Sony Corporation

Nec Corporation

The Furukawa Electric Co., Ltd.

Panasonic Intellectual Property Management Co., Ltd.

Nippon Telegraph and Telephone Corporation

Tombow Pencil Co., Ltd.

Koganei Corporation

Tomohiro Watanabe

Toru Hama

Kazuyuki Takizawa

Yoshiteru Taka

Takayuki Ishibashi

Atsushi Nakata

Ryoji Takamatsu

Yoshio Ueda

Toshihiko Ota

Kiyoshi Goto

Masahiro Yoshida

Yasuhiko Matsunaga

Takeo Shimizu

Takashi Shigematsu

Hisaharu Yanagawa

Takeshi Endo

Tsunetoshi Saito

Satoshi Fujii

Shiro Nakamura

Etsuzo Sato

Nobuo Tomita

Kazunori Watanabe

Ikuo Nitta

Kazuhisa Raita

Katsuhiko Iwashita

Koichi Nojima

Kiyoshi Notsu

Hiroto Koshimizu

Kazuya Fukasawa

[Problem] To provide a wireless base station, a traffic load-balancing method, and a traffic load-balancing program that make it possible to more reliably avoid backhaul congestion and decreases in wireless-terminal throughput. [Solution] This wireless base station includes the following: a setting unit () that sets network load information that indicates the traffic load on a backhaul between the wireless base station and a core network; and an execution unit () that, on the basis of the network load information set by the setting unit and network load information received from a neighboring wireless base station, executes a process that balances the traffic load between the wireless base stations.

Wireless base station, traffic load-balancing method, and storage medium with program stored thereon

A base station (), which is connected to a gateway device (), comprising: a transmission unit () that transmits an Old Transport Info to the gateway device, and the Old Transport Info is an information which is not used by the gateway device when a handover occurs.

Communication system, base station, gateway device, base station control method, and gateway device control method

A communication control method includes: transmitting, by a second radio base station () adjacent to a first radio base station (), an attribute value relating to a second cell () under control of the second radio base station () to the first radio base station; receiving, by the first radio base station, the attribute value relating to the second cell; comparing, by the first radio base station, the attribute value relating to the second cell with an attribute value relating to a first cell under control of the first radio base station; and executing, by the first radio base station, processing for matching the attribute value relating to the second cell with the attribute value relating to the first cell in accordance with a predetermined criterion when the received attribute value relating to the second cell is different from the attribute value relating to the first cell.

Communication control method, radio communication system, radio base station, and non-transitory computer readable medium

An ejector (), which built in an ejector housing hole (), comprises: a nozzle () for diffusing and ejecting compressed air from an air supply port (); and a diffuser () formed with an ejection port () for discharging air ejected from the nozzle () and air flowing in from a suction port (). A muffler main body () attached to an ejector block () is formed with a silencing chamber (), and a distal-end wall portion () of the muffler main body () is formed with an exhaust port () facing the ejection port (). It is possible to achieve the silencing effect while ensuring the vacuum degree of negative-pressure air and the intake flow rate by discharging air from the exhaust port ().

Ejector

An image processing apparatus has a main processing section that outputs an image processing command signal; an anomaly detection section that detects an anomaly in the main processing section, outputting an anomaly information output signal; an image processing section that outputs a first image signal when the main processing section is in normal operation and that outputs a second image signal when an anomaly has occurred in the main processing section; and an image selection section that selects either the first image signal or the second image signal on the basis of the anomaly information output section.

Image processing apparatus

In an on-vehicle disc player having a disc elevator () for making a plurality of trays () each having a CD placed on it stacked one over another in the vertical direction move in the stacking direction, there is provided plate springs (e) for pressing an inserted CD at both sides of the tray (). Further, there is provided separating cams () for forming spaces at both side of the tray () having a CD to be reproduced, by the movement in the fore-and-aft direction. Holding means for holding and rotating the CD are inserted to the spaces formed by the separating cams () to hold the CD. Thereafter, by pushing down the plate springs (e) which has pushed and caught the CD in the tray () by means of peripheral portions (x) of lower faces of upper stage entering portions (j) of the separating cams (), the CD is released and the tray () is pushed down to be separated from the CD. This enables the reproduction at the same position as the supporting position, and thereby it becomes possible to make the apparatus small in size.

Recording and/or reproducing device for disks

A tray includes a substrate and a resin portion placed thereon by printing. The resin portion includes a first part placed along an edge on the disc loading side of the substrate, a second part placed along another edge on the disc unloading side of the substrate, and a third part placed between the first and second parts.

Disc support plate, disc changer mechanism, and disc recording and/or reproducing device

A disk recording and/or reproducing apparatus includes a mechanical deck having a disk receiver with a disk carrying unit for carrying a disk, a disk recording and/or reproducing section for recording and/or reproducing the disk received in the disk receiver, and an outer case housing the mechanical deck. A relaxation mechanism and a lock mechanism are disposed between the mechanical deck and the outer case. The relaxation mechanism prevents vibration from being transmitted mutually between the mechanical deck and the outer case. The lock mechanism locks the mechanical deck to the outer case in such a manner as to oppose a relaxing operation of the relaxation mechanism. Thereby, operational vibration, noise and the like caused to the mechanical deck during recordation and/or reproduction can be prevented from being transmitted to the outer case's side.

Disk recording and/or reproducing device

A disc recording and/or reproducing device includes a disc compartment that has a plurality of disc mounts placed one upon another, on which discs are mounted. The device also includes a recording and/or reproducing mechanism for selectively recording and/or reproducing a disc mounted on one of the plurality of disc mounts. An injection mechanism is included for ejecting the disc mounted on the disc mount. A control mechanism is included that moves along a line substantially perpendicular to the placing direction and is configured to start the recording and/or reproducing mechanism when in a first position and start the ejection mechanism when reaching a second position on another side of the line.

Disk recording and/or reproducing device with starting and ejection control means

A disc reproducing apparatus having a disc exchange function includes a housing section, a reproducing unit, a movement unit and a pull-out unit. The housing section holds plural optical discs and is detachably mounted on a main body portion of the apparatus. The housing section includes plural trays on which to set optical discs. These trays are mounted for movement between a pull-out position out of the housing section and a housed position in the housing section. The reproducing unit reproduces an optical disc. The movement unit moves one of the housing section and the recording and/or reproducing unit relative to the other. The movement unit moves the housing section and the recording and/or reproducing unit relative to the arraying direction of plural trays housed in the housing section. The movement mechanism includes a positioning mechanism for positioning the recording and/or reproducing unit relative to a sole tray housed in the housing section. The pull-out unit pulls out one of the plural trays housed in the housing section from the housing section towards the recording and/or reproducing unit.

Disc recording/reproducing apparatus and disc container casing used therein

A pair of pins is arranged on the left and right of each of a plurality of trays placed vertically movably so as to protrude laterally, whereas separating cams are arranged on both sides of the trays in a protrudable and withdrawable way. The separating cams are formed with four first separating control parts for moving upward the pins of the selected tray and the tray(s) thereabove, four second separating control parts for moving upward only the pins of the tray(s) above the selected tray , and four third separating control parts each for engaging with only a pair of pins of the selected tray . Movement of the separating cam forms spaces above and below the selected tray to hold a disc on the selected tray from above and below for reproduction on the spot.

An optical waveguide module is provided, which comprises an optical waveguide component having an auxiliary connection member connected to an end of an optical waveguide chip and at least one array member for attaching an end of at least one optical fiber to a connection member to be connected to the auxiliary connection member. The optical waveguide component and the array member are connected to each other via the auxiliary connection member and the connection member. A presser member is disposed to press at least one of the optical waveguide chip and the optical fiber in the direction of the connection. An optical waveguide exposed from the end of the optical waveguide chip is in direct contact with the core of the optical fiber exposed from an end of the array member.

Optical waveguide module optically connected with an optical fiber

In an on-vehicle disc player having a disc elevator ( ) for making a plurality of trays ( ) each having a CD placed on it stacked one over another in the vertical direction move in the stacking direction, there is provided plate springs ( ) for pressing an inserted CD at both sides of the tray ( ). Further, there is provided separating cams ( ) for forming spaces at both side of the tray ( ) having a CD to be reproduced, by the movement in the fore-and-aft direction. Holding means for holding and rotating the CD are inserted to the spaces formed by the separating cams ( ) to hold the CD. Thereafter, by pushing down the plate springs ( ) which has pushed and caught the CD in the tray ( ) by means of peripheral portions ( ) of lower faces of upper stage entering portions ( ) of the separating cams ( ), the CD is released and the tray ( ) is pushed down to be separated from the CD. This enables the reproduction at the same position as the supporting position, and thereby it becomes possible to make the apparatus small in size.

Growing community of inventors

Kanagawa, Japan

Tomohiro Watanabe