Panasonic Corporation

Matsushita Electric Industrial Co., Ltd.

Yasuo Yokota

Hiroto Inoue

Makoto Iyoda

Motonari Ogura

Masahiko Hirata

Yukihiro Iwata

Yukihiro Okada

Hirotsugu Fusayasu

Suguru Nakao

Miyoko Irikiin

Hisahiko Yoshida

Toshiaki Takasu

Kiyotaka Nakase

Yasuhiro Miyamoto

Tomonori Mizutani

Keizo Kawakami

Atsufumi Ishizuka

An imaging apparatus comprises a first imaging unit, a second imaging unit whose use frequency is lower than that of the first imaging unit, an exterior case for housing the first imaging unit and the second imaging unit, and a brace mounting section mounted to the exterior case so as to be partially exposed to an outside. The first imaging unit, the second imaging unit and the brace mounting section are arranged so that a distance from the first imaging unit to the brace mounting section is longer than a distance from the second imaging unit to the brace mounting section.

Imaging apparatus

The present invention provides a display device that prevents damage on a display panel even when the display device drops or falls down during handling. The display device includes: a PDP () including a front panel () and a back panel () that have peripheral portions joined to each other by a sealing material (); a chassis member () supporting the PDP (); and a housing enclosing the PDP () and the chassis member (). The housing includes a front housing portion (), a front protective glass substrate () that closes an opening () provided in the front housing portion (), a side housing portion (), and a back housing portion (). A supporting member () for forming specified gap D between itself and the front panel () is provided on the front protective glass substrate () or the front housing portion () so as to sit between the sealing material () and the opening ().

Display device

The present invention provides a display device that prevents damage on a display panel even when the display device drops or falls down during handling. The display device includes: a PDP () including a front panel () and a back panel () that have peripheral portions joined to each other by a sealing material (); a chassis member () supporting the PDP (); and a housing enclosing the PDP () and the chassis member (). The housing includes a front housing portion () provided with an opening (), a side housing portion (), and a back housing portion (). The back housing portion () is provided with a drawn portion (), and a top part of the drawn portion () is coupled to the chassis member () by a fixing member.

An electronic device including a semiconductor device with a plurality of bump electrodes, a mounting board connected to the semiconductor device, thermally expandable particles, and adhesive. The thermally expandable particles are provided on the sides of the semiconductor device and the surface of the mounting board around a projected area of the semiconductor device. The adhesive is provided on the sides of the semiconductor device and the surface of the mounting board such that it covers the area of thermally expandable particles. This improves the impact resistance of the semiconductor device soldered onto the mounting board, and also facilitates removal of the semiconductor device from the mounting board when the semiconductor device needs repair.

Electronic device and manufacturing method

By providing a coloring agent, which is brought in contact with the liquid fuel leaked from an outer peripheral portion of the liquid fuel holding section that is configured to hold the liquid fuel and by which the contact portion is changed in color, in at least part of the outer peripheral portion, the leakage of the liquid fuel from the liquid fuel holding section can be visually detected swiftly and easily without providing any special detection device.

Liquid fuel container, fuel cell system, and portable information terminal device

Electric circuit board

An optical pickup includes an object lens; a lens holder for holding the object lens; a visco-elastic suspender for suspending the lens holder so as to be movable in a focusing direction and a tracking direction; a driving section for driving the lens holder in the focusing direction and the tracking direction, the driving section including a magnet, a yoke and a driving coil provided on the lens holder. The magnet and the yoke form a magnetic circuit. A heat-insulating area is located between the object lens and the driving coil, and the heat-insulating area includes a heat-insulating material which has a thermal conductivity lower than that of the lens holder.

Optical pickup comprising a heat-insulating material

Growing community of inventors

Osaka, Japan

Yasuo Yokota