Ushio Denki Kabushiki Kaisha

Koichi Takegoshi

Yukiharu Tagawa

Nobuyuki Hishinuma

Junya Asayama

Masatoshi Shimonaka

Toru Odagaki

Tuyoshi Sugihara

Kazuyuki Ikushima

Kosuke Yamada

Tadakazu Kawamura

A first excimer lamp includes: a quartz glass-made light-emitting tube containing an excimer emission gas sealed therein; and a pair of electrodes for generating dielectric barrier discharge. One of the pair of electrodes is disposed in the inner space of the light-emitting tube so as to extend in the direction of a tube axis of the light-emitting tube, and the other one of the pair of electrodes is embedded in the tube wall of the light-emitting tube so as to extend in the direction of the tube axis of the light-emitting tube. The one electrode is electrically connected to a conductive foil hermetically embedded in an end portion of the light-emitting tube.

Excimer lamp

An incandescence lamp comprises an arc tube where both ends form sealing portions, a filament that extends in the arc tube in a tube axis direction, and a reinforcement rib that extends along the arc tube in the tube axis direction.

Incandescence lamp with a reinforcement rib

A suitable operation temperature can be reached in a short period of time in a heat roller comprising a cylindrical metallic substrate and a heating lamp axially arranged inside said metallic substrate, the heating lamp comprising a bulb filled with a thermally conductive gas and having a filament installed therein, by using a gas whose thermal conductivity is 110&times;10 (W/m.K) or less at room temperature.

Heat roller

Growing community of inventors

Hyogo, Japan

Koichi Takegoshi