Abstract: An apparatus for randomly arranging and dealing a plurality of playing cards includes a device for moving cards and randomly ejecting playing cards from an initial set of playing cards located in a card input unit for an initial delivery of randomly arranged playing cards to a card delivery unit. The card delivery unit includes upper powered rollers and lower powered belts for receiving and transporting the playing cards through the card delivery unit and into a card collection unit. A playing card limiter is adjustable to allow a greater number or a lesser number of cards to pass from the card delivery unit to the card collection unit. Methods of randomly arranging and dealing a plurality of playing cards may include related apparatus.

Abstract: An apparatus for randomly arranging and dealing a plurality of playing cards includes a device for moving cards and randomly ejecting playing cards from an initial set of playing cards located in a card input unit for an initial delivery of randomly arranged playing cards to a card delivery unit. The card delivery unit includes upper powered rollers and lower powered belts for receiving and transporting the playing cards through the card delivery unit and into a card collection unit. A playing card limiter is adjustable to allow a greater number or a lesser number of cards to pass from the card delivery unit to the card collection unit. Methods of randomly arranging and dealing a plurality of playing cards may include related apparatus.

Abstract: An apparatus for randomly arranging and dealing a plurality of playing cards includes a device for moving cards and randomly ejecting playing cards from an initial set of playing cards located in a card input unit for an initial delivery of randomly arranged playing cards to a card delivery unit. The card delivery unit includes upper powered rollers and lower powered belts for receiving and transporting the playing cards through the card delivery unit and into a card collection unit. A playing card limiter is adjustable to allow a greater number or a lesser number of cards to pass from the card delivery unit to the card collection unit. Methods of randomly arranging and dealing a plurality of playing cards may include related apparatus.

Abstract: An automatic card shuffler includes a card input unit, card ejection unit, card separation and delivery unit and card collection unit. A card ejection unit ejects cards in a singular fashion from a stack of cards placed into the input unit. The cards are ejected to a stop arm maintaining the entrance to the card separation unit. Adjustment means permit the shuffler to accommodate different sized cards. Upon processor command, the stop arm raises to allow a plurality of cards to pass under to the card separation and delivery unit. A series of rotating belts and rollers act to separate the cards and propel them individually to the collection unit. By utilizing separate motors to drive the belts and rollers it is possible to cease the movement of the belts so that the rollers independently act upon the cards. A floating gate slightly forward of the stop arm dictates that a minimum number of cards are managed simultaneously.

Abstract: An automatic card shuffler includes a card input unit, card ejection unit, card separation and delivery unit and card collection unit. A card ejection unit ejects cards in a singular fashion from a stack of cards placed into the input unit. The cards are ejected to a stop arm maintaining the entrance to the card separation unit. Adjustment means permit the shuffler to accommodate different sized cards. Upon processor command, the stop arm raises to allow a plurality of cards to pass under to the card separation and delivery unit. A series of rotating belts and rollers act to separate the cards and propel them individually to the collection unit. By utilizing separate motors to drive the belts and rollers it is possible to cease the movement of the belts so that the rollers independently act upon the cards. A floating gate slightly forward of the stop arm dictates that a minimum number of cards are managed simultaneously.

Abstract: An automatic card shuffler includes a card input unit, card ejection unit, card separation and delivery unit and card collection unit. A card ejection unit ejects cards in a singular fashion from a stack of cards placed into the input unit. The cards are ejected to a stop arm maintaining the entrance to the card separation unit. Adjustment means permit the shuffler to accommodate different sized cards. Upon processor command, the stop arm raises to allow a plurality of cards to pass under to the card separation and delivery unit. A series of rotating belts and rollers act to separate the cards and propel them individually to the collection unit. By utilizing separate motors to drive the belts and rollers it is possible to cease the movement of the belts so that the rollers independently act upon the cards. A floating gate slightly forward of the stop arm dictates that a minimum number of cards are managed simultaneously.

Abstract: An automatic card shuffler includes a card input unit, card ejection unit, card separation and delivery unit and card collection unit. A card ejection unit ejects cards in a singular fashion from a stack of cards placed into the input unit. The cards are ejected to a stop arm maintaining the entrance to the card separation unit. Adjustment means permit the shuffler to accommodate different sized cards. Upon processor command, the stop arm raises to allow a plurality of cards to pass under to the card separation and delivery unit. A series of rotating belts and rollers act to separate the cards and propel them individually to the collection unit. By utilizing separate motors to drive the belts and rollers it is possible to cease the movement of the belts so that the rollers independently act upon the cards. A floating gate slightly forward of the stop arm dictates that a minimum number of cards are managed simultaneously.

Abstract: An automatic card shuffler includes a card input unit, card ejection unit, card separation and delivery unit and card collection unit. A card ejection unit ejects cards in a singular fashion from a stack of cards placed into the input unit. The cards are ejected to a stop arm maintaining the entrance to the card separation unit. Upon processor command, the stop arm raises to allow a plurality of cards to pass under to the card separation and delivery unit. A series of rotating belts and rollers act to separate the cards and propel them individually to the collection unit. A floating gate slightly forward of the stop arm dictates that a minimum number of cards are managed simultaneously. The shuffler is controlled by a processing unit in communication with multiple internal sensors. An audio system communicates voice outputs regarding shuffler malfunctions and instructions to an operator.

Abstract: An automatic card shuffler includes a card input unit, card ejection unit, card separation and delivery unit and card collection unit. A card ejection unit ejects cards in a singular fashion from a stack of cards placed into the input unit. The cards are ejected to a stop arm maintaining the entrance to the card separation unit. Upon processor command, the stop arm raises to allow a plurality of cards to pass under to the card separation and delivery unit. A series of rotating belts and rollers act to separate the cards and propel them individually to the collection unit. A floating gate slightly forward of the stop arm dictates that a minimum number of cards are managed simultaneously. The shuffler is controlled by a processing unit in communication with multiple internal sensors. An audio system communicates voice outputs regarding shuffler malfunctions and instructions to an operator.

Abstract: An automatic card shuffler includes a card input unit, card ejection unit, card separation and delivery unit and card collection unit. A card ejection unit ejects cards in a singular fashion from a stack of cards placed into the input unit. The cards are ejected to a stop arm maintaining the entrance to the card separation unit. Upon processor command, the stop arm raises to allow a plurality of cards to pass under to the card separation and delivery unit. A series of rotating belts and rollers act to separate the cards and propel them individually to the collection unit. A floating gate slightly forward of the stop arm dictates that a minimum number of cards are managed simultaneously. The shuffler is controlled by a processing unit in communication with multiple internal sensors. An audio system communicates voice outputs regarding shuffler malfunctions and instructions to an operator.

Abstract: A method for augmenting an event-based appointment in an electronic scheduler in real-time includes retrieving an appointment data associated with an appointment. The appointment data includes an event trigger and one or more event actions depending on the event trigger. The method also includes acquiring event-related information based on the event trigger, where the event-related information is capable of determining if the event trigger is satisfied. The method further includes determining if the acquired event-related information satisfies the event trigger; and in response to determining that the event trigger is satisfied, performing the one or more event actions. A portable electronic scheduler suitable to accompany a user of the portable electronic scheduler includes a storage device and a module coupled to the storage device.

Abstract: In a ROM having a ROM core and a plurality of output enable circuit blocks, precharging is achieved by precharging one or more nodes in each output enable circuit block. Each of the nodes corresponds to a group of bit lines. Substantially less current is used to precharge the nodes than is used to precharge multiple bit lines. The output enable circuit block includes a plurality of column enable circuits and a least one buffer. Each column enable circuit receives an enable signal and a bit line signal, and has an output line coupled to one of the buffers. During precharging, the output lines are in tri-state and the precharge signal drives the buffers. After precharging, one enable signal goes active. The corresponding column enable circuit generates an output which drives a buffer. The other column enable circuits are in tri-state.