Sony Corporation

Agilent Technologies, Inc.

Ryosuke Tobiyama

Akira Hanatsuka

Osamu Koyama

Makoto Tanahashi

Nobuyuki Shigeno

Yu Togasaki

Kiyohito Fujita

Kenji Saito

Junichi Tadano

Takeshi Endo

Yoichi Nagata

Takamitsu Kasai

Takeo Kuwabara

Kenji Takagi

Noriko Kito

Shusaku Tsuruga

To achieve an effective gas filtering in a plasma spectrometric apparatus using a gas of a comparatively high consumption flow rate, and to improve the analytical ability, there is provided a plasma spectrometric apparatus containing a sample introducer for producing and delivering an injector gas containing an analyte sample, a plasma generator for generating plasma into which the injector gas is introduced, and an analyzer disposed subsequent to the plasma generator for analyzing the analyte sample. The plasma spectrometric apparatus contains a first gas line for supplying gas to the sample introducer, a second gas line for supplying gas to the plasma generator, and a filter located in the first gas line for removing impurities contained in the gas.

Method for supplying gas for plasma based analytical instrument

An information processing apparatus includes: an information processing main unit; a display unit electrically connected to the information processing main unit; and a jack having a cylindrical sleeve provided at a housing of the information processing main unit and located coaxially with an insertion hole through which an external terminal is inserted, the jack having a cylindrical hole for accommodating the external terminal, wherein the sleeve of the jack is accommodated inside the housing of the information processing main unit; and an end face of the sleeve facing toward the housing is covered by the housing in the axial direction of the sleeve.

Information processing apparatus

An electronic apparatus includes an accommodation plate, a first exterior member, and a second exterior member. The accommodation plate accommodates a plurality of components except at least a keyboard component. The first exterior member holds the keyboard component and constitutes a first exterior surface of the electronic apparatus. The second exterior member constitutes a second exterior surface as an opposite surface of the first exterior surface. The accommodation plate is disposed between the first exterior member and the second exterior member.

Electronic apparatus and method for producing an electronic apparatus

An electronic apparatus includes: a main body including a battery pack mounting portion at an end in a direction; a display portion to be openable to the main body via a hinge portion provided at an end in the direction; a battery pack detachable from the battery pack mounting portion along the direction; a first connector portion provided at a position of the battery pack mounting portion on the end side in the direction; a second connector portion provided to the battery pack and connectable to the first connector portion; a first engagement portion provided at another end of the battery pack mounting portion in the direction; a second engagement portion provided to the battery pack and capable of being engaged with the first engagement portion relatively in the direction; and a notch portion provided at an end of the battery pack in the direction, for avoiding the hinge portion.

Electronic apparatus and battery pack

Disclosed are a display unit and a data processing system equipped therewith. The display unit includes a liquid crystal module, a rear panel covering the back surface of the liquid crystal module, a front periphery covering member covering a peripheral part of the front surface of the liquid crystal module, and a wiring board for driving the liquid crystal module. The liquid crystal module includes a liquid crystal cell, a light guide panel disposed behind the back surface of the liquid crystal cell, a reflecting panel disposed behind the back surface of the light guide panel, plural LEDs disposed opposite to one end surface of the light guide panel, and a holding frame provided with a spacing part, covering a peripheral part of the back surface of the reflecting panel and holding the liquid crystal cell, the light guide panel, the reflecting panel and the LEDs. The wiring board and the liquid crystal module are contained substantially in a plane in a space between the rear panel and the front periphery covering member.

Display unit and processing system each having a wiring board in substantially the same plane as a liquid crystal module

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Tokyo, Japan

Ryosuke Tobiyama