. By diverting tickets out of the second exit when the ticket bin has reached capacity or when the first ticket exit is blocked, the tickets are allowed to exit the printer and paper jams are prevented.

Abstract: Methods and apparatus are provided for stacking paper tickets, receipts, vouchers and the like that exit a transaction-based printer. A stacking nip is provided which accepts a first ticket from a ticket cutter. The first ticket is fed into the stacking nip, and then advanced by the stacking nip for a fixed distance until a trailing edge of the first ticket is positioned before the stacking nip. A second ticket is then fed towards the stacking nip. The first ticket is held in the stacking nip with the trailing edge positioned before the stacking nip until a leading edge of the second ticket overlaps the trailing edge of the first ticket. The trailing edge of the first ticket and the leading edge of the second ticket are then simultaneously advanced through the stacking nip. The first ticket is ejected from the stacking nip into a ticket bin once the trailing edge is advanced through the stacking nip.

Abstract: A dual-purpose printer for printing receipts and validating forms is provided. The printer comprises a receipt drive roller for driving paper through a receipt path, a dual-purpose roller capable of contacting the drive roller, and a validation idler roller adapted to be brought into and out of engagement with the dual-purpose roller. The receipt path is formed between the receipt drive roller and the dual-purpose roller. A validation path is formed between the validation idler roller and the dual-purpose roller. Rotation of the receipt drive roller in a first direction enables driving of paper through the receipt path. When the validation idler roller is in engagement with the dual-purpose roller, rotation of the dual-purpose roller in the first direction enables discharging of a form from the validation path.

Abstract: A peripheral such as a printer is controlled to receive data from different data ports. A first port receives data formatted according to a first protocol. A second port receives data formatted according to a second protocol. A first processor is associated with the peripheral. A second processor is associated with the second port. A switch is adapted to receive (i) first data from the first port and (ii) second data from the second port after processing by the second processor. The switch is controlled in response to a message received via the second port to couple either the first data or second data to the first processor for use in controlling the peripheral. New firmware can be downloaded to the peripheral via the second port in response to the message. The message can be communicated to the first processor via a separate port at the first processor and a memory shared with the second processor.

Abstract: A peripheral such as a printer is controlled to receive data from different data ports. A first port receives data formatted according to a first protocol. A second port receives data formatted according to a second protocol. A first processor is associated with the peripheral. A second processor is associated with the second port. A switch is adapted to receive (i) first data from the first port and (ii) second data from the second port after processing by the second processor. The switch is controlled in response to a message received via the second port to couple either the first data or second data to the first processor for use in controlling the peripheral. New firmware can be downloaded to the peripheral via the second port in response to the message. The message can be communicated to the first processor via a separate port at the first processor and a memory shared with the second processor.

Abstract: A dual-purpose printer for printing receipts and validating forms is provided. The printer comprises a receipt drive roller for driving paper through a receipt path, a dual-purpose roller capable of contacting the drive roller, and a validation idler roller adapted to be brought into and out of engagement with the dual-purpose roller. The receipt path is formed between the receipt drive roller and the dual-purpose roller. A validation path is formed between the validation idler roller and the dual-purpose roller. Rotation of the receipt drive roller in a first direction enables driving of paper through the receipt path. When the validation idler roller is in engagement with the dual-purpose roller, rotation of the dual-purpose roller in the first direction enables discharging of a form from the validation path.

Abstract: A peripheral such as a printer is controlled to receive data from different data ports. A first port receives data formatted according to a first protocol. A second port receives data formatted according to a second protocol. A first processor is associated with the peripheral. A second processor is associated with the second port. A switch is adapted to receive (i) first data from the first port and (ii) second data from the second port after processing by the second processor. The switch is controlled in response to a command received via the second port to couple either the first data or second data to the first processor for use in controlling the peripheral. New firmware can be downloaded to the peripheral via the second port in response to the command. The command can be communicated to the first processor via a separate port at the first processor and a memory shared with the second processor.

Abstract: An ink jet printer has two print cartridges. For example, one cartridge can carry black ink and the other red ink. Both cartridges are used to print on a receipt with a narrow print zone of, for example, 2.5 inches. Only the black cartridge is used to print on a cut sheet for validation purposes. By lengthening the time that the print head of the black cartridge is actuated to spray ink, a wider print zone (e.g., 3.5 inches) can be provided for the cut sheet.

Abstract: A configurable printer for different locations and methods for configuring a printer for different locations are provided. The printer includes memory loaded with different versions of firmware. Each version of firmware may enable a different printer configuration for a corresponding location. The printer also includes an interface for accepting a signal from a control device. The signal may comprise instructions to the printer to load a particular version of the firmware that corresponds to the location of the control device.