Zenyaku Kogyo Kabushiki Kaisha

Japan Vilene Company, Ltd.

Firma Carl Freudenberg

Other

Fujitsu Corporation

Sumitomo Electric Industries, Limited

Sumitomo Wiring Systems, Limited

Nsk Corporation

Harness System Technologies Research, Ltd.

Zenyaku Kogyo Co., Ltd.

Ube Exsymo Co., Ltd.

Hiroaki Yamazaki

Kazuya Sato

Kimitomo Yoshioka

Yasushi Takeuchi

Masanao Tanaka

Masaaki Kawabe

Muneaki Takase

Masaki Hirooka

Hideshi Kobayashi

Seiichiro Kawashima

Kenji Okamoto

Keiichi Hiramatsu

Yoshihiko Kondo

Tomokazu Ito

Genya Anan

Hideaki Hanaki

Masashi Kaneko

Yasuhiro Ito

Takashi Iwaki

Nobuyuki Hagiwara

Hideki Sato

Makoto Tanaka

Koichi Kato

Naoki Fukuda

Kazuo Sugiyama

Tatsuo Nakamura

Toshiaki Takase

Yoshio Tsuchida

Tetsurou Maruno

Nobutoshi Tokutake

Takashi Nakashima

Koji Kimura

Kazuhiko Haruta

Toshiyuki Sonoda

Atsushi Niwa

Hiroshi Ohnishi

Yuka Kondo

Shinji Oota

Te Hyon Cho

Yoshiaki Kawatsu

Takao Hasegawa

Tadashi Tamura

Keisuke Takahashi

Shoji Fuwa

Fumiyasu Tanaka

Yasuhiro Hirose

Kazuhiro Imaizumi

Yukio Oku

Masataka Konishi

Yukio Kide

Tadashi Ito

Toshiyuki Takezawa

Kazuo Kamiya

Yoshikazu Miyata

Tadahiro Nakamura

Etsuro Nakao

Etsurou Nakao

Satoshi Sugai

Hidenori Harada

Provided are an oil receiver () having an annular recess portion () which faces an entire circumference of an outer circumferential edge of a concave spherical portion (), and a guide member () which guides lubricating oil, which has flowed out from a spherical engagement portion between a convex spherical portion () and a concave spherical portion (), toward an annular recess portion ().

Rotary machining device, method of manufacturing hub unit bearing and method of manufacturing vehicle

The present invention provides an anti-IL-17 aptamer comprising a compound represented by the following formula (I): 

Anti-IL-17 aptamer having improved retention in blood

Disclosed are a separator for lithium ion secondary batteries, having an inorganic layer formed from inorganic particles, characterized in that the inorganic particles have a particle diameter distribution in which the 50% cumulative particle diameter Dis in the range of 100 nm to 500 nm, the 10% cumulative particle diameter Dis 0.5Dor more, and the 90% cumulative particle diameter Dis 2Dor less; a method for manufacturing the separator; and a lithium ion secondary battery using the separator. When the separator is used, there can be produced a lithium ion secondary battery in which a short circuit caused by contraction or melting can be definitely prevented, as well as the current density applied to the electrodes during charging and discharging is uniform so that charging and discharging can be efficiently achieved.

Separator for lithium ion secondary battery, method for manufacture thereof, and lithium ion secondary battery

A cephem compound or pharmaceutically acceptable salt thereof represented by the formula I:wherein Rand Rmay be the same or different and each represent hydrogen atom, nitro or cyano; Rrepresents C-Calkyl which may be substituted with carboxyl; Rrepresents hydrogen atom or amino; X represents &#x2014;S&#x2014; or &#x2014;SO&#x2014;, there being no case where both of Rand Rare simultaneously hydrogen atom.

Cephem compounds and ESBL-detecting reagents containing the same

Sulfur containing atomic group introduced porous article, process for introducing a sulfur containing atomic group onto the outer-inner surfaces of a porous article, and a battery separator

A battery separator is provided which is hardly broken by tension during the manufacture of batteries, is hardly punctured with a plate flash, and is hardly torn off with a plate edge, thereby hardly causing a short circuit. Accordingly, the separator can facilitate the stable manufacture of the batteries. The battery separator is equipped with a fiber sheet containing a polypropylene fiber having a tensile strength of not less than 10 g/d (denier) and a Young's modulus of not less than 800 kg/mm , said separator having a resistance of not less than 585 gf to puncture by edge, or is equipped with a fiber sheet containing not less than 10 mass % of a polypropylene fiber having a tensile strength of not less than 10 g/d (denier) and a Young's modulus of not less than 800 kg/mm .

Battery separator

A signaling virtual channel (SVC) is established only when it is necessary so that a bandwidth reserved for a signaling channel for transmitting signaling information is usable for transmitting communication information. The SVC is established between a subscriber terminal and an asynchronous transfer mode (ATM) exchange system by selecting the virtual path identifier (VPI) and the virtual channel identifier (VCI) for signaling only when a request for a call connection is made by the subscriber terminal or only when a notification of reception of a call is sent to the subscriber terminal. A communication path between the subscriber terminal and the ATM exchange system is established for transmitting communication information by transmitting communication call setting information through the SVC. The SVC is released after an establishing operation of the communication path is completed.

Method and apparatus for setting a signaling virtual channel for an ATM exchange system

An alkaline battery separator comprising a fiber sheet containing, on outer surfaces of fibers forming a surface of the fiber sheet, a substance having a peak of a bond energy at 530.5 to 531.5 eV which is measured by an X-ray photoelectron spectrometer at a photoelectron-taking-off angle of about 30&deg;; a fiber sheet containing a larger amount of carboxyl groups bonded to surfaces of fibers forming an inside of the fiber sheet than an amount of carboxyl groups bonded to outer surfaces of fibers forming a surface of the fiber sheet; or a fiber sheet capable of entrapping ammonia in an amount of 0.4 mmol/g or more in average is disclosed.

Alkaline battery separator and process for producing the same

Cephem compounds

A vehicle electronic control apparatus (,) includes an electronic control section (,) received in an accommodating cavity (,) in an instrument panel (,) in an automotive vehicle for controlling electronic equipments in the vehicle and a switch section (,) detachably attached to the electronic control section (,) for applying command signals to the electronic control section (,). The switch section (,) is provided with a communication function part (,) which serves as a local area network (LAN) manager so that the electronic control section (,) can control the electronic equipments. This construction enables an expensive electronic control section (,) to be used in common in different types of automotive vehicle regardless of presence or absence of the vehicle LAN. The switch section (,) having the communication function part (,) can utilize the vehicle LAN.

Vehicle electronic control apparatus

A porous article wherein a sulfur containing atomic group is introduced onto at least a part of outer-inner surfaces of the article, a ratio (S/C) of the number of sulfur atoms (S) to the number of carbon atoms (C) on the surface onto which the sulfur containing atomic group is introduced is 7&times;10,or more, a ratio (O/C) of the number of oxygen atoms (O) to the number of carbon atoms (C) on the surface onto which the sulfur containing atomic group is introduced is 0.2 or more, and the ratio (S/C) and the ratio (O/C) are determined by means of an X-ray photoelectron spectrophotometer is disclosed.

Sulfur containing atomic group introduced porous article

A modified porous non-conductor is provided wherein its outer and inner, surfaces have been treated by placing the porous non-conductor between a pair of electrodes which are located opposite to each other and carry a dielectric layer on a surface facing the other electrode, respectively, so that the porous non-conductor is brought into contact with both dielectric layers without coming into contact with the electrodes; and then, applying an alternating current voltage having a frequency of about 0.1 Khz to about 100 Khz between the electrodes to thereby induce an electric discharge in voids contained in the porous non-conductor and sandwiched between a pair of the electrodes.

Modified porous non-conductor

A vehicle electronic apparatus (1) includes an electronic control section (2) received in an accommodation cavity (23) in an instrument panel (22) in a vehicle for effecting an electronic function in the vehicle, a switch section (3) detachably attached to the electronic control section (2) for controlling the electronic control section (2), and a cover panel (4) to be fitted in the accommodating cavity (23) in the instrument panel (22) to cover the switch section (3) at the front side. It is possible to use in common the electronic section (2) which is an expensive electronic element and also to design the cover panel (4) with flexibility. The switch section (3) can be produced in compliance with the designed cover panel (4). A common use of electronic parts will achieve a reduction of cost and enhance a flexibility in design of an interior of the vehicle.

Integrated instrument panel switch assembly

A process for treating outer-inner surfaces of a porous non-conductor, comprising steps of:

Process for treating the outer-inner surfaces of a porous non-conductor

Thioquinolone compounds which have useful pharmaceutical activity

Growing community of inventors

Tokyo, Japan

Hiroaki Yamazaki