Abstract: An information processing apparatus includes a display unit, a first detection unit that detects a position of an object located in a vertical direction with respect to the display unit and that interacts with the display unit in a contactless manner, wherein detecting the position results in detecting an instruction associated with the at least one input object that is displayed on the display unit and corresponds to the position of the object, a second detection unit configured to detect confirmation of the instruction detected by the first detection unit, and an input unit configured to input data corresponding to the at least one input object in a case where the second detection unit detects confirmation of the instruction associated with the at least one input object in a state where the first detection unit detects the instruction associated with the at least one input object.

Abstract: An image forming apparatus includes an operation unit for receiving an instruction given by a user, and according to receipt of a request of a print-and-delivery job from an external apparatus, performs print processing to produce a print and passes the produced print to a print delivery apparatus that delivers a print to a designated delivery destination. A controller controls an order of execution of jobs. In a state in which a print-and-delivery job has been registered in a job queue of the image forming apparatus, in a case where an instruction for executing a predetermined job which cannot be processed in parallel with the print-and-delivery job is received from the operation unit, the controller performs predetermined job priority control for causing the predetermined job to be preferentially executed.

Abstract: An image forming apparatus performs printing based on a print job and receives a completion notification from an automatic printed material delivery apparatus. Based on receipt of the completion notification, the image forming apparatus transmits a receipt acknowledgement request to a personal computer (PC) corresponding to a user (a requested user or a designated user) based on the job. Further, the image forming apparatus receives, from the PC, an acknowledgement notification based on a user operation performed on the PC in connection with the receipt acknowledgement request. In response to receipt of the acknowledgement notification, the image forming apparatus registers information indicating that the printed material has been received by the user based on the job as a job log of the job.

Abstract: An image forming apparatus capable of preventing a delay in a processing for delivering other printed matter due to the absence of a user is provided. The image forming apparatus that performs a print processing to produce a printed matter in accordance with an instruction from a user, and that transmits a delivery instruction that a delivery destination of the printed matter is set to a printed matter delivery apparatus, includes a controller that executes a presence confirmation processing for the user, and in a case that the presence of the user has been confirmed, transmits a delivery instruction that the user is set as the delivery destination to the printed matter delivery apparatus, and in a case that the presence of the user has not been confirmed, transmits a delivery instruction that a deputy for the user is set as the delivery destination to the printed matter delivery apparatus.

Abstract: An information processing apparatus includes a display unit, a first detection unit that detects a position of an object located in a vertical direction with respect to the display unit and that interacts with the display unit in a contactless manner, wherein detecting the position results in detecting an instruction associated with the at least one input object that is displayed on the display unit and corresponds to the position of the object, a second detection unit configured to detect confirmation of the instruction detected by the first detection unit, and an input unit configured to input data corresponding to the at least one input object in a case where the second detection unit detects confirmation of the instruction associated with the at least one input object in a state where the first detection unit detects the instruction associated with the at least one input object.

Abstract: Conventionally, an image forming apparatus including a plurality of antennas for detecting for an arrival direction of a radio wave was not invented. In the present invention, a communication board including a plurality of antennas for wireless communicating with a communication terminal is provided on a front side with respect to a front-rear direction of an image forming apparatus including an imager forming unit in a vertical direction.

Abstract: A main controller of an information processing apparatus includes a central processing unit (CPU), and the CPU includes a hard disk drive (HDD) control unit that performs write and read of data on an HDD, and controls the HDD control unit to control write and read on the HDD. In a case where the CPU detects that an error has occurred that write or read of data on the HDD cannot be performed by the HDD control unit, the CPU performs a recovery process that restores an error with respect to an area where the error has occurred.

Abstract: An image processing apparatus is provided with a main controller unit that comprehensively controls the image processing apparatus, and a microcomputer that controls a load. During a period in which the image processing apparatus transitions from a first power mode to a second power mode having lower power consumption than the first power mode, the main controller unit prohibits acceptance of an interrupt signal, and cancels the prohibition of interrupts when the transition to the second power mode completes. Meanwhile, when an interrupt signal is generated from the load during the transition period, the microcomputer repeatedly notifies the interrupt signal as a pulse signal to the main controller unit, and notifies by changing the pulse signal to a level signal when prohibition of interrupts is cancelled.

Abstract: An image forming apparatus which is capable of improving performance without shortening the life span of an HDD. The image forming apparatus has the HDD stores data related to execution of a received job, and a volatile memory unit that holds data. Multiple pieces of data are generated in relation to execution of the job. The HDD stores data generated during a job execution time period during which the job is executed among the multiple pieces of data. The memory unit holds data generated at times other than the job execution time period among the multiple pieces of data.

Abstract: An information processing apparatus capable of communicating with an external apparatus includes: a network controller configured to communicate with the external apparatus; a mechanical switch configured to switch on or off according to a switch driving signal; a control unit configured to output the switch driving signal to the mechanical switch according to a signal from the network controller; and a power supplying unit configured to supply power to the network controller and the control unit in a case where the mechanical switch is off. In a case where the mechanical switch is off and the network controller receives an instruction to turn on power from the external apparatus, the control unit outputs the switch driving signal to turn on the mechanical switch.

Abstract: An image processing apparatus is provided with a main controller unit that comprehensively controls the image processing apparatus, and a microcomputer that controls a load. During a period in which the image processing apparatus transitions from a first power mode to a second power mode having lower power consumption than the first power mode, the main controller unit prohibits acceptance of an interrupt signal, and cancels the prohibition of interrupts when the transition to the second power mode completes. Meanwhile, when an interrupt signal is generated from the load during the transition period, the microcomputer repeatedly notifies the interrupt signal as a pulse signal to the main controller unit, and notifies by changing the pulse signal to a level signal when prohibition of interrupts is cancelled.

Abstract: There is provided a power feeding apparatus including a remaining battery level reception unit configured to receive a remaining battery level of a respective secondary battery included in a respective power receiving apparatus among a plurality of power receiving apparatuses from the respective power receiving apparatuses, a power feeding time determination unit configured to determine power feeding time for the power receiving apparatuses based on the remaining battery level, and a power feeding unit configured to wirelessly feed power to the power receiving apparatuses for the power feeding time.

Abstract: An information processing apparatus capable of communicating with an external apparatus includes: a network controller configured to communicate with the external apparatus; a mechanical switch configured to switch on or off according to a switch driving signal; a control unit configured to output the switch driving signal to the mechanical switch according to a signal from the network controller; and a power supplying unit configured to supply power to the network controller and the control unit in a case where the mechanical switch is off. In a case where the mechanical switch is off and the network controller receives an instruction to turn on power from the external apparatus, the control unit outputs the switch driving signal to turn on the mechanical switch.

Abstract: There is provided a power feeding apparatus including a remaining battery level reception unit configured to receive a remaining battery level of a respective secondary battery included in a respective power receiving apparatus among a plurality of power receiving apparatuses from the respective power receiving apparatuses, a power feeding time determination unit configured to determine power feeding time for the power receiving apparatuses based on the remaining battery level, and a power feeding unit configured to wirelessly feed power to the power receiving apparatuses for the power feeding time.

Abstract: A printing apparatus that executes printing by using a recording material includes an accepting unit which accepts an instruction from a user, a receiving unit which receives a command from an external device, a first shifting unit to shift the printing apparatus to a state in which the user can supply the recording material according to the instruction accepted by the accepting unit, and a second shifting unit configured to shift the printing apparatus to a state in which the user can supply the recording material according to the command received by the receiving unit. In a case where the printing apparatus is shifted by one of the first shifting unit and the second shifting unit, the printing apparatus is no longer shifted by the other one of the first shifting unit and the second shifting unit.

Abstract: A printing apparatus that executes printing by using a recording material includes an accepting unit which accepts an instruction from a user, a receiving unit which receives a command from an external device, a first shifting unit to shift the printing apparatus to a state in which the user can supply the recording material according to the instruction accepted by the accepting unit, and a second shifting unit configured to shift the printing apparatus to a state in which the user can supply the recording material according to the command received by the receiving unit. In a case where the printing apparatus is shifted by one of the first shifting unit and the second shifting unit, the printing apparatus is no longer shifted by the other one of the first shifting unit and the second shifting unit.

Abstract: There is provided a transfer apparatus having a bridge that transfers a transaction between a first and a second bus, and a data transfer unit that performs a data transfer by DMA between the first and second bus. The transfer apparatus controls a transfer sequence of transaction transfers by the bridge and data transfers by the data transfer unit, in which transaction transfers by the bridge are based on bus sequencing rules and data transfers by the data transfer unit are based on a data transfer activation condition.

Abstract: There is provided a bridge which connects between a primary bus and secondary bus. The bridge reads out a descriptor from a primary memory of the primary bus, reads out a status from a secondary memory of the secondary bus, writes, into the primary memory of the primary bus, the readout status in accordance with the descriptor, and writes, into the primary memory of the primary bus, a flag indicating completion of the write of the readout status.

Abstract: In a bridge which connects between an expansion bus of a primary system and that of a secondary system, a local error such as an expansion bus error and CPU hang-up which occurs in the secondary system is recognized. The primary system is notified of the local error as a system error.

Abstract: There is provided a transfer apparatus having a bridge that transfers a transaction between a first and a second bus, and a data transfer unit that performs a data transfer by DMA between the first and second bus. The transfer apparatus controls a transfer sequence of transaction transfers by the bridge and data transfers by the data transfer unit, in which transaction transfers by the bridge are based on bus sequencing rules and data transfers by the data transfer unit are based on a data transfer activation condition.