Fujitsu Corporation

Hidehiko Hizuka

Takashi Suzuki

Hiroaki Matsuda

Manabu Hongo

Tatsuhito Araki

Hiroaki Sakashita

Hidekatsu Kobayashi

Wataru Murata

Satoshi Sudo

Kouki Murakami

Shingo Yamaguchi

Yoshiaki Kato

Yoshifumi Kajiwara

Takao Shinoda

Takehisa Ishikawa

Nariyasu Hayakawa

Toshikazu Ishioka

Hiroshi Yamamoto

Shin Watanabe

Katsumi Kanasaki

Ryo Hattori

Katsuki Matsunaga

Shinji Hiramatsu

Natsuo Masuda

Takayuki Sakuma

Toshihiko Motoseko

Haruhiko Horizoe

Manabu Matsumoto

There is provided a device housing for a mobile terminal device that includes a metallic plate, an external wall formed of resin and disposed at outer peripheral edges of the metallic plate, an electronic component holder formed of the resin at the nearly same time when the external wall is formed. Furthermore, the electronic component holder disposed on an inner area of the metallic plate surrounded by the external wall the metallic plate and disposed apart from the external wall.

Device housing, mobile terminal device, and method therefor

A mobile terminal device includes a circuit board accommodated in a casing and an antenna disposed on the outside of the casing electrically connected to each other via a opening formed in the casing, a first conductive member fixed to an inner surface of the casing while being connected to the circuit board, a second conductive member detachably attached to an outer surface of the casing while being connected to the antenna, and a conductive fastening member fitted into the opening from outside the casing and fastening the first conductive member and the second conductive member together.

Mobile communication device and method for assembling the mobile communication device

A mobile terminal device includes a display unit having a first engaging latch, a case having a slide groove that allows the first engaging latch to slide therein and a second engaging latch that engages the first engaging latch that slides in the slide groove, and a component located in a gap that appears between the case and the display unit as a result of sliding the first engaging latch in the slide groove.

Mobile terminal device with sliding display and method thereof

The mobile terminal apparatus of the present invention includes a housing having an opening section in which an accommodated object is fitted; a lid covering the opening section, the lid having a protrusion which surrounds the opening section and shields the accommodated object from water, on a surface facing the accommodated object; and a cover covering the lid, the cover being attached to the housing to press the lid onto the housing. When the cover is attached to the housing, the protrusion of the lid surrounds the opening section and is pressed onto the housing by the cover, so that the accommodated object can be reliably shielded from water.

Water-shielding type mobile terminal apparatus

A seal structure or a sealing method that seals the housing (case) and allows the signal line to pass through a seal portion of the housing is provided. A recessed level difference is formed on at least one of junction faces of first and second housing units (case units) joined together, and, at a portion including the recessed level difference, a first sealing material (double-faced adhesive sheet), the signal line (flexible cable) or circuit unit, and a second sealing material are held between the first housing unit and the second housing unit. The adhesiveness and flexibility of the first sealing material and the elasticity of the second sealing material allow the signal line or circuit unit to pass through the seal portion while maintaining airtightness.

Seal structure, electronic apparatus, and sealing method

A sealing structure to seal housings includes a sealing member disposed between housings to be bonded to allow penetration of at least one signal line; and an adhesive material disposed between the signal lines penetrating the sealing member to bond the signal lines to be overlapped.

Sealing structure, electronic device, sealing method, gasket, and manufacturing method thereof

A portable terminal apparatus with a telephone function such as a portable telephone, for efficiently emitting a voice from a speaker from both a front face and a backside of a housing. The portable terminal has: a first cover that includes a first sound outlet for emitting a sound from the speaker through the front of the portable terminal apparatus; a second cover that includes a second sound outlet for emitting a sound from the speaker through the back of the portable terminal apparatus; and a gasket accommodated at a position sandwiched between the first cover and the speaker.

Portable terminal apparatus

A portable terminal apparatus with a telephone function and a camera module. The apparatus includes a chassis, a camera module including a lens and an image pickup device, a circuit board placed and fixed on the chassis and a camera holder supporting the camera module and fixed on the circuit board to be on the chassis together with the circuit board. The camera holder has an opening for the camera module to look in and a wall section surrounding the opening and surrounding a side face of the camera module to support the camera module.

An optical-connector-adapter assembly for optically connecting a pair of optical fiber connectors includes a fixed base mounting one of the optical fiber connectors and a slidable base mounting an adapter for mounting the other connector. The slidable base can slide relative to the fixed base; one of the optical fiber connectors is fixed on the fixed base; and the other connector is inserted into the adapter mounted on the slidable base. The optical fiber connectors can be coupled or uncoupled optically when the slidable base, respectively, advances to of retreats from the base. Further, the slidable base can be inclined relatively to the fixed base at a position in which the optical fiber connectors are apart from each other. Accordingly, with the optical fiber connector adapter in an inclined position, the other optical fiber connector can be inserted into the adaptor and then the optical fiber connector adapter with the other connector, inserted therein, can be returned to an original, aligned direction relatively to, and connected with, the optical fiber connector mounted on the fixed base by moving the adapter axially to the fixed base. Therefore, the optical fiber connectors are optically coupled via the optical adapter without any requirement to check the position of the first optical fiber connector.

Apparatus for connecting optical connectors and printed circuit board, unit mounting the same

The extra length accommodation structure for the optical fiber includes a base and first and second winding drums pivotably supported to the base. Each of the first and second winding drums is pivotable between a position where it is positioned over the base and another position where it is partially projected from the base. The first winding drum is pivotably supported through a first support member to the base, and the second winding drum is pivotably supported through a second support member to the base.

Extra length accommodation structure for optical fiber

A power supply apparatus for a package, in which power is supplied to a package connected to a shelf, aiming at supplying power to the package without using signal pins of a connecting part on a back wiring board and reducing voltage drop at a pattern on the back wiring board to a negligible degree. A fitting section of a package printed board and a fitting section are fitted to each end of a tab of the back wiring board, and a fitting section of a package printed board and a fitting section are fitted to each end of a tab of the back wiring board. Further, a connector on the package side of package printed board and a connector are fitted to each end of a signal terminal group of the back wiring board.

Growing community of inventors

Kawasaki, Japan

Hidehiko Hizuka