Canon Kabushiki Kaisha

Ajinomoto Co., Ltd.

Masatoshi Kato

Fumio Ichikawa

Hideaki Uemura

Yozo Tobo

Toshiaki Nagashima

Kazuo Chadani

Kanji Yokomori

Tsuyoshi Orikasa

Jun Azuma

Toshihiko Miura

Tsunenobu Satoi

Tsuyoshi Baba

Masanori Kamei

Tatsuo Watanabe

Yumiko Tani

Koji Yanae

Takashi Oba

A composition for lowering internal lipid in a subject which contains a capsinoid substance represented by the following formula wherein n is an integer from 0 to 10. Methods of using the compositions are disclosed and include administering to a subject in need of such treatment.

Composition for lowering internal lipid content

A developer container includes a developer containing unit containing a developer and a sealing member supplied between a plurality of members to prevent leakage of the developer. The sealing member is a liquid elastomer. In an area in which the liquid elastomer is supplied, supply amounts of the sealing member at a start point and end point are larger than a supply amount of the sealing member in an intermediate portion.

Developer container having sealing member

A mounting method for mounting an electroconductive sheet on a developer seal member for sealing a developer discharging opening provided in a developer accommodating container for accommodating a developer. The electroconductive sheet is provided with an adhesive material on one surface thereof. A separation sheet is adhered to the one surface, wherein the separation sheet is larger than the electroconductive sheet. The method includes a suction step of contacting a suction tool to the other surface of the electroconductive sheet. The suction tool is effective to suck air to attract the electroconductive sheet thereon. An exposure step separates the separation sheet from the electroconductive sheet, while the electroconductive sheet is being sucked by the attraction tool, so that the one surface of the electroconductive sheet is exposed. A bonding step, after performing the exposure step, binds the one surface of the electroconductive sheet to the developer seal member, while the electroconductive sheet is being sucked by the suction tool.

Method for attaching electrically conductive sheet to developer sealing member

There is disclosed a laser beam output optical unit adjustment method and apparatus, which can perform inspection and adjustment of a laser beam unit and a laser scanning optical system including this unit used in a laser beam printer within a short period of time. The laser irradiation position is roughly adjusted using a wide-field position detector, and focus rough adjustment is then performed using a narrow-field position detector. Thereafter, fine adjustment of the irradiation position and focus fine adjustment are performed using the narrow-field position detector. An image enhancement tube capable of a high-speed gate operation is arranged in a laser scanning region, and instantaneously takes a beam spot during laser scanning. An image processing devices analyzes the taken spot image, and a calculation unit calculates various data.

Inspection/adjustment method and apparatus for laser beam output optical

This invention has as its object to provide an ink-jet head assembling apparatus, which can improve productivity by omitting the step of temporarily fixing a top plate and a heater board using an ultraviolet curing adhesive. In order to achieve this object, an ink-jet head assembling apparatus of this invention includes a plurality of work stations, an index table, upper and front pressing members, arranged at a position on the index table corresponding to at least one of the plurality of work stations, for holding the top plate on the heater board, and first and second driving mechanisms, arranged outside the index table, for switching the holding member between a holding state wherein the top plate member is held on the heater board, and a non-holding state attained by releasing the holding state.

Assembling method and apparatus for ink-jet head

An optical apparatus (23) for emitting light is constituted by a fixation holder (8) fixed to a predetermined positioning fixation jig via a fixation plate (8a), a lens-barrel (10), fitted on a cylindrical portion of the fixation holder (8) via an annular gap (19), and formed of a transparent material, for holding a collimator lens (2), and a semi-conductor laser light source (1) fitted under pressure in the fixation holder (8). An ultraviolet curing adhesive (18) is uniformly filled in the gap (19). Before the ultraviolet curing adhesive (18) is cured, the lens-barrel (10) is movable in an optical axis direction (Z) and in two-dimensional directions (directions of arrows X and Y) on a plane perpendicular to the optical axis direction (Z) with respect to the fixation holder (8).

Optical apparatus for emitting light and automatic adjustment apparatus

Growing community of inventors

Yokohama, Japan

Masatoshi Kato