Dai Nippon Insatsu Kabushiki Kaisha

Olympus Optical Company, Ltd.

Ricoh Company, Ltd.

Renesas Electronics Corporation

Dai Nippon Printing Co., Ltd.

Dic Corporation

Tokyo Electron Limited

Olympus Corporation

Nippon Telegraph and Telephone Corporation

The Furukawa Electric Co., Ltd.

Mitsubishi Chemical Corporation

Mitsubishi Jukogyo Kabushiki Kaisha

Toppan Printing Co., Ltd.

Thk Co., Ltd.

Toyota Jidosha Kabushiki Kaisha

Makoto Nakamura

Hiroshi Yagi

Chikao Ikenaga

Satoshi Noguchi

Takeshi Sekiguchi

Keisuke Fukuda

Tetsuhiro Ishikawa

Hideyuki Nosaka

Hironori Kobayashi

Mamoru Kitamura

Shigekazu Takahashi

Toshiaki Kumazawa

Koichi Murata

Hichirosai Oyobe

Takashi Sano

Seiichi Yamamoto

Hiroyuki Fukuyama

Souichirou Konno

Hideshi Hattori

Akiko Tanaka

Hideyuki Miyake

Masanao Watanabe

Yoshiyuki Takano

Tomohisa Shimazu

Masaaki Kurihara

Yutaka Narita

Tadaaki Hattori

Tadayuki Oshima

Taisuke Tokuwaki

Takayuki Kawano

Hiroki Furubayashi

Masato Sasaki

Toshio Kojima

Ikuo Morita

Masatoshi Tobayashi

Kazuhiro Sumioka

Syuichi Yamada

Takayuki Takeshita

Daiki Tomita

Motoaki Suzuki

Zhiqiang Liu

Norihisa Nishi

Eriko Kogure

Bingbing Liu

Feng Zhao

Kimikazu Sano

Akitsugu Fujita

Yoshikazu Urabe

Katsumi Yamamoto

Hiroto Tatsuno

Yoshihito Watanabe

Fumihiro Yato

Kenta Hayashi

Naomi Inoue

Tadayuki Ohshima

Ryoji Tomono

Jun Endou

Yoshimu Iwanami

Yohtaro Umeda

Kenji Honma

Hiroki Saeki

Naoyuki Akiyama

Satoshi Terashima

Hatsushi Iizuka

Yuji Akatsu

Tomoki Murai

Kyosuke Taguchi

Yoichi Hitomi

Hirotada Ozaki, Deceased

Miwa Mutoh

Hidetoshi Sueoka

Shinsuke Oba

Tatsuki Matsumoto

Kenji Takahashi

Fumikazu Sakai

Masato Zama, Deceased

Manabu Kimura

Takusho Nakamura

Yuuki Imai

Eiji Hyodo

Kazumoto Hayakawa

Tomohiro Konishi

Kentaro Kawashima

Futoshi Tagawa

Mitsuo Hamada

Hidehiko Ohashi

Kazushige Mihara

Provided are a solvent-free two-component type adhesive capable of guaranteeing a practical packaging property, with an excellent curing property and significantly shortening aging time, a laminated film using the same, and a polyol composition for an adhesive. An adhesive, characterized in comprising a polyisocyanate composition (X) containing a polyisocyanate (A), and a polyol composition (Y) containing a polyol (C) and a tertiary amine compound (B) having multiple hydroxyl groups, as necessary components.

Adhesive, laminated film using thereof and polyol composition for adhesive

Disclosed herein is a porous electrode substrate in which carbon fibers are dispersed in the structure thereof have a fiber diameter of 3-15 micron and a fiber length of 2-30 mm, and are bound to one another by carbonized resin such that, when a pore distribution in the porous electrode is determined with a mercury intrusion porosimeter, such that a pore distribution curve is plotted on a graph having a common logarithmic scale on the horizontal axis, and a 1-100 micron pore diameter range of the pore distribution curve includes 80 or more measurement points at equal intervals along the common logarithmic scale, the pore distribution has a skewness S of &#x2212;2.0&#x3c;S&#x3c;&#x2212;0.8 and a kurtosis K of 3.5&#x3c;K&#x3c;10 in the 1-100 micron pore diameter range.

Porous electrode substrate, membrane-electrode assembly using same, and polymer electrolyte fuel cell using same

A lens control device that moves a lens in an optical axis direction comprises a stepping motor that drives the lens, a position detection circuit that detects position of the lens in an optical axis direction, a memory that stores data relating to a relationship between rotational position of the stepping motor and detected position of the position detection circuit, and a controller that designates rotational position of the stepping motor based on target information that is input, determines a virtual target rotational position based on a target position corresponding to detected position of the position detection circuit corresponding to the target information that has been input, and, based on the virtual target rotational position, searches for a rotational position that corresponds to the target position, within a range of given rotational positions of the data.

Lens control device and lens control method

To provide a rotary inertia mass damper, which is capable of reducing an axial reaction force that is generated due to vibration having an excessive acceleration to the extent possible when the vibration is input, and of preventing breakage of the damper itself or a construction, provided is a rotary inertia mass damper, including: a first coupling portion, which is fixed to a first structure; a second coupling portion, which is coupled to a second structure; a screw shaft, which has one axial end connected to the first coupling portion and retained so as to be non-rotatable; a fixed barrel, which has a hollow portion for receiving the screw shaft, and is connected to the second coupling portion; and a rotary body, which is retained so as to be freely rotatable relative to the fixed barrel, is threadedly engaged with the screw shaft, and is configured to reciprocally rotate in accordance with advancing and retreating movement of the screw shaft relative to the fixed barrel. A torque limiting member is provided between an axial end of the screw shaft and the first coupling portion, and is configured to, when a rotational torque that exceeds a predetermined value is applied to the screw shaft, allow rotation of the screw shaft relative to the first coupling portion to reduce a rotation angle of the rotary body.

Rotary inertia mass damper

An LED drive method drives an LED by a drive current. The LED drive method uses a voltage conversion unit, which includes a coil and a first switch, and converts an external voltage into a first voltage, which is a DC voltage, by controlling the first switch to be on in an on-pulse period of a first drive signal. A constant current drive unit is provided with the first voltage and generates a drive current based on a second drive signal.

LED drive method and LED drive device

A method of producing a regenerated hydrotreating catalyst, including a first step of preparing a hydrotreating catalyst that has been used for hydrotreatment of a petroleum fraction and has a metal element selected from Group 6 elements of the periodic table; a second step of performing regeneration treatment for part of the catalyst prepared in the first step, then performing X-ray absorption fine structure analysis for the catalyst after the regeneration treatment, and obtaining regeneration treatment conditions in which a ratio IS/IO of a peak intensity IS of a peak attributed to a bond between the metal element and a sulfur atom to a peak intensity IO of a peak attributed to a bond between the metal element and an oxygen atom is in the range of 0.1 to 0.3 in a radial distribution curve obtained from an extended X-ray absorption fine structure spectrum.

Method of producing regenerated hydrotreating catalyst and method of producing petroleum products

A semiconductor device includes a semiconductor substrate including a first surface in which an integrated circuit and an I/O pad electrically connected to the integrated circuit are formed, and a second surface which is an opposite side to the first surface, where a two-stage through-hole is formed in the semiconductor substrate, the semiconductor substrate including a first shape portion having a tapered shape which has a wall surface and of which a diameter of an opening becomes smaller toward a bottom of the hole from the second surface side to a predetermined position of the semiconductor substrate in a thickness direction, and including a second shape portion having a cylindrical shape which extends from the first shape portion to the I/O pad on the first surface side, and that includes an inorganic insulating film which is formed on the wall surface of the two-stage through-hole and the second surface.

Semiconductor device and method for manufacturing same

A voltage conversion unit including a coil and a first switch converts an AC voltage into a first voltage, which is a DC voltage, by controlling the first switch to be on in an on-pulse period of a first drive signal. A constant current drive unit is supplied with the first voltage and generates a drive current Id having a current value according to light control information. An LED control unit compares brightness based on the light control information and reference brightness, generates a first drive signal based on an error between the first voltage and a target voltage representing a target of the first voltage, when the brightness is higher than the reference brightness, and generates the first drive signal having a predetermined fixed on-pulse period when the brightness is lower than the reference brightness.

An automatic gain control circuit () includes a peak detector circuit () that detects the peak voltage of the output signal from a variable gain amplifier (), an average value detection and output amplitude setting circuit () that detects the average voltage of the output signals from the variable gain amplifier () and adds a voltage &#xbd; the desired output amplitude of the variable gain amplifier () to the average voltage, and a high gain amplifier () that amplifies the difference between the output voltage of the peak detector circuit () and the output voltage of the average value detection and output amplitude setting circuit () and controls the gain of the variable gain amplifier () using the amplification result as a gain control signal. The peak detector circuit () includes transistors (Q, Q, Q), a current source (I), and a filter circuit. The filter circuit includes a series connection of a resistor (Ra) and a capacitor (C).

Automatic gain control circuit

A gain switching determination circuit () compares/determines a comparative input voltage (Vc) from an inter-stage buffer () with a first hysteresis characteristic, and outputs a gain switching signal (SEL) based on the comparison/determination result to first and second transimpedance amplifier core circuits (), thereby switching the gains of the core circuits. This obviates holding a comparison input voltage with long response time in a level holding circuit for gain switching determination, which allows instantaneous gain switching determination and instantaneous response corresponding to burst data.

Transimpedance amplifier

This invention relates to a card game comprised of at least one warrior card, at least one technique card, at least one power card, and at least one field card. This invention also includes a method of playing said card game, which involves the use of a battle binder.

Card game and methods of play

A conductive member includes a conductive supporting body, an electric resistance adjusting layer disposed on a surface of the conductive supporting body, and a space adjusting mechanism including a material different from the electric resistance adjusting layer, which is disposed on the surface of the conductive supporting body and is firmly fixed to an end portion of the electric resistance adjusting layer, wherein the space adjusting mechanism is provided to form a space between an outer surface of the electric resistance adjusting layer and an outer surface of a photoconductor.

Conductive member and process cartridge and image forming apparatus using the same

A plurality of relay apparatuses are provided within an IP network of an ISP, and these relay apparatuses are connected to each other by logical tunnels. Each relay apparatus determines the type of a destination address at the Layer 2 level from the data loaded from a host device. When the type is for broadcast, the relay apparatus identifies a tunnel as a relay destination from the data contents set in correlation with destination addresses at the Layer 3 level, and transmits the data only to the relevant relay destination tunnel.

Data relay method, its apparatus, and data relay system using the apparatus

A non-contact data carrier includes a semiconductor device (), a coil antenna (), and a sealing resin coating () sealing the semiconductor device () and the coil antenna () therein. The electrodes () of the semiconductor device () are connected to the opposite ends () of the coil antenna () by wires (). The surface of the coil antenna () opposite to the sealing resin coating () is covered with a protective layer () for protection.

Non-contact data carrier and method of fabricating the same

Growing community of inventors

Tokyo, Japan

Makoto Nakamura