Nissan Motor Company Limited

Nikon Corporation

Nippon Oil Company

Asahi Kasei Kogyo Kabushiki Kaisha

Atsugi Motor Parts Company, Limited

Chemipro Kasei Kaisha, Limited

Sony Corporation

Matsushita Electric Industrial Co., Ltd.

Ngk Spark Plug Company, Limited

Showa Denko K.k.

Ntt Mobile Communications Network, Inc.

Ransburg Industrial Finishing K.k.

The Foundation: the Research Institute for Special Inorganic Materials

Kanto Sieki Co., Ltd.

Hiroshi Kobayashi

Toru Kita

Kazuo Matsuura

Nobuyuki Kuroda

Hiroaki Obayashi

Takeshi Fujishiro

Toshiya Kimura

Masami Negishi

Hideki Ito

Jun Akabane

Jun Konno

Nobuya Kawahata

Kazuo Kabashima

Toshiro Ichikawa

Tetsurou Iwaya

Kiyoshi Takeuchi

Giorgetto Giugiaro

Kenji Furukawa

Seishi Yasuhara

Kiyohito Okamura

Seishi Yajima

Yoshinori Nishikitani

Hideyuki Saito

Michio Mitsui

Hiroshi Saito

Shinji Tani

Naoki Kataoka

Yohsuke Fukuchi

Masahito Sakakibara

Yutaka Shikatani

Kazuo Toyomoto

Toetsu Shishido

Josaburo Hayashi

Kimiyoshi Nagai

Masanobu Suga

Takaya Kubo

Hideo Kayano

Seiichi Akita

Yoshinori Masuda

Junichi Nagai

Yoshiyuki Shimo

Etsuo Kawamata

Takashi Kishigami

Nozomi Inoue

Kenichi Tanaka

Hiroaki Ohbayashi

Yasuki Nishi

Tetsuya Seike

Makoto Yanai

Yoshihisa Ohno

Eiji Kodama

Hobuyuki Kuroda

Nobuyasu Teramura

Yoshinobu Kida

Eigo Terada

Yoshiaki Kageura

Toshiharu Itoh

Masaru Goto

Nobuhiro Asano

An anode mounting member () of a fluorine electrolytic cell including: a plurality of stacked annular packings surrounding a sidewall of a cylindrical anode packing gland (); a cylindrical exterior member () surrounding an outer periphery of the packings; and an annular fastening member () that fastens the plurality of packings and the exterior member () to the anode packing gland (), wherein among the packings a first ceramic packing () is located at an end of the longitudinal direction on an electrolyte tank side, and a second resin packing () is adjacent to the first packing (), central axes of the anode packing gland () and the exterior member () coincide, an inner diameter () is 0.2 mm to 1.0 mm larger than an outer diameter (R), and an outer diameter (R) is 0.2 mm to 1.0 mm smaller than an inner diameter ().

Anode mounting member of fluorine electrolytic cell, fluorine electrolytic cell, and method for producing fluorine gas

A urea-urethane compound having one or more urea groups and one or more urethane groups in the molecular structure, the number of said urea groups (A) and the number of said urethane groups (B) satisfying the following numerical formula:10&#x2267;()&#x2267;3wherein each of A and B is an integer of 1 or more.

Compound for color-producing composition, and recording material

A rotary atomizer () has a rotary atomizing head () driven by an air motor () at a rotational speed of 4,000&#x2dc;5,000 rpm, for example. A coating material is supplied to a central portion of the rotary atomizing head () through a paint supply pipe (). The atomizer () further includes a supersonic horn () having a vibration plane () located adjacent to the outer circumferential perimeter of the rotary atomizing head (). The vibration plane () is an inclined plane gradually increasing its diameter forward. The coating material immediately after spattered from the outer circumferential perimeter of the rotary atomizing head () is exposed to supersonic vibration from the vibration plane (), and it is atomized by the supersonic vibration to particles of a uniform grain size. At the same time, the atomized coating material is driven forward.

Coating method and atomizer

Binoculars

A noise component is extracted from an input correlated digital signal, such as a digital video signal in which image information is substantially the same from one frame to the next. The extracted noise is multiplied by a feedback coefficient that varies non-linearly with respect to the value of the extracted noise, this feedback coefficient being switched on a random or pseudo-random basis.

Noise reduction in correlated digital signals

Digital still camera

Camera

A transmission power control method in a mobile satellite communication system implementing accurate control of transmission power of a base station by obtaining an average received signal level at a mobile station at high accuracy. The mobile station measures an average received signal level Q.sub.k in a predetermined period (step SP2), and informs the base station of the average received signal level Q.sub.k and an actual measuring time T.sub.k (step SP3). The base station calculates a total measuring time t.sub.k which is the sum total of the actual measuring time T.sub.k (step SP16), a corrected average received signal level R.sub.k associated with the average received signal level during the total measuring time t.sub.k (step SP18), and a measuring error .DELTA.D.sub.k (step SP17), and controls the transmission power on the basis of these values (step SP21). Estimating the measuring error .DELTA.D.sub.k in the total measuring time t.sub.k longer than the individual actual measuring time T.sub.k makes it possible to reduce the measuring error, thereby implementing highly accurate transmission power control.

Mobile satellite communication system

A counterelectrode for a smart window contains a transparent electrically conductive substrate and a plurality of electrically conductive dots arrayed on the transparent electrically conductive substrate. Each of the electrically conductive dots contains fine particles having capacitance of not less than 1 farad/g or fine particles capable of storing electrical charge of not less than 1 coulomb/g. A smart window contains the aforementioned counterelectrode.

Counterelectrode for smart window and smart window

Camera case

Growing community of inventors

Yokohama, Japan

Hiroshi Kobayashi