Abstract: A broadcasting device includes a broadcasting unit configured to broadcast positional information indicating an indoor position of the broadcasting device to a predetermined area, wherein the broadcasting unit broadcasts range information indicating the size of the predetermined area together with the positional information.

Abstract: A system controlling device having a tree structure includes a data controlling unit that functions as a root device. The data controlling unit is connected to a first image processing unit and a second image processing unit by separate high-speed serial buses. The first image processing unit performs image processing on image data scanned by a scanner, while the second image processing unit performs image processing on image data to be output to a printer. A storage unit is independently connected to the data controlling unit and stores therein image data processed by the first image processing unit and the second image processing unit.

Abstract: A communication apparatus which transmits information on a position at which the communication apparatus is positioned is disclosed. The communication apparatus includes a detecting unit which detects one of a first signal which is detected when the communication apparatus is fixed to an installed location and a second signal which is detected when the communication apparatus is brought to a state in which it is not fixed to the installed location; a storage unit which stores therein the position information; and a control unit which erases the position information stored in the storage unit when the second signal is detected after the first signal is detected by the detecting unit.

Abstract: A position information management system is disclosed, including a communication apparatus which includes a storage unit which stores therein position information of the communication apparatus; a wireless terminal which includes identification information and which communicates with the communication apparatus; and a management server which manages a position of the wireless terminal, wherein the management server further includes a position information receiving unit which receives the identification information and the position information from the communication apparatus; a storage unit which stores therein the communication apparatus and registered position information of the communication apparatus; a determining unit which determines whether the position information received by the position information receiving unit and stored in the storage unit and the registered position information match; and a management unit which manages a position of the wireless terminal with the identification information an

Abstract: A distribution apparatus includes a distribution unit configured to distribute position data indicating a position of the distribution apparatus, a reception unit configured to receive data from a communication terminal that received the position data distributed by the distribution unit, the data received from the communication terminal including terminal identification data for identifying the communication terminal and the position data, and a transmission unit configured to transmit terminal setting data of the communication terminal. The reception unit is configured to receive the terminal setting data from a position data management system according to an inquiry transmitted from the communication terminal.

Abstract: A broadcasting device includes a broadcasting unit configured to broadcast positional information indicating the position of the broadcasting device; and a receiving unit configured to receive, from a communication terminal receiving the broadcast positional information, terminal identification information for identifying the communication terminal and the positional information.

Abstract: An image processing system includes a first image processing apparatus and a second image processing apparatus that are connected via a network in which communication is performed based on a local protocol. The cooperative processing is performed between the first and second image forming apparatuses via the network.

Abstract: A system controlling device having a tree structure includes a data controlling unit that functions as a root device. The data controlling unit is connected to a first image processing unit and a second image processing unit by separate high-speed serial buses. The first image processing unit performs image processing on image data scanned by a scanner, while the second image processing unit performs image processing on image data to be output to a printer. A storage unit is independently connected to the data controlling unit and stores therein image data processed by the first image processing unit and the second image processing unit.

Abstract: A system controlling device having a tree structure includes a data controlling unit that functions as a root device. The data controlling unit is connected to a first image processing unit and a second image processing unit by separate high-speed serial buses. The first image processing unit performs image processing on image data scanned by a scanner, while the second image processing unit performs image processing on image data to be output to a printer. A storage unit is independently connected to the data controlling unit and stores therein image data processed by the first image processing unit and the second image processing unit.

Abstract: A storage unit stores therein first image data having a file size smaller than a predetermined size and a second image data having a file size larger than the predetermined size. The first image data and the second image data represent the same contents. A file selecting unit selects either one of the first image data and the second image data whichever having a shorter display time. A display unit displays thereon selected image data.

Abstract: A disclosed image processing apparatus has a normal power mode and a power saving mode and includes a serial bus; a serial bus PHY configured to control a physical layer of the serial bus, the serial bus PHY being turned off in the power saving mode; a voltage detection unit configured to detect a voltage output from an external device connected to the serial bus; and a physical layer control unit configured to turn on the serial bus PHY when the voltage is detected by the voltage detection unit.

Abstract: When inputting image data, a plurality of kinds of processed image data may be generated from the image data. When outputting image data, a plurality of kinds of output image data may be generated from the image data.

Abstract: A control device includes a main control unit that serves as a main component for device control and to which power is supplied from a first power unit; a power control unit that controls the first power unit and to which power is supplied from a second power unit; a memory control unit that accesses a memory that stores therein a computer program and data and to which power is supplied from the second power unit; and a network control unit that receives packets through a network and transfers the packets to the memory through the memory control unit and to which power is supplied from the second power unit.

Abstract: A storage unit stores therein first image data having a file size smaller than a predetermined size and a second image data having a file size larger than the predetermined size. The first image data and the second image data represent the same contents. A file selecting unit selects either one of the first image data and the second image data whichever having a shorter display time. A display unit displays thereon selected image data.

Abstract: A control device includes a main control unit that serves as a main component for device control and to which power is supplied from a first power unit; a power control unit that controls the first power unit and to which power is supplied from a second power unit; a memory control unit that accesses a memory that stores therein a computer program and data and to which power is supplied from the second power unit; and a network control unit that receives packets through a network and transfers the packets to the memory through the memory control unit and to which power is supplied from the second power unit.

Abstract: A disclosed image processing apparatus has a normal power mode and a power saving mode and includes a serial bus; a serial bus PHY configured to control a physical layer of the serial bus, the serial bus PHY being turned off in the power saving mode; a voltage detection unit configured to detect a voltage output from an external device connected to the serial bus; and a physical layer control unit configured to turn on the serial bus PHY when the voltage is detected by the voltage detection unit.

Abstract: An image processing system includes a first image processing apparatus and a second image processing apparatus that are connected via a network in which communication is performed based on a local protocol. The cooperative processing is performed between the first and second image forming apparatuses via the network.

Abstract: A system controlling device having a tree structure includes a data controlling unit that functions as a root device. The data controlling unit is connected to a first image processing unit and a second image processing unit by separate high-speed serial buses. The first image processing unit performs image processing on image data scanned by a scanner, while the second image processing unit performs image processing on image data to be output to a printer. A storage unit is independently connected to the data controlling unit and stores therein image data processed by the first image processing unit and the second image processing unit.

Abstract: When inputting image data, a plurality of kinds of processed image data may be generated from the image data. When outputting image data, a plurality of kinds of output image data may be generated from the image data.

Abstract: A method and system for serial communication capable of increasing the speed of the transmission of serial data are provided. A block mode is employed if transmission of serial data having a specific length is required, and under which data to be transmitted are divided into plural blocks, and firstly transmitted is block information that notifies which blocks out of the entire blocks will be transmitted, and then transmitted are the data included in the blocks notified by the block information. The burst mode is a mode under which the block information which is currently transmitted is compared with the block information which was previously transmitted, and, if the two are the same, transmission of the data is introduced, while the block information being omitted. The system attached mode information notifying the mode through which data will be transmitted, to the data to be transmitted.