Konishiroku Photo Industry Co., Ltd.

Konica Corporation

Showa Denko K.k.

Kubota Corporation

Fuji Jukogyo Kabushiki Kaisha

Ihi Corporation

Other

Mitsubishi Denki Kabushiki Kaisha

Mitsubishi Electric Corporation

Synaptics Corporation

Nkk Corporation

Sony Corporation

Fujifilm Corporation

Murata Manufacturing Co., Ltd.

Subaru Corporation

Takashi Tamura

Tadahiko Kubota

Ryoichi Hoshino

Takeshi Nakamura

Tsuneo Kusunoki

Yozo Fujii

Yoshihiko Hori

Utami Soma

Hirofumi Horiuchi

Takashi Terada

Isao Matsuoka

Tetsu Sekine

Saburo Shimizu

Yasuji Kawamata

Shinichi Yamaguchi

Haruyuki Kometani

Masahiko Matsunawa

Takahiro Igarashi

Takashi Hasebe

Shuta Hamada

Tadashi Miwa

Koji Takahashi

Hiroyuki Takagiwa

Yoshihide Fujimaki

Tomoo Minaki

Takeshi Musha

Kazumasa Takeshi

Akihiko Tamura

Shigeru Okazaki

Tatsuya Nakagawa

Naoki Otomo

Tadao Kishimoto

Kazuo Yasuda

Hiroki Mita

Ken Nakamura

Yuji Yamamoto

Shinji Ito

Masahiro Shigetomi

Hirosaburo Hirano

Takayoshi Hashimoto

Kiyoshi Tada

Satoshi Kitaoka

Shuhei Sugita

Yutaka Mihara

Tomohiro Kikuchi

Yoshikazu Ikunami

Norihito Kobayashi

Noboru Ogasawara

Satoru Kaimura

Takefumi Seno

Naoki Sakurai

Kazuhiko Kanda

Noriyuki Yanaka

Haruo Kuriyama

Keiichi Itoigawa

Jun Kurosawa

Toshiki Takagi

Yuji Horikiri

Tatsumi Horiuchi

Hidenobu Kuniyoshi

Hiyoku Nakata

Shinsuke Mizumoto

Masashi Sakaguchi

Yasutaka Baba

Masaharu Takigawa

Nobukatsu Sato

Manabu Soga

Futoshi Watanabe

Hideyasu Fujiwara

Yohei Kubo

Mari Yamamoto

Shinji Hagiwara

Masakazu Yoshimura

Ryuji Higashi

Masanobu Agoh

Yumi Agoh

Naoki Kawashima

Ryo Takimura

Hiroshi Katakura

Tomomitsu Kitamura

Taizo Iwami

Shun Kawata

Kenji Sato

Yuichiro Sato

Hirohiko Watanabe

Tomoyuki Mashiko

Hiroyuki Honda

Hiroyuki Moriguchi

Tadao Fujihira

Kimihiko Sato

Mitsuhiro Morishita

Takeshi Kuwano

Yasuyuki Iwai

Akira Takase

Naoki Watabe

Takumi Asano

Masahiko Seto

Takuya Hosoda

Hideki Kurihara

Yousuke Mizokami

An integrated circuit includes a plurality of signal inputs, a receiver, calibration circuitry, and input switch circuitry. The receiver includes differential input terminals. The calibration circuitry is configured to calibrate an input offset between the differential input terminals of the receiver in response to the integrated circuit being placed in a calibration mode. The input switch circuitry is configured to switch electrical connections between the plurality of signal inputs and the differential input terminals of the receiver in response to the integrated circuit being placed in a mode different from the calibration mode. The input switch circuitry is further configured to electrically disconnect the plurality of signal inputs from the differential input terminals of the receiver in response to the integrated circuit being placed in the calibration mode.

Device and method for receiver offset calibration

In a rapid stirrer that stirs sludge and a flocculant in a tank with a stirring blade, the rotation speed of the stirring blade is increased at a set rate with an increase in the amount of charged sludge, the rotation speed of the stirring blade is reduced at the set rate with a decrease in the amount of charged sludge, and flocculated flocs having a fixed floc diameter are stably generated even when operating conditions change so as to fluctuate the amount of charged sludge.

Method for controlling rapid stirrer, and rapid stirrer

A rapid stirring machine including a tank for stirring sludge and a flocculant; a drive shaft disposed in the tank; and an edged turbine blade attached to the drive shaft, the edged turbine blade including turbine blades that are disposed along a virtual circle centered around the axis of the drive shaft, on at least one of the front and back sides of the edged turbine blade in the axial direction of the drive shaft, the turbine blades being raised in the axial direction of the drive shaft.

Rapid stirring machine

A semiconductor device includes first and second buffers respectively outputting reception data and clock signals; a latch circuit latching the reception data signal in response to the reception clock signal; a delay circuitry delaying the reception clock signal by a set delay time; and a delay control circuitry which searches a first delay time while increasing the set delay time from an initial value; searches a second delay time while increasing the set delay time from the first delay time; searches a third delay time while decreasing the set delay time from the second delay time; and determines an optimum delay time from the first and third delay times. The first and third delay times are determined so that the reception data is stabilized to a first value and the second delay time is determined so that the reception data is stabilized to a second value.

Device and method for skew compensation between data signal and clock signal

Disclosed is an intake joint structure capable of blocking backflow of lubricating oilat a connection position between an air inletof a turbocharger and a suction pipe. A backflow-preventive plateis integrally molded to have a cylindrical portionfitted over the air inletand a tapered portioncurved inward from an upstream end of the cylindrical portionand converged downstream to provide an open end. A downstream endof a suction pipeis molded by soft material over a predetermined range using exchange blow molding. The cylindrical portionof the backflow-preventive plateis fitted over the air inletthrough a grommet(first soft layer) and the downstream endof the suction pipeis fitted over the cylindrical portionand is banded by a hose band

Intake joint structure for turbocharger

A coating used in a vapor-oxidative atmosphere has a first layer including SIALON and a second layer covering the first layer and being exposed to the atmosphere, the second layer including mullite, wherein the first layer and the second layer get in contact with each other.

Environmental barrier coating

A semiconductor device includes first to sixth external connection terminals, a first receiver connected to the first and second external connection terminals, a second receiver connected to the third and fourth external connection terminals, a third receiver connected to the fifth and sixth external connection terminals, a C-PHY block, a D-PHY block and a main processing section. The C-PHY block is configured to generate first reception data by performing signal processing on signals received from the first, second and third receivers in accordance with the MIPI C-PHY specification. The D-PHY block is configured to generate second reception data by performing signal processing on signals received from the first, second and third receivers in accordance with the MIPI D-PHY specification. The main processing section is configured to selectively receive the first and second reception data and perform desired processing on the received data.

Semiconductor device and module adapted to both MIPI C-PHY and MIPI D-PHY

To provide a magnetic encoder in which a base material has a ring-shaped body portion into which a rotation axis is inserted when a magnetic drum is mounted on a rotation axis, and an engagement convex portion provided so as to project over a whole circumference of an outer periphery of the body portion. The body portion has a centering track provided in a part of the outer periphery of the body portion over the whole circumference as a reference of circular runout tolerance on an outer periphery of a magnet. The engagement convex portion has a constricted portion projecting from the outer periphery of the body portion, and a cylindrical portion extending in an axial direction of the body portion from a tip end of the constricted portion. The magnet surrounds the engagement convex portion so as to wrap around to a gap between the cylindrical portion and the body portion, and exposes the centering track without covering the centering track.

Magnetic encoder

An improved structure for sealing a through-hole formed in a plastic hollow product when mounting a component such as a sensor on the product is provided. A cylindrical section is provided in a peripheral wall of the plastic hollow product as projecting radially outwardly from the peripheral wall and an inner circumferential surface of the cylindrical section defines the through-hole for communication between the interior and the exterior of the product. A sensor component is mounted with its sensor portion extending through the through-hole and an O-ring is disposed between the sensor portion and the inner circumferential surface of the cylindrical section which is backed by a component mounting member.

Shielding structure of a through-hole formed in a wall of a plastic hollow product

Disclosed herein is a production method of a shroud segment that includes a forming process of molding a cylindrical fiber fabric () into a shroud segment shape by pressing a cylindrical surface of the fiber fabric, and a matrix forming process of impregnating the fiber fabric molded into the shroud segment shape with a matrix.

Shroud segment producing method and shroud segment

A receiver is composed of a receiver-side amplifier which receives a clock signal, a receiver-side amplifier which receives a data signal, a variable delay circuit which generates a delay-adjusted clock signal and a delay-adjusted data signal by delaying the clock signal and the data signal, a latch circuit section which latches the delay-adjusted data signal in synchronous with the delay-adjusted clock signal, and a skew detecting circuit which generates skew detection data that by latching a specific data sequence transmitted as the data signal in synchronous with a first clock signal to Nclock signal (N is an integer equal to or more than 2) with different delay times from the clock signal. The delay time in the variable delay circuit is controlled according to the skew detection data.

Receiver and transmission and reception system

A temporary assembly apparatus includes a support member for supporting heat exchange tube blanks having their lengthwise direction positioned laterally, with their widthwise direction positioned vertically. Header supports are arranged respectively at the left and right sides of the support member and movable leftward or rightward. Tube blank correcting members are each in the form of a plate having slits formed in a side edge thereof and arranged from the front rearward at the same spacing as the heat exchange tubes to be produced. Each of the blank correcting members is movable between a correcting position where the corresponding ends of the tube blanks as supported on the support member are fitted into the respective slits and a noncorrecting position where the tube blanks are not fitted into the slits.

Apparatus for temporarily assembling heat exchanger

A composition for regenerative treatment of cartilage disease, which comprises a PDE4 inhibitor as an active ingredient, specifically a composition comprising a PDE4 inhibitor and a biocompatible and biodegradable polymer is provided, which composition, when formulated into a form suited to administer locally to affected cartilage region, such as microsphere preparation, can provide a pharmaceutical composition showing an excellent effect in regenerative treatment of cartilage.

Composition for regenerative treatment of cartilage disease

To ensure that an energy supply operation can be performed safely and smoothly on a vehicle having a plurality of energy ports such as a charging port, charging ports for supplying electric energy to a high voltage battery and a fuel supply port for supplying fuel to a fuel tank are provided in a vehicle body as energy supply ports. The fuel supply port and charging ports are respectively provided with lid members that are switched between a closed state and an open state by respective lock mechanisms. When closure of one lid member is released, all of the other lid members are prohibited from being switched to the open state, and therefore the number of energy supply ports having an open lid member is limited to one.

Electric vehicle

Growing community of inventors

Tokyo, Japan

Takashi Tamura