Nippon Paint Compnay, Ltd.

Daicel Chemical Industries, Ltd.

Other

Panasonic Corporation

Diacel Chemical Industries, Ltd.

Shin Nippon Koki Kabushiki Kaisha

Shinnippon Koki Kabushiki Kaisha (shinnippon Koki Co., Ltd.)

Shinji Nakano

Takao Morimoto

Hisaki Tanabe

Takaaki Fujiwa

Hirotoshi Umemoto

Takeharu Tabuchi

Shin-ya Yamada

Hideki Matsui

Takeshi Endo

Satoshi Urano

Mitsuo Yamada

Yoshio Eguchi

Koichi Tsutsui

Hiroharu Ohsugi

Akihiro Kanakura

Ryozo Takagawa

Nobuharu Miyamoto

Kei Aoki

Hideki Shimamoto

Tamotsu Sobata

Shusaku Kawasaki

Nario Niibo

Motohiro Sakata

Teruhisa Miura

Yasuhiko Nakae

Masashige Ashizaki

Yuichi Yoshida

Masaaki Takimoto

Koichi Morikawa

Shoji Ikeda

Hideyori Sakuragi

Kouji Ueoka

Masayuki Sato

Nobuaki Tomita

Seiji Kashiwada

Yoji Hirasawa

Masamichi Furukawa

Yukio Nishioka

Hajime Minagawa

Takahiro Mukae

Ryoichi Nakayama

Hikaru Furuta

Kenshichiro Shima

Shigeto Mori

Kunihiko Ehara

Shoji Oda

Toshitaka Koyama

A storage cell includes a storage element including first and second electrodes which are opposite to each other in a predetermined direction, a first terminal bonded to the first electrode, a second terminal bonded to the second electrode, and an outer resin covering the storage element to expose an outer surface of the first terminal and an outer surface of the second terminal from the outer resin. The storage element has substantially a rectangular shape viewing from the predetermined direction. The outer resin has substantially a rectangular shape viewing from the predetermined direction. The outer resin has first and second surfaces opposite to each other, and has a third surface connected with the first surface and the second surface. The first terminal is exposed on the first surface of the outer resin. The second terminal has a shape extending beyond the storage element along the first and third surfaces, and is exposed on the first surface. This storage cell has a small size, a large capacitance, and high reliability.

Storage cell and method of manufacturing same

A capacitor includes a metal case and a terminal plate. The metal case accommodates a capacitor element together with a driving electrolyte and is joined to one of the electrodes of the capacitor element at its inner bottom surface. The terminal plate is joined to the other electrode at its inner surface so as to seal the opening of the metal case. The terminal plate is provided with a pressure regulating valve also functioning as a driving-electrolyte filling hole. The pressure regulating valve includes a ring-shaped elastic member which is pressed into the wall formed on the terminal plate.

Capacitor

A conductive male thread ( ) has a thrust bearing flank ( ) coated with an insulating paint layer ( ), and a conductive female thread ( ) has a thrust bearing flank ( ) formed with a conductive projection ( ) to break through the paint layer ( ) and bite in that flank ( ).

Screw fastening structure and nut member

A surface-treating method of of screw parts, which method consists of coating beforehand a liquid organic resin based coating composition capable of forming a film having a volume resistivity of 10,&OHgr;&middot;cm or more at normal temperature onto a thread of screw parts to be mounted onto an automobile body by welding prior to a coating step of the automobile body, followed by heating and drying.

Surface-treating method of screw parts

The present invention can provide a cationic electrocoating composition, comprising:

Cationic electrocoating composition

This invention relates to a table operating device for a machine tool having a table on which a work is mounted and a table lifting means for supporting the table and for vertically moving the table. The table operating device according to this invention has a vertically extended clamping member disposed underneath the table, a first reference plane provided on a side to the clamping member for positioning the table in a first direction on a horizontal plane; a second reference plane provided on a side to the clamping member for positioning the table in a second direction on the horizontal plane; a first pressing member for pressing the clamping member to the first reference plane; and a second pressing member for pressing the clamping member to the second reference plane.

Operating method for machine tool table operating device

Table operating device for machine tool and operating method for the same

Disclosed are a carbonate group-modified epoxy resin in which carbonate groups are introduced into an epoxy resin having secondary hydroxyl groups at terminals or lactone-modified epoxy resin having primary hydroxyl groups at terminals by the ring-opening reaction of a cyclic alkylene carbonate, a process for the preparation thereof, and a thermosetting resin composition containing the carbonate group-modified epoxy resin.

Carbonate group-modified epoxy resin, a process for the preparation

A hydroxy-terminated linear carbonate is produced by reacting a cyclic alkylene carbonate such as neopentyl glycol carbonate with a substance having at least one alcoholic hydroxyl group in the presence of a catalyst. Mono- or polyhydric alphatic alcohols, polycaprolactone polyols, hydroxyl group-containing acrylic monomers and polymers, and polyester polyols are modified by the reaction with the cyclic alkylene carbonate to have an enhanced reactivity and resistance to hydrolysis.

Modified acrylic polyyol carbonate polymer

A novel acrylic monomer is produced by addition reacting a hydroxyalkyl (meth)acrylate or its lactone adduct with a cyclic alkylene carbonate, and then acylating the terminal hydroxyl group of the reaction product with a reactive derivative of a monobasic alkanoic acid or a dicarboxylic acid anhydride.

Acrylic monomer

For use as a monomer for producing hydroxyl group-containing vinyl polymers, there is provided a compound of the formula: ##STR1## wherein R.sup.1 is acryloyl, methacryloyl or 4-vinylbenzyl; R.sup.2 is an alkyl; and R.sup.3 is an alkyl, alkoxyalkyl, alkenyl, alkynyl, aralkyl or aryl.

Vinyl monomer having linear carbonate and hydroxyl groups

Process for the production of modified acrylic monomers

A curable resin composition utilizing as the crosslinking mechanism thereof an acid catalyzed addition reaction of a cyclic alkylenecarbonate group with an alcoholic hydroxyl group is disclosed. The composition contains a compound or polymer having a plurality of 6-membered cyclic alkylenecarbonate groups and a polymer having a plurality of alcoholic hydroxyl groups. A polymer having pluralities of the cyclic alkylenecarbonate and hydroxyl groups in a single entity may also be used. The composition cures at room or elevated temperatures depending upon the acidity and amount of particular acid catalyst incorporated to the composition.

Curable resin composition

Carbonate modified polyester polyol

Growing community of inventors

Takatsuki, Japan

Shinji Nakano