Fujitsu Corporation

Tatsuhito Araki

Hiroaki Matsuda

Wataru Murata

Manabu Hongo

Hidekatsu Kobayashi

Takashi Suzuki

Hiroaki Sakashita

Hidehiko Hizuka

Satoshi Sudo

Yoshiya Matsumoto

Manabu Sotodate

Ryo Hattori

Ken Shoji

Yoshiaki Kato

Yoshifumi Kajiwara

Takehisa Ishikawa

Kouki Murakami

Masamichi Watanabe

Kazuya Odagiri

A mobile terminal device includes a case that forms a storage space for storing a component and that includes an open section at a first surface, a display module that is stored in the open section of the case and that includes a display surface for allowing information to be displayed thereon adjacent to the first surface, a plate that is fixed to an inner surface of the case and that partitions the storage space into a space for storing the display module and a space for storing a component other than the display module, a panel that covers the open section of the case and that supports the display module such that the display module is sandwiched between the panel and the plate, and an adhesive that adheres the panel and a surrounding region of the open section of the case.

Mobile terminal device

A mobile terminal device includes a face panel provided on an exterior of a housing, a sensor module that detects that the face panel is touched, where the sensor module is provided on a more inward side of the housing than the face panel, a light-emitting unit provided with a light-emitting member that emits light when the sensor module detects that the face panel is touched, where the light-emitting unit is provided on a more inward side of the housing than the sensor module, and a connection unit that makes an electrical connection between the sensor module and the light-emitting unit.

Mobile terminal device and sensor module

An external component attachable to a portable electronic device includes a curved surface attachable to a convex surface of the portable electronic device and attaching portions formed at both ends of the curved surface and fixable to the portable electronic device. The curved surface curves such that the width between the attaching portions is narrower than the width between fixing portions of the portable electronic device to which the attaching portions are fixable.

External component and portable electronic device

To provide a mobile terminal device that can eliminate influence of static electricity upon signal lines of a signal-line flexible board that is placed through a connecting unit that connects two casings to be able to overlie one another. In the mobile terminal device, one of the casings and the other casing are connected through a connecting unit to be able to overlie one another, and a signal-line flexible board that connects circuit boards housed in one of the casings and the other casing, respectively, is placed through the connecting unit. The mobile terminal device includes a pair of frame-grounded flexible boards that are formed wider than the signal-line flexible board to have a conductor pattern frame grounded, and sandwich both outer surfaces of the signal-line flexible board therebetween.

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 mobile device includes a trigger having a rod-like body fixed at one end. A housing has a first hole into which the body is inserted. A sensor detects that the trigger has been operated in the direction in which the body is pulled from the hole. A buzzer is activated in response to the sensor's having detected the operation of the trigger. A second hole is formed in a firmly fitted member. The body is inserted in the second hole so as to be freely slid forward or backward against the hole. The fitted member is fitted firmly in the entrance portion of the first hole; and a sealing member contacts the internal wall of the first hole and the body.

Mobile device

A terminal is formed by plating a terminal substrate in which a first material capable of being plated and a second material incapable of being plated are two-color molded. For example, by two-color molding an ABD resin and a PC resin to form a terminal substrate and plating the terminal substrate, a terminal having a conductive part corresponding to the ABS resin and a nonconductive part corresponding to the PC resin is obtained.

Terminal and mobile terminal apparatus

A mobile device includes a trigger having a molded component defining the outer shape of the mobile device, and a rod-like body fixed to the molded component at one end. A housing has a hole into which the rod-like body is inserted. Guide walls guide movement of the rod-like body in the direction in which the rod-like body is inserted into or pulled from the hole. A sensor detects that the trigger has been operated in the direction in which the rod-like body is pulled from the hole. An alarm device is activated in response to detection of the operation of the trigger by the sensor. The trigger has sheet-metal members fixed to the molded component and guided by the guide walls by their being moved in contact with the guide walls in the direction in which the rod-like body is inserted or pulled.

A mobile device having a housing and operating on power supplied from the battery loaded in the battery chamber including: a pair of walls of the housing having hook receiving portions formed a groove; a battery lid covering the battery chamber so as to be freely detached; a pair of positioning hooks serving to position the battery lid by entering the grooves of the corresponding hook receiving portions; overhanging edges serving to regulate position of the cover lid; and a waterproof gasket fixed to the battery chamber side of the cover lid so as to be in contact with all sides of the battery chamber.

A mobile unit with fingerprint sensor, includes a fingerprint sensor; a circuit board on which a plurality of circuit components are mounted, one of the circuit components processes an output signal output from the fingerprint sensor; a key case on which a plurality of key switches, used as operation keys of the mobile unit, are arranged, the key case being fixed to the circuit board; and a sensor-specific board that is provided separately from the circuit board and includes the fingerprint sensor thereon, and that is detachably attached to the key case and the fingerprint sensor is arranged adjacent to the operation keys.

Mobile unit with fingerprint sensor and attachment structure

A built-in antenna mounting structure for portable radio equipment, including a shield chassis formed of molded resin, whose surface except an antenna mounting surface is treated with a conductive material, a printed wiring board mounted on the shield chassis and having a transmitting/receiving circuit, and a built-in antenna formed from a metal plate and mounted on the antenna mounting surface of the shield chassis. The built-in antenna has a platelike antenna element and an elastic short-circuit plate for short-circuiting the antenna element to the shield chassis. The shield chassis is held at an edge portion thereof between the short-circuit plate and the antenna element, thereby mounting the built-in antenna on the shield chassis.

Growing community of inventors

Kawasaki, Japan

Tatsuhito Araki