Ebara Corporation

Konica Minolta, Inc.

Konica Minolta Business Technologies, Inc.

Bridgestone Corporation

Kabushiki Kaisha Toshiba

Asahi Glass Company, Limited

Mitsubishi Heavy Industries Limited

Disco Corporation

Other

Hitachi, Ltd.

Konica Corporation

Hitachi Global Storage Technologies Netherlands B.v.

Mitsubishi Chemical Corporation

Stanley Electric Co., Ltd

Fujifilm Corporation

Hideaki Tanaka

Kazuteru Ishizuka

Kei Yuasa

Shunichi Takaya

Kei Okamura

Shota Sakurai

Masatoshi Suzuki

Shigeyuki Akiba

Katsuyuki Utaka

Katsuyuki Hirata

Yasuyuki Horii

Masaru Seto

Takashi Harashima

Atsushi Tatemichi

Naohiro Yokoyama

Kazuhiro Saito

Koji Maeda

Yuichi Matsushima

Soichi Isobe

Toshikazu Shigetomi

Shuhei Muto

Genichirou Enna

Hiroshi Shimomoto

Kiyoaki Kawamoto

Morimasa Ishida

Yuuji Kimura

Kazuhiro Yamada

Tetsuya Ishikawa

Takayuki Sasaki

Hiroyuki Kato

Onur Altintas

Mikio Tokuyama

Hiroshi Matsumoto

Hiroaki Takasu

Tomoatsu Ishibashi

Takashi Mizuochi

Koichi Seki

Toru Yamaguchi

Toshio Abe

Masayuki Kurita

Tatsuo Ishiguro

Atsushi Takahashi

Isao Saito

Yoshihito Sasamoto

Akifumi Isobe

Koji Goto

Yuya Tanaka

Tadayoshi Kitayama

Daiki Yamanaka

Chitoshi Suzuki

Masayoshi Suhara

Natsuko Minegishi

Fumitoshi Oikawa

Ryoei Ikari

Takehiro Kata

Masahiro Kashiwagi

Takeaki Arai

Shinichi Tsukamura

Hideko Akai

Naohiko Hanyu

Motohiro Atsumi

Teruaki Hombo

Takaaki Kooriya

Junji Matsuda

Yukie Hiratsuka

Akio Horie

Nobuhiko Ueno

Akihiko Tsuda

Shinichi Yoshida

Tetsuko Kurosu

Masato Tsuru

Kazuya Tsukamoto

Kazuhisa Shinno

Toru Takasu

Shintaro Sone

Shigeki Abe

Masakazu Nakanishi

Yuji Oie

Masanobu Yokoyama

Kengo Fushiya

Toshifumi Kakiuchi

Sachiko Kamata

Masahito Furumi

Yutaka Ihara

Takashi Mitsubuchi

Yasuhiro Mitsuno

Tatsuhiro Futami

Mitsuyoshi Taneoka

Takahiro Saitou

Hirofumi Esaki

Kotoyo Mizuno

Kazuhiko Ota

Shirou Katsumata

Takashi Okazoe

Hiroshi Wada

Isao Sonobe

Minoru Kamogari

Yoshitaka Sunayama

Hideyuki Suzuki

Fumishige Shizuku

To provide a light source module device capable of controlling the light distribution of ultraviolet light with a small and simple structure. A light source module deviceincludes a substrate, a light sourcemounted on the substrateand emitting ultraviolet light, a reflectormounted on the substrateso as to surround the light sourceand reflecting the ultraviolet light by its inner surface to guide the ultraviolet light toward an irradiation target, and a cap-like optical membermounted so as to cover the outer circumference of the reflectorand condensing or diffusing the ultraviolet light.

Light source module device and fluid sterilizing device

A plurality of feature values are extracted from input data as document data, distributed representations of words that correspond to the respective extracted plurality of feature values is obtained, and the extracted plurality of feature values are aggregated into a plurality of classifications based on the obtained distributed representation.

Information processing apparatus, information processing method, and program

A cleaning apparatus for cleaning a cleaning tool that scrub-cleans a substrate includes a cleaning body. The cleaning body includes a contact portion configured to come into contact with the cleaning tool, and the contact portion includes a suction area configured to remove foreign matter from the cleaning tool.

Cleaning apparatus of cleaning tool, substrate processing apparatus, and cleaning method of cleaning tool

A substrate cleaning apparatus for cleaning a substrate while rotating the substrate and placing a cleaning member in contact with the rotating substrate is disclosed. The substrate cleaning apparatus comprises: a self-cleaning member mounted to an arm supporting the cleaning member, the self-cleaning member being configured to come into contact with the cleaning member to perform self-cleaning of the cleaning member; and a moving mechanism mounted to the arm supporting the cleaning member, the moving mechanism being configured to move the self-cleaning member between a position where the self-cleaning member is in contact with the cleaning member and a position where the self-cleaning member is separated from the cleaning member.

Substrate cleaning apparatus, substrate cleaning method, and substrate processing apparatus

A chuck table holding a frame unit including a workpiece is securely placed in an opening of an annular frame by a tape. A transparent holder having a holding surface holds the workpiece with the tape interposed therebetween. A frame body is erected around and surrounding the holder, the frame body having a plurality of suction holes that are open in an inner circumferential surface of the frame body. The frame body has an inside diameter equal to or smaller than an inside diameter of the annular frame. While an opening of the frame body is being covered by the tape, a suction force is transmitted through the suction holes into the frame body, discharging air from between the tape and the holding surface to bring the tape into intimate contact with the holding surface thereby securing the workpiece of the frame unit to the holding surface.

Chuck table and inspection apparatus

A substrate cleaning apparatus for performing scrub cleaning of a surface of a substrate by rotating both of the substrate and a roll cleaning member while keeping the roll cleaning member in contact with the surface. The apparatus includes a roll holder configured to support and rotate a roll cleaning member, a vertical movement mechanism, having a vertically movable unit vertically movable by actuating an actuator having a regulating device, configured to vertically move the roll holder coupled to the vertically movable unit so the roll cleaning member applies a roll load to the substrate W while cleaning the substrate. A load cell provided between the vertically movable unit of the vertical movement mechanism and the roll holder is configured to measure the roll load. A controller is configured to perform feedback control of the roll load through the regulating device based on a measured value of the load cell.

Substrate cleaning apparatus and substrate processing apparatus

Various examples, relating to motor attachment, a motor attachment structure, substrate processing apparatus are disclosed. The present disclosure exemplifies a motor attachment bracket including a plate-shaped motor mounting portion which an output shaft insertion hole through which an output shaft of a motor is inserted penetrates, and to which the motor the output shaft of which is inserted through the output shaft insertion hole is fixed. A fluid path in which a cooling fluid is circulated is formed in a metal member formed with the motor mounting portion, a motor attachment structure using the motor attachment bracket, and a substrate processing apparatus.

Motor attachment bracket, motor attachment structure, and substrate processing apparatus

An image forming apparatus includes: an image carrier to which a lubricant is applied; a developing device that develops an electrostatic latent image carried on the image carrier with toner, and includes a casing accommodating a toner-containing developer and a developing sleeve supplying the image carrier with the toner contained in the developer accommodated in the casing; and a hardware processor that detects information indicating a state of lubricant adhesion to the developing sleeve, and performs, based on a result of the detection by the hardware processor, a lubricant removing operation as an operation for removing the lubricant adhering to the developing sleeve.

Image forming apparatus and image forming apparatus control program

A processing method for a workpiece includes: a holding step of holding the workpiece by a chuck table; a groove forming step of moving the chuck table in a processing feeding direction at a first speed, and sequentially cutting a plurality of division lines extending in a first direction by a first cutting blade to form the workpiece with grooves along the division lines; a first deep-cutting step of further cutting the grooves, by a second cutting blade, to thereby deep-cut the grooves, during when the groove forming step is performed; and a second deep-cutting step of moving the chuck table in the processing feeding direction at a second speed higher than the first speed, and further cutting by the second cutting blade those of the grooves which have not been deep-cut in the first deep-cutting step, to thereby deep-cut those grooves, after the groove forming step.

Processing method for workpiece

A developing device includes a developing agent carrier body that carries a developing agent; a supplier that has a plurality of movement areas for moving the developing agent and that supplies the developing agent to the developing agent carrier body; a confluence path that combines the developing agent moving in each of the plurality of movement areas and thereafter returns the developing agent to the plurality of movement areas; and a mixing member that mixes the developing agent entered in the confluence path.

Developing device and image forming device that mixes developing agent

A developing apparatus includes a developer carrier that carries a developer, and a developer casing that contains the developer to be supplied to the developer carrier. An opening/closing part is capable of controlling a moving amount of the developer between a first region on one side in an axial direction of the developer carrier and a second region on the other side in the axial direction of the developer carrier by opening or closing the first region and the second region. A hardware processor controls an open/closed state of the opening/closing part in accordance with the state of the developer in the first region and the second region.

Developing apparatus and image forming apparatus having developer movement apparatus

A developing device includes a hardware processor that performs control in which a developer circulation state is switched between a first state and a second state depending on states of the developer in the first and the second regions. The first state is a state in which a developer circulation path is formed in each of the first and the second regions, and the second state is a state in which a single developer circulation path is formed all through the first and the second regions.

Developing device and image forming apparatus for efficient equalization of developer along a developing device

A developing apparatus includes: a developer carrying member carrying a developer; a plurality of developer feeders accommodating the developer carried by the developer carrying member and being arranged in an axial direction of the developer carrying member; and a collecting part that collects the developer from the developer carrying member and feeds the developer to a second developer feeder different from a first developer feeder located at a position where the developer is collected from the developer carrying member in the axial direction, among the plurality of developer feeders.

Developing apparatus and image forming apparatus

A developing device includes: a plurality of development sections arranged in an axis direction of a developer bearing member; a communication section disposed at a boundary of adjacent two development sections of the development sections, and configured to communicate between the two development sections; and a control section configured to perform an operation of moving the developer between the two development sections through the communication section to equalize degradation states of the developer in the two development sections.

Developing device with side by side developing sections, and image forming apparatus with same

Growing community of inventors

Tokyo, Japan

Hideaki Tanaka