Fujitsu Corporation

Sumitomo Electric Industries, Limited

Panasonic Intellectual Property Corporation of America

Canon Kabushiki Kaisha

Panasonic Corporation

Nippon Telegraph and Telephone Corporation

Tomohiro Ishihara

Satoshi Iino

Kazumasa Gomyo

Yuji Hashimoto

Takaaki Wakisaka

Michio Kusayanagi

Takashi Yamazaki

Toshiyuki Sudo

Masato Okuda

Haruo Yamashita

Jun Tanaka

Naoki Matsuoka

Motonori Nakamura

Atsuki Taniguchi

Naotoshi Watanabe

Kazuto Nishimura

Masato Furukawa

Toshio Soumiya

Takeshi Kawasaki

Koji Nakamichi

Masafumi Katoh

Haruyuki Takeyoshi

Masahiro Hadano

Ryuichi Kondo

Toshihiro Ooishi

Takashi Shimizu

Katsumasa Sugiyama

Ryuichi Takechi

Yuichi Ohga

Tetsuya Nishi

Hideaki Ono

Satoshi Tanaka

Tsuguo Kato

Kazuhiro Yonezawa

Nobuhiro Fujimoto

Eiichiro Takahashi

Yoshitoshi Kurose

Kazutoshi Motohashi

Saori Kubara

Hisako Koyanagi

Tatsuro Sakai

Makoto Inami

Teruhiko Itou

Yuugo Kubo

Tetsu Sugaya

An information processing apparatus includes a first memory, a second memory, and a control circuit. The first memory stores a first table where entries, which indicate forwarding methods for packets, are stored at positions corresponding to hash values calculated from header information of the packets. The second memory stores a second table that is larger than the first table. The control circuit detects, when the first table is updated, a conflict state where there is conflict between storage positions of different entries in the first table. The control circuit moves entries stored in the first table to the second table in response to the detecting of the conflict state. The control circuit detects resolution of the conflict state when the second table is updated. In response to the detecting of the resolution, the control circuit moves the entries stored in the second table to the first table.

Information processing apparatus and packet control method

A portable terminal device has enclosures with a movable portion, a display section that displays visible information showing an operation target area, and a touch sensor that detects a position on a display screen of the display section touched by a user's finger, or the like. A shape detection section detects a change in the shape of the enclosure; an input operation management section manages a position detected by the touch sensor and an operation target area of each of pieces of visible information displayed on the display section in an associated manner; and a display control section automatically makes a change to at least display positions of the respective pieces of visible information about the operation target displayed on the display section in accordance with a change in shape of the enclosure detected by the shape detection section.

Portable terminal device and display control method

A relay terminal that is connected to a forming apparatus that forms a three-dimensional object and accepts a forming request provided to the forming apparatus from a client terminal executes a process for displaying, on a display of the client terminal, a reforming UI for accepting a reforming request for a three-dimensional object that has already been formed, accepts a reforming request for the three-dimensional object that has been input on the displayed reforming UI on the display of the client terminal, executes, if a difference is present between the current setting of the forming apparatus and the setting of the forming apparatus upon the previous forming of the three-dimensional object as a target of the accepted reforming request, a process for displaying, on the display of the client terminal, a screen providing information related to the difference, and provides an instruction for reforming the three-dimensional object to the forming apparatus.

Forming control apparatus, control method, and storage medium

In the method for manufacturing a glass-fine-particle-deposited body according to the present invention, at least a part of a gas supplying pipefrom a temperature controlled boothto a burnerfor cladding is temperature-controlled so that the temperature at the burner side becomes high and temperature gradient becomes 5&#xb0; C./m or more. The temperature control is performed so that the temperature gradient becomes preferably 15&#xb0; C./m or more, more preferably 25&#xb0; C./m or more. Specifically, the part is controlled to the predetermined temperature gradient by winding a tape heaterthat is a heating element on the outer circumference of the gas supplying pipefrom the temperature controlled boothto the burnerfor cladding and temperature-controlling the tape heater

Method for manufacturing glass-fine-particle-deposited body and method for manufacturing glass base material

A portable terminal apparatus includes an enclosure and a display attached to the enclosure and displaying at least part of a communication address and a Web page that is addressable by the communication address. An input that receives inputs from an user and a processor operates the Web page according with the inputs received through the input, wherein the communication address is displayed on an upper portion of the Web page, and the processor shifts the Web page along with the communication address downward when receiving a predetermined input.

The invention provides a production method for a glass particulate deposit M which includes a deposition step where a starting rodand a burnerfor production of glass particlesare installed in a reactor, a glass source material is introduced into the burner, the glass source material is subjected to flame thermal decomposition in the flame formed by the burnerto thereby form glass particles, and the formed glass particlesare deposited on the starting rodto produce a glass particulate deposit M. In the deposition step of the production method, at least two ejecting portsare provided per one burnerfor ejecting the glass source material from the burner, and a flow rate of the glass source material jetting out through one glass source material ejecting portis from 4 m/s to 60 m/s.

Method for producing glass particulate deposit and method for producing glass preform

A method of manufacturing multi-mode optical fiber is disclosed. The method of manufacturing includes: a step of forming a first glass base material while controlling a supply rate of an additive for adjusting a refractive index to achieve a desired refractive index distribution; a step of drawing the first glass base material; a step of measuring a residual stress distribution in a radial direction of the multi-mode optical fiber after being drawn; a step of readjusting the supply rate of the additive in accordance with deviation of a refractive index, acquired from the residual stress distribution measured, from the desired refractive index distribution; a step of forming a second glass base material while supplying the additive at the supply rate after being readjusted; and a step of drawing the second glass base material.

Method of manufacturing multi-mode optical fiber

A glass particle deposit producing method capable of preventing the variation in the outside diameter of a glass particle deposit and enhancing the yield of a glass raw material is provided. A glass particle deposit is produced by mounting a starting rodand a glass particle generating burnerinside a reaction vessel, introducing a glass raw material into the burner, subjecting the glass raw material to a flame decomposition reaction inside a flame formed by the burnerto generate glass particles, and depositing the generated glass particles on the starting rod. At this time, the dispersion angle of the glass raw material jetted from the burnerwith respect to the center axis of the burneris set to the range of 5 to 70 degrees.

Glass particle deposit producing method and glass preform producing method

A production method for a glass particulate deposit which includes a deposition step in which, at least two liquid source material ejecting portsfor a glass source materialjetting out from a burnerare provided per one burner, the area of at least one liquid source material portis 2.25&#xd7;10or less of the area of the flame forming part of the burner, the glass source materialis, in the form of a liquid thereof, supplied to each liquid material source port, jetting gas portsare arranged in such a manner that the inner periphery of the jetting gas port is positioned outside by 1.0 mm or less from the outer periphery of each liquid source material port, and a gas is jetted out from each gas jetting port

A soot glass deposit body is manufactured by placing a starting rod and a burnerfor producing glass particulates in a reaction container, introducing a source material gas to the burnerthrough a supplying pipe, producing glass particulates by a pyrolytic oxidation reaction of the source material gas in a flame formed by the burner, and depositing the produced glass particulates on the starting rod. At the time, the source material gas to be supplied to the burneris a siloxane, the burneris heated so that temperature of the burnerfalls within the range of from &#x2212;30&#xb0; C. to +30&#xb0; C. relative to the boiling point of the siloxane, and also temperature of the supplying pipe is controlled within the range of from the boiling point of the siloxane to the boiling point plus 30&#xb0; C.

Method for manufacturing soot glass deposit body

The invention provides an information processing apparatus capable of preliminarily determining a connection number for each communication mode and easily allocating a suitable connection number to a communication mode designated by a user. A method for controlling the information processing apparatus includes receiving a destination number from a user, determining a communication mode for each received destination number, controlling an information processing apparatus in such a way as to use the destination number and a first connection number as a destination if the determined communication mode is a FAX mode, and controlling the information processing apparatus in such a way as to use the destination number and a second connection number as a destination, which is different from the first connection number, if the determined communication mode is an IP-FAX mode.

Information processing apparatus and method for determining fax destination information

The present invention relates to a print server system which suitably performs control of registration of a printer in accordance with a result of a determination as to whether an environment in which the printer is used corresponds to an enterprise environment. When the printer has been registered in a print service and a proxy is an enterprise supporting proxy, the printer is not registered whereas when the printer has been registered in the print service and the proxy is not the enterprise supporting proxy, multiple registration of the printer is performed by redundantly storing information on the printer.

Print server system, method for controlling the same, and program

The present invention includes a display section displaying data in a screen, a touch panel detecting proximity of a finger, a proximity coordinate extracting section extracting proximity coordinates of the finger in the proximity, a pointer coordinate calculating section calculating, when proximity of a plurality of fingers is simultaneously detected, a position Pc2 in the screen corresponding to a middle point Pc of positions of the plurality of fingers as pointer coordinates, a display controlling section causing visual information PT to be displayed in the position corresponding to the pointer coordinates in the screen, and an event detecting section detecting an event for executing prescribed processing when a distance between the plurality of fingers has become equal to or smaller than a prescribed distance.

Input device, input assistance method, and program

Growing community of inventors

Yokohama, Japan

Tomohiro Ishihara