Fuji Photo Film Company, Limited

Dai Nippon Printing Co., Ltd.

Sony Corporation

Fujifilm Corporation

Fuji Xerox Co., Ltd.

Ebara Corporation

Asahi Kogaku Kogyo Kabushiki Kaisha

Fujitsu Corporation

Bridgestone Corporation

Nsk Corporation

Other

Denso Corporation

Komatsu Corporation

Japan Aviation Electronics Industry, Limited

Tdk Corporation

Osamu Shimizu

Kanji Nakanishi

Satoshi Yoshida

Hironori Kamiyama

Masato Okabe

Yoshihisa Suda

Koichi Sato

Hiroshi Fujimoto

Daigo Aoki

Mitsuru Sawano

Masayuki Iijima

Masanori Akada

Minoru Utsumi

Daisuke Gunji

Yasumichi Wakao

Yoshiaki Tsuruoka

Isao Kuwayama

Yasuhiro Yamamoto

Toshiyasu Ito

Tahei Morisawa

Hitoshi Noguchi

Yasushi Endo

Takashi Saeki

Keisuke Ikeda

Yasuko Sonoda

Kohtaro Sabe

Yuichi Inoue

Hiroyuki Suzuki

Noritaka N Egashira

Makoto Mogamiya

Masashi Tanaka

Tatsuo Mikami

Eisuke Takahashi

Atsushi Musha

Nobuhisa Yamaguchi

Toshio Tada

Yosuke Takai

Takashi Kubo

Yoshihide Kuroki

Kazuhiko Maejima

Masaya Takahashi

Mitsuhiro Kashiwabara

Mitsugu Yoshihiro

Seiji Shishikura

Satoshi Matsuzaka

Kunitaka Yamada

Daisuke Mitsuhashi

Mikio Kita

Mitsuyoshi Kawai

Yuudai Yamashita

Tatsuya Isomura

Masaaki Katayama

Akihiro Ushitora

Keizo Akutagawa

Kayoko Sugiyama

Shinichi Sakano

Yuichi Nakayasu

Wataru Nonaka

Noboru Kanba

Masato Matsuduki

Masaharu Toyoda

Morinobu Endou

Hiroshi Kiriyama

Michiari Kawano

Shinji Kawashima

Hideaki Noguchi

Hiroshi Takahira

Keiji Jitsukawa

Shigeru Masuda

Hiroaki Kuribayashi

Hayato Sumiya

Teruki Kishimoto

Souichi Tsumura

Tetsuya Fujimoto

Hisayoshi Chino

Tomoyuki Idehara

Masashi Takiguchi

Nobuhiro Sakai

Yasunori Toda

Hisao Ooishi

Shinji Ohshima

Noboru Kawasaki

Takashi Iwama

Kei Nakano

Kazunari Tanimura

Kunio Miyakoshi

Isamu Kamata

Kazuyuki Sugizaki

Nobuyoshi Nakagawa

Akio Itabashi

Mitsuru Uchiyama

Kazumasa Fujiwara

Masami Shiokawa

Takehiro Imura

Makoto Yoshida

Takanari Inui

Fuyuki Ogaki

Hiroshi Hashino

Kiyotaka Henmi

According to an embodiment, a high-speed transmission device includes a substrate, a control device on the substrate, a first connector, a second connector; and a cable assembly between the first connector and the second connector. The first connector is disposed at a position near the control device on the substrate and electrically connected to the control device via the substrate. The second connector is disposed at a position away from the control device on the substrate and equipped with an apparatus for transmitting/receiving a signal to and from the control device. The cable assembly includes a cable row, a paddle card substrate and a first conductive resin cover. Cables each transmitting a differential signal are arranged side by side in the cable row. The cables each comprise an internal conductor and an external conductor.

High-speed transmission device, cable assembly, and high-speed transmission connector

A wireless power reception systemincludes: a power reception deviceincluding a power reception coilthat receives power supplied wirelessly from a power transmission coilof a power transmission deviceinstalled in a road surface, at least a portion of the power reception coilbeing housed in a wheelof a moving body; and a driving devicewhich is installed in the wheeland which drives the wheelwith power received by the power reception device, wherein the power reception deviceis provided with a converterand an inverter, at least a portion of the converterand at least a portion of the inverterare housed in the wheel, the converteris positioned vertically above the power reception coil, and the inverteris positioned vertically above the converter

Wireless power reception system, moving body, and wheel

A wireless power reception systemincludes: a power reception deviceincluding a power reception coilthat receives power supplied wirelessly from a power transmission coilof a power transmission deviceinstalled in a road surface, at least a portion of the power reception coilbeing housed in a wheelof a moving body; and an onboard devicewhich is installed in the moving bodyand which is electrically connected to the power reception device, wherein the power reception devicecan transmit received power to the onboard device, and the power reception coilincludes a stacked plurality of spiral coil layersand

A controller acquires a target design surface, at least a portion of which is located above an actual topography. The controller acquires a position of a main body of a work machine. The controller acquires a position of a work implement. The controller causes the work machine to travel forward while controlling the work implement in accordance with the target design surface. The controller acquires a height difference between the target design surface and a predetermined portion of the main body. The controller determines whether there is any more earth held by the work implement based on the height difference.

System for controlling work machine, method, and work machine

A wireless power receiving system includes: a power receiving device having a power receiving coil configured to receive electric power supplied wirelessly from a power transmission coil of a power transmission device installed on a road surface, at least part of the power receiving coil being contained in a vehicle wheel; and in-vehicle devices installed in a mobile object, the in-vehicle devices being energizably connected to the power receiving device. The power receiving device transmits the received electric power to the in-vehicle devices.

Wireless power receiving system, mobile object, and vehicle wheel

A dynamic wireless power transfer system includes a power transmission coil, a power transmission circuit, a power reception coil, a power reception circuit, and a relay circuit. The power transmission coil is provided in a road. The power transmission circuit supplies electric power to the power transmission coil. The power reception coil is provided in a vehicle. The power reception circuit is connected to the power reception coil. The relay circuit transfers electric power between the power transmission coil and the power reception coil in a contactless manner.

Dynamic wireless power transfer system

An information processing apparatus includes an electric power related information obtaining unit mounted on or connected to equipment and configured to obtain electric power related information with regard to the equipment and a communication unit configured to transmit the electric power related information obtained by the electric power related information obtaining unit to a rebate processing apparatus connected via a network. A rebate processing apparatus includes a communication unit configured to receive electric power related information transmitted from an information processing apparatus mounted on or connected to equipment via the network, a rebate reference calculation unit configured to calculate a rebate reference functioning as a reference for a rebate processing on the basis of the electric power related information, and a rebate processing unit configured to perform a predetermined rebate processing on the basis of the rebate reference.

Reducing electric energy consumption based on energy usage pattern

Provided is a coating-type magnetic recording medium for microwave assisted recording. A magnetic recording medium for microwave assisted recording having a magnetic layer including ferromagnetic powder and a binder on a non-magnetic support, in which the magnetic layer exhibits an intrinsic ferromagnetic resonance frequency of 30.0 GHz or more. A magnetic recording device including the magnetic recording medium and a magnetic head for microwave assisted recording.

Magnetic recording medium for microwave assisted recording and magnetic recording device

A conveying blockfor conveying recording mediums between slotsand a drive blockis provided with a recording medium delivery blockfor delivering the recording mediums to and from the slotsor the drive blockan extendable and retractable rail portion for moving the recording medium delivery block to a desired slot, and a control blockfor controlling extension and retraction operation of the rail portionThe control blockdetermines whether the slotsare provided in an expansion area provided in an extending direction of the rail portionand when the slotsare provided in the expansion area, the rail portionis extended so that the recording medium delivery blockis moved to the desired slot in the expansion area. The recording mediums are efficiently stored for changer operation.

Recording medium changer and control method

A rotation-information detecting device including: a rotatable rotary member having plural detection target portions arranged at predetermined intervals over an entire circumference of the rotary member; two detectors that are fixedly arranged at two positions of the rotary member in a rotating direction, and can detect the detection target portions; and a computation unit that computes rotation information of the rotary member based on detection information, wherein the two detectors are arranged along the circumferential direction of the rotary member at an interval of an angle of &#x3c0;/N, and wherein the computation unit includes an offset calculating section that offsets an eccentric error of the rotary member based on outputs of the two detectors at a current time point and n outputs at time points back from the current time point by phases of (n&#x3c0;)/N, to calculate a true rotational error.

Rotation-information detecting device, rotation control device, and image forming apparatus

Hexagonal ferrite magnetic particles have an activation volume ranging from 1,000 nmto 1,500 nm, and &#x394;E/kT, thermal stability at 10% magnetization reversal, is equal to or greater than 40.

Hexagonal ferrite magnetic particles, magnetic recording powder, and magnetic recording medium

The invention provides a signal processing device, including: an extraction section that extracts, from an input digital signal, a decoding target signal at an extraction timing that has been determined as a timing for extracting the decoding target signal; a decoding section that decodes the decoding target signal by estimating, by a maximum likelihood decoding, a candidate for a decoding result of the decoding target signal extracted by the extraction section and detecting a maximum likelihood decoding result; and an adjustment section that adjusts the extraction timing using a likelihood of the candidate for the decoding result estimated by the decoding section.

Signal processing device, magnetic information playback device, and signal processing method

A cleaning apparatus includes a contact unit that includes a container in which an opening is formed, the container accommodating cleaning liquid that cleans a forming surface of an ejection unit, the forming surface on which an ejection opening is formed, the ejection opening from which a liquid droplet is ejected; and an ultrasonic vibrator that is provided at the container and vibrates the cleaning liquid accommodated in the container, wherein the contact unit brings the cleaning liquid into contact with the forming surface in a state where the opening of the container faces the forming surface.

Cleaning apparatus and liquid droplet ejection apparatus

A fuel cell equipped with at least an air electrode side power collector layer, an air electrode catalyst layer, a polymer electrolyte membrane, a fuel electrode catalyst layer and a fuel electrode side power collector layer and provided with a porous body layer having a porous body at a liquid fuel side of the fuel electrode side power collector layer assumes a structure in which the porous body layer is provided with a gas flow velocity (superficial velocity in the layer) of 10 to 5000 cm/s at a differential pressure of 100 kPa. The porous body layer is a diffusion medium of a fuel into the fuel electrode catalyst layer and a discharge resistor of gases comprising carbon dioxide and steam which are electrode reaction products and a vapor of the liquid fuel in progress of electrode reaction. An interface of the gases and a gases layer are also provided.

Fuel cell

Growing community of inventors

Tokyo, Japan

Osamu Shimizu