Matsushita Electric Industrial Co., Ltd.

Matsushita Electric Industrial Eo., Ltd.

Hideo Haga

Toshihiro Higuchi

Koji Kuchiishi

Yasunobu Ikeda

Yoji Inomata

Takashi Ishihara

A portable radio apparatus has a radio circuit () provided on a printed circuit board (), a speaker () provided on a rear cover (), and a shield case () provided to cover the radio circuit (). In the shield case (), ventilation holes (A) having a size that does not affect the shielding performance are provided in close proximity of the rear of the speaker ().

Portable radio apparatus

A card is slid and fitted to a card connector fixed in a card-fitting recessed portion provided inside a reverse surface-side housing of a portable terminal apparatus. A front portion of the card is held by card holding portions provided in a front portion, as viewed in a card sliding direction, of the card connector, and a rear portion of the card is held by an inner wall surface of a cover-cum-battery of the reverse surface-side housing. A housing-side stopper is provided on a bottom surface of the card-fitting recessed portion. The housing-side stopper is formed by a rectangular resilient piece having one end fixed to a bottom surface of the card-fitting recessed portion.

Card holding structure and portable terminal apparatus having the same

A card connector includes a base member and two sets of contact members which are provided on the base member. One ends of the contact members serve as joining portions with respect to a circuit board of a portable telephone. The other ends of the contact members serve as contact portions with respect to a card. The joining portions are respectively disposed at mutually opposite ends of the base member. The contact portions are bent in a chevron shape and have terminations in a card fitting direction.

Card connector and portable telephone having the same

First of all, a sub-PCB ( ) is fixedly put on a surface of a chassis ( ) as shown in an arrow I. At this time, a taper face ( ) of a guide rib ( ) guides a fixed position of the sub-PCB ( ) in a transverse direction. Next, the sub-PCB ( ) is slid forward as shown in an arrow II. A front end of the sub-PCB ( ) is led into a taper face ( ) of a fixed click ( ) and is guided downward, and gets into the underside of the click and stops in a position of an abutting face ( ).

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Yokohama, Japan

Hideo Haga