Canon Kabushiki Kaisha

Fuji Xerox Co., Ltd.

Komatsu Corporation

Sega Corporation

Tcm Corporation

Hitachi, Ltd.

Fujitsu Corporation

Kabushiki Kaisha Sega

Junichi Murakami

Masahiro Sato

Atsuyuki Kitamura

Shuichi Nishide

Atsushi Ogihara

Tetsuji Okamoto

Satoru Torimaru

Koichi Watanabe

Shigeru Ogino

Hiroyuki Takahara

Naoya Kaneda

Masayoshi Sekine

Sadahiko Tsuji

Masamichi Toyama

Shigeyuki Suda

Jun Fujita

Shigehisa Hagura

Kazuhiko Hiraoka

Tatsuo Chigira

Hiroshi Akada

Susumu Kibayashi

Jun Tokumitsu

Mitsuharu Fukazawa

Koji Shiizaki

Naohisa Iwasawa

Nobuto Kashiwagi

Toshihiko Terashima

Yuki Monnai

Munehito Adachi

Nobuyasu Sugihara

Takashi Matsuda

Hideki Watanabe

Takashi Nakajima

Takashi Yamamoto

Kazuhiro Noguchi

Hiroyuki Wada

Hideo Kawahara

Yoshiki Matsuzaki

Tsutomu Udaka

Toshimichi Kudo

Takeshi Kato

Shuichi Yabu

Kozo Tagawa

Akihiro Kawanami

Hidekage Sato

Naohisa Fujita

Naoyoshi Toshine

Masakatsu Ohta

Yuya Ikuta

Masanori Takaoka

Mamoru Kido

Shinichi Kanaya

Hideki Nagatomo

Akinobu Iwasaki

Akihide Otawa

Kunimasa Aoshima

Sei Murata

Yukihide Yoshihara

Tsutomu Matsuzaki

Hironori Hirakawa

Masahiro Takatsuji

Yoshinori Mochida

Syunsuke Mori

The bucket includes a bottom plate including a first deepest portion, a bracket provided on a back surface of the bottom plate, and a front lip. The bottom plate includes a first inclined portion on a side where the bracket is attached. A first reference straight line is defined that passes through a pivot axis of a bucket and a tip end of the front lip. A second reference straight line is defined that is orthogonal to the first reference straight line and passes through the first deepest portion. An angle formed between the second reference straight line and the front lip is smaller than an angle formed between the second reference straight line and the first inclined portion. An intersection point between the first reference straight line and the second reference straight line is located close to the front lip on the first reference straight line.

Bucket and work vehicle

A bottom plate includes a first deepest portion at which a length from a first reference straight line to the bottom plate is maximum. The first reference straight line passes through a front end portion of a front lip and a position at which a rear end portion of the bottom plate is contiguous to each of side plates. The first deepest portion is located on a second reference straight line orthogonal to the first reference straight line. A side end portion of each of the side plates is provided with a recessed portion. The recessed portion includes a second deepest portion at which a length from the first reference straight line to the recessed portion is maximum. The second deepest portion is located on the second reference straight line or located close to the front lip with respect to the second reference straight line.

Each information processing apparatus judges a busy flag of a first port thereof based on a result of comparison of a busy level of the first port and a busy level of a second port of another information processing apparatus. A monitoring apparatus determines from among the information processing apparatuses, a first information processing apparatus and a second information processing apparatus, based on the results of judgment by the information processing apparatuses. An L2 switch changes to the second information processing apparatus, a destination of a frame whose destination is the first information processing apparatus and changes to the first information processing apparatus, a transmission source of the frame whose transmission source is the second information processing apparatus.

Information processing system, monitoring apparatus, and network device

A data processing system for storing observation data including an observation value corresponding to a point in a storage area and calculating a comparison value to be compared with a future observation value, the data processing system comprising: an observation data collection unit for specifying first observation data and second observation data which are observation data before the first point; a past similar data selection unit for selecting parts for the same duration as the first predetermined time, the observation values of which are identical to the observation values of the first observation data, from the second observation data as past similar data; a parameter data selection unit for selecting the observation values for a predetermined time from the latest time of the parts selected as the past similar data as parameter data; and a comparison value calculation unit for calculating the comparison value based on the parameter data.

Data processing system, data processing method, and program

A vibration-type motor controller controls a driving speed of a vibration-type motor relatively moving a vibrating body in which a vibration is excited by an electromechanical energy conversion elementto which a first frequency signal and a second frequency signal having a phase difference are applied, and a contacting body which contacts the vibrating body. The vibration-type motor controller includes a speed controllerconfigured to alternately switch a frequency control which changes frequencies of the first and second frequency signals while fixing the phase difference and a phase difference control which changes the phase difference while fixing the frequency so that at least one of a plurality of frequency controls or a plurality of phase difference controls are included to increase and decrease the driving speed of the vibration-type motor.

Vibration-type motor controller and optical apparatus

An image forming apparatus includes an image carrier; a transferring unit; a fixing unit; a conveying unit; and a sheet shape detecting unit as defined herein, and a discharge position where the sheet is discharged from the conveying path, a feed position where the sheet is fed to the sheet conveying path and a detection position where the shape of the sheet is detected by the sheet shape detecting unit are arranged in this sequence along a sheet conveying direction to be close to one another, immediately downstream in the sheet conveying direction from a fixing position where the toner image is fixed to the sheet.

Image forming apparatus

Forklift

An image forming apparatus includes: an image forming apparatus main body, an image forming unit that is provided in the image forming apparatus main body and forms an image on a recording medium, and a transport unit transporting the recording medium, wherein the image forming apparatus main body has a forward port for forwarding the recording medium having the image thereon by the image forming unit to outside of the image forming apparatus main body, and further has a guide unit by which the recording medium forwarded to the outside of the image forming apparatus main body is guided to be retrieved into the image forming apparatus main body, and to be led to the transport unit.

An image forming apparatus includes an image carrier that is rotatable; a transfer member that is rotatably disposed so as to face the image carrier, the transfer member transferring an image carried by the image carrier to a sheet; a leading end gripping member that is attached to the transfer member, the leading end gripping member gripping a leading end of the sheet in the transport direction on an outer peripheral surface of the transfer member; a trailing end holding member that holds a trailing end of the sheet in the transport direction between the trailing end holding member and the outer peripheral surface of the transfer member; and a controller that changes a distance between the leading end gripping member and the trailing end holding member when holding the sheet on the basis of a length of the sheet in the transport direction.

Image forming apparatus and method of image forming

Fork lift truck

An image forming apparatus includes: an image carrier; a transfer member that transfers an image onto a recording medium; a leading-end holding member that holds a leading-end side of the recording medium, which is fed to the transfer member, between the leading-end holding member and an outer circumferential surface of the transfer member, in such a way to restrict displacement of the recording medium and to restrict movement of the recording medium in a direction away from the transfer member; and a rear-end holding member that holds a rear-end side of the recording medium, in the transporting direction thereof, between the rear-end holding member and the outer circumferential surface of the transfer member, in such a way to allow displacement of the recording medium in the transporting direction and to restrict movement of the recording medium in the direction away from the transfer member.

Image forming apparatus including a rear-end holding member

An image forming apparatus includes: an image carrier; a development unit that develops an electrostatic latent image present on the image carrier with a developer; a transfer member that transfers a developer image developed by the development unit from the image carrier to a recording medium by transporting while nipping the recording medium in a transfer position in contact with the image carrier; a corrective guide member that contacts the recording medium which is simultaneously caught by the transfer member for a period and that corrects placement of the recording medium with respect to the transfer member, thus guiding the recording medium toward the transport position; and a transport unit that transports the recording medium toward the transfer position while exerting a force on the recording medium in a direction causing a side edge of the recording medium along a transport direction to abut the corrective guide member.

Image forming apparatus including transport unit

An image forming apparatus includes: a first unit including at least a development unit that develops an electrostatic latent image and a first developer container containing a developer; an image carrier that holds an electrostatic latent image to be developed by the development unit; a transfer unit that transfers a developer image developed by the development unit onto a recording medium; a fixing device that fixes a developer image transferred to the recording medium by the transfer unit onto a recording medium; and an image forming apparatus main body in which the first unit is installed, the image forming apparatus main body being configured such that a second unit including at least plural second developer containers respectively containing developers of different colors and development units for respective colors is installable instead of the first unit and, when the second unit is installed, a loop transport path is provided to allow the recording medium having the developer image fixed thereon by the fixing device to be transported around the second unit and toward the transfer unit.

An image forming apparatus includes: an image carrier; a transfer member transfers the image carried on the outer circumferential surface of the image carrier onto a recording medium; a holding member that holds, on an outer circumferential surface of the transfer member, the recording medium fed to the transfer member; and a control unit that performs control so that in first image formation operation in which images of plural colors carried by the image carrier are sequentially transferred onto a single recording medium one color at a time, the holding member holds the recording medium on the transfer member, and in second image formation operation in which an image of a single color carried by the image carrier is transferred onto a single recording medium, the holding member does not hold, the recording medium on the transfer member.

Growing community of inventors

Kanagawa, Japan

Junichi Murakami