Mitsubishi Denki Kabushiki Kaisha

Ricoh Company, Ltd.

Mitsubishi Denki K.k.

Hiroshi Baba

Toshio Matsumoto

Shiro Ogura

Masahiro Mizuno

Hitoshi Yamamoto

Shinsuke Yanazume

Kazuhiko Itoh

Akira Ogawa

Shoh Nagamine

Kazuhiko Ito

Hiroki Ozaki

Kazuo Ito

Masateru Kumagai

Takashi Fujita

Masahiro Suzuki

Naohiko Kubo

Satoru Sugishita

Yoko Sugiura

Tabito Suzuki

Masatoshi Kakuda

Keizo Hama

Chiaki Kawamura

Nahoko Yano

A content server manages contents used in one or more events. The server includes one or more memories that store, for each one of one or more participants of an event, one or more capture images, each capture image being an image of particular content of a plurality of contents used in the event and having been captured to a personal terminal of the participant during the event in response to an operation to capture the image of the particular content to the personal terminal. The server further includes circuitry configured to transmit distinction information distinguishing each capture image to a particular information processing terminal.

Content server, information sharing system, communication control method, and non-transitory computer-readable medium

An information sharing system includes a first terminal, a second terminal and an information management apparatus. The first terminal is configured to control a first display to output a first screen shareable by a plurality of users. The second terminal is operated by a user of the plurality of users and the second terminal is configured to control a second display to output a second screen to be viewed by the user. The information management apparatus transmits, in response to the screen acquisition request, a request for image data to the first terminal, acquires image data of the first screen from the first terminal, and updates screen information according to the image data. The second terminal further receives the screen information from the information management apparatus, and controls the second display to update the output of the second display based on the screen information.

Information management apparatus, information sharing system, and terminal

An image projection system includes a first image projection apparatus and a second image projection apparatus; each of detecting units that is arranged on the first image projection apparatus and detects whether the second image projection apparatus is in contact with or adjacent to the first image projection apparatus; a specifying unit that specifies a positional relationship between the first image projection apparatus and the second image projection apparatus based on detection results; a dividing unit that divides content data into pieces of divided content data corresponding to the respective image projection apparatuses on the basis of the positional relationship; and a projecting unit that projects a first projection image based on a piece of the divided content data corresponding to the first image projection apparatus on a projected object, and interconnects the first projection image to a second projection image projected by the second image projection apparatus.

Image projection system and image projection apparatus

A multi-projection system configured to display output frames as a single screen by display frames displayed by display devices, respectively, the system includes a screen position setting unit that sets output frame position data that is data of position of each of the output frames in the single screen when synthesizing the output frames to the single screen, and display frame position data that is data of position of each of the display frames in the single screen; an output frame obtaining unit that obtains output frames; an output frame synthesizing unit that synthesizes the output frames based on the output frame position data; a display frame generating unit that generates the display frame for each of the display devices using a part of the synthesized image based on the display frame position data; and display units that display the generated display frames, respectively.

Multi-projection system and data processing apparatus

A content distribution system includes a terminal device, and a content distribution server connectable to the terminal device. The content distribution server includes a capability information obtaining unit to obtain capability information of the terminal device that requests a target content; an element extraction unit to obtain the requested target content and to extract a sub-content element composing the target content; a comparison unit to identify a sub-content element that can be used at the terminal device based on the capability information, and to compare the identified sub-content element based on the capability information and the extracted sub-content element to determine which sub-content element can be used at the terminal device; an output determination unit to determine whether separation of the target content is required to distribute the sub-content element to the terminal device; and a separating unit to separate the target content into sub-content element if separation is required.

Content distribution system, content distribution server, content distribution method, software program, and storage medium

A content processing apparatus managed as a content-using apparatus in apparatus information associating a content-using apparatus that supports content data with functions available in using the content data, and having a content processing unit that processes content data in response to a user's operation so that the user can utilize the content data, a used function identification unit that identifies a function used to process the content data and generates used function information indicating the identified function, and an apparatus search result display unit to display information of a content-using apparatus extracted by searching through apparatus information based on the used function information.

Content processing apparatus, method, and system

An image processing apparatus is connected to an external device and includes a first receiving unit that receives information indicating a first volume of unprinted print data out of print data capable of being subject to distributed printing from the external device; a deciding unit that decides a second volume of the unprinted print data to undertake in the image processing apparatus for distributed printing on the basis of a predetermined condition upon reception of the information indicating the first volume of the unprinted print data; a first transmitting unit that transmits information indicating the second volume to the external device; and a second receiving unit that receives a piece of the unprinted print data corresponding to the second volume from the external device.

Image processing apparatus and distributed printing system

An information processing apparatus sequentially executing one or more processes of a workflow on an input document includes: a workflow-information storage unit storing workflow information; a result storage unit storing a process result; a workflow control unit receiving workflow identification information for identifying the workflow and acquiring workflow information from the workflow-information storage unit on the basis of the workflow identification information; and a result acquiring unit acquiring the process result from the result storage unit based on the result identification information when the workflow information acquired by the workflow control unit includes the result identification information. The workflow control unit acquires the process result from the result acquiring unit and transmits the process result to an apparatus that executes a process subsequent to a process corresponding to the process result in the workflow in order to execute the workflow from a process in the middle of the workflow.

Workflow execution method for acquiring an order of executing processing on an input document, information processing apparatus for conducting the method, and workflow management system including the information processing apparatus

A workflow executing device includes a workflow executing unit; a first extracting unit that extracts a first preview property including a first element constituting a first data item and first position information; a second extracting unit that extracts a second preview property including a second element constituting a second data item and a second position information item, the second data item being obtained as a result of processing the first data item; a preview property managing unit that saves preview properties; a preview property generating unit that inserts the second element that is the processing result into the first preview property in place of the first element that is the processing target, and generates a new second preview property by associating the first position information with the second element; and a preview creating unit that creates preview images based on preview properties.

Workflow executing device, preview creating method

An electronic apparatus for performing an operation by use of an application, which can communicate with a plurality of external apparatuses, includes an application registering unit to register one or more applications selected as available applications from applications installed in the plurality of external apparatuses, an application selecting unit to select an application to be utilized from the one or more applications registered by the application registering unit, and a control unit to communicate with an external apparatus having the selected application installed therein to perform the operation by utilizing the selected application installed in the external apparatus.

Electronic apparatus for identifying and utilizing external applications contained on external apparatuses

For the high-speed data access machine, data is distributed in a plurality of hard disk drives coupled to slave processors to achieve ever-higher data reliability and maintenance. One master processor is provided with a plurality of slave processors, each of which is coupled to two hard disk drives containing the same data. A synchronous signal permits two hard disk drives to operate in synchronous rotation in half-a-turn phase difference from each other. The hard disk controller writes the same data in both hard disk drives but reads data from whichever hard disk drive requires less access time to obtain the data. A plurality of hard disk drives holding exactly the same data improves data reliability. Also, by rotating a plurality of hard disk drives in different phase, the rotational delay in data access is cut by half.

Data access from the one of multiple redundant out-of-sync disks with

A data storage managing system and method in which a HOST system obtains operation information of a storage device from a system connected to a network without the need for a specific device driver are disclosed. When disks shared between systems connected to the network are managed by a disk manager, monitoring and control information for the shared disks may be accessed by a file access command of the operating system on the HOST system. An operation information storage device is formed in a file format which can be accessed by a file access command of the operating system on the HOST system and the HOST system reads the operation information of the storage devices stored in the operation information file according to the file access command. The information to control the operation of the storage devices is written in the operation information file according to the file access command. The disk manager controls the operation of the storage devices according to the operation information of the operation information file.

Method and system including operation information accessible by a system

The present invention relates to an arrayed recording apparatus having spare devices for replacing faulty disk drives. Each of the SCSI controllers in the arrayed recording apparatus connects to a driver/receiver and further connects to spare disk drives. Each of the SCSI controllers accesses the spare disk drive by setting a receive/enable signal effective to the driver/receiver. Unused ID numbers are assigned to the spare disks. If a disk drive develops a fault, the RAID controller RC requests the SCSI controller to replace the faulty disk drive with the spare disk drive. It is possible to attain the function of the hot stand-by system without comprising a specific spare controller.

Arrayed recording apparatus with selectably connectable spare disks

A transmission monitoring and controlling apparatus is provided between a first system and a second system. The transmission monitoring and controlling apparatus monitors information transmitted through a Fibre Channel. Then, a back controller analyzes the monitored information and stores the information in a controlling memory based on the analysis. For example, when the first system writes data on the second system, the back controller stores the data in the controlling memory. Therefore, even if a failure has occurred in the second system, the transmission monitoring and controlling apparatus is able to read the data from the controlling memory and send the data to the first system instead of to the second system.

Transmission monitoring and controlling apparatus and a transmission

A recording device which improves a response time to write data by reporting to a host computer the completion of writing operation prior to the completion of writing redundancy data. Data writing command information from the host computer is stored in a command/status memory backed up by a power source in an array controller, and the completion of writing operation is reported to the host computer at the time of the completion of writing updated data prior to the completion of writing redundancy data. Redundancy data is written as a background process. If redundancy data could not be written due to any abnormality of the power source or the like, such redundancy data may be generated from the data in other disk units of the same redundancy group in accordance with writing command information stored in the command/status memory, thereby completing the writing of redundancy data.

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Kanagawa, Japan

Hiroshi Baba