Sony Computer Entertainment Inc.

Sony Corporation

Hiroaki Momiyama

Takao Mokutani

Hirohisa Koga

Takashi Sasaya

Hiroshi Katsumata

Pullout prevention structure and cabinet stand

An electronic equipment has an enclosure, a backplane board, a connector, a child board, a connection plate on the bottom edge of the child board mating with the connector, a guide, a rack gear, and a pinion gear. The guide moves within a child board housing part inside the enclosure between an upper and a lower position along a substantially vertical direction. At the upper position, the guide slidably mates with the child board and guides the child board to a temporary attachment position substantially vertically, and movement from the upper to the lower position causes the child board at the temporary attachment position to move substantially vertically to a fully attached position. The rack gear fixed relative to the guide, and the rotating shaft has a pinion gear meshing with the rack gear, and is supported so as to rotate freely relative to the enclosure.

Electronic equipment and board insertion/removal apparatus therefor

An electronic equipment enclosure has a lower housing part and a main board fixed relative thereto. A main board connector is fixed to the main board and faces the lower housing part. A sub board is inserted to a temporary attachment position within the lower housing part and faces the main board at the temporary attachment position. A sub board connector is fixed relative to the sub board and mates and connects with the main board connector. A guide rail is movable freely between a lower position and an upper position within the lower housing part. At the lower position the guide rail guides the sub board toward the temporary attachment position. By the guide rail moving from the lower position to the upper position, the sub board is caused to move from the temporary attachment position to the fully attached position.

Electronic equipment

A tape guide mechanism includes absorbent members retained by a mounting structure so positioned as to absorb lubricant leakage from bearing portions of the tape guide mechanism to outer tape contact surfaces of a roller guide portion of flange portions thereof. The lubricant absorbing members may be mounted at a plurality of locations so as to prevent leakage of lubricant along an inner wall of the cylindrical roller guide portion of the tape guide, leakage along an outer surface of a support shaft of the tape guide, or leakage along inner or outer surfaces of a bearing pressing member provided at ends of the tape guide mechanism adjacent the flange portions thereof.

Growing community of inventors

Kanagawa, Japan

Hiroaki Momiyama