Panasonic Corporation

Panasonic Intellectual Property Management Co., Ltd.

Yasue Chihara

Masanori Ohnishi

Masahiko Nakamura

Norikatsu Yoshida

Takuto Yamazaki

Hiroyuki Kusu

Takahiro Sato

Yuji Ariyoshi

Shinichi Maeda

Tatsuro Nishi

Hirokuni Hagita

A disc device according to the present disclosure is a disc device for supplying a disc to each of a plurality of disc drives, and includes a carrier for retaining a plurality of discs in a stacked state, for separating one disc from the retained plurality of discs above a tray that is ejected from an arbitrary disc drive, and for placing the separated one disc on the tray. The carrier includes a first support claw that is capable of moving forward and backward below the plurality of discs, a second support claw that is capable of moving forward and backward into and out of a gap between a bottom disc and a disc that is adjacent to the bottom disc, among the plurality of discs, and a separation claw that is capable of moving forward and backward into and out of the gap and of pushing the bottom disc downward, where the bottom disc is separated from the retained plurality of discs by moving the first support claw, the second support claw, and the separation claw forward and backward, and pushing the bottom disc downward by the separation claw.

Disc device and disc separation method

A music reproduction apparatus in which a first reproduction unit that has a first retainer capable of retaining a first external audio source and a second reproduction unit that has a second retainer capable of retaining a second external audio source are arranged next to each other. The music reproduction apparatus includes an opening-closing door that covers the first reproduction unit and the second reproduction unit in an openable and closable manner. The second retainer is positioned at an accommodation position on the deeper side than the opening-closing door in the state covered by the opening-closing door. When the opening-closing door is moved to uncover the second retainer, the second retainer is drawn from the accommodation position to move to a draw out position.

Music reproduction apparatus

A rotary element assembly structure in which a rotary elementis assembled to a tip side of a hollow shaft Bprovided upright on a pedestal. A cylindrical portionfor fitting with the hollow shaft is provided to a rotation center portion of the rotary element. In the cylindrical portion, a hook strut portionthat has a hook portionoverhanging in the radial direction at its tip side and that extends substantially in the fitting direction is arranged. A base end portion of the hook strut portion and a base end portion of the cylindrical portion are coupled with each other by a resin-made thin plate portion. A small diameter portion Bwhich is smaller in diameter than a hollow portion Bof the hollow shaft is provided on the tip side of the hollow shaft. The radius of the overhang tip portion of the hook portion is set to be greater than the radius of the small diameter portion of the hollow shaft, and to be smaller than the radius of the hollow portion. By fitting the hollow shaft with the cylindrical portion of the rotary element, the hook portion on the tip side of the hook strut portion is pushed into the hollow portion via the small diameter portion on the tip side of the hollow shaft. Thereby, the hook portion engages with a stepped portion formed by the hollow portion and the small diameter portion.

Rotary element assembly structure with rotary element capable of rotating about hollow shaft

A disc device with which the disc replacing time can further be suppressed includes a picker for conveying a plurality of discs in a stacked state, and a carrier which retains the plurality of discs in a stacked state, which supplies the retained plurality of discs to a respective one of a plurality of disc drives, respectively, and which collects the supplied plurality of discs in a stacked state. The carrier is structured to retain a stacked object made up of a first plurality of discs collected from the plurality of disc drives and a second plurality of discs to be supplied next to the plurality of disc drives.

Disc device having a picker for conveying a pluralty of discs in a stacked state

A disc device supplies a disc to each of a plurality of disc drives. The disc device includes a carrier which retains a plurality of discs being stacked in such a stacked state, which separates one disc from the retained plurality of discs above a tray ejected from an arbitrary one of the disc drives, and which places the separated disc on the tray. The carrier includes a plurality of claw portions holding the inner circumferential portion of the bottommost disc out of the plurality of discs, and a disc press pressing the topmost disc out of the plurality of discs so as to be in parallel to the disc placing face of the tray.

Disc device having a carrier for retaining a plurality of discs in a stacked state

There is provided a disk device that prevents entering of foreign matters, and that forms an opening/closing lid using an inclined surface of a front wall so that the disk device has a design according to which the thickness is not noticeable. A front wallof an outer caseincludes an inclined surface whose front part is inclined downward. An opening portionis provided to the front wallof the outer case, and a lidthat covers the opening portionwhile allowing it to be opened or closed is provided. The lidis configured to move, by rotating about a rotation shaft provided in a direction crossing a disk conveyance direction, between a closed lid positionA in which the lid is flush with the inclined surface such that a disk insertion openingis not exposed to the outside and an open lid positionB in which the disk insertion openingis exposed to the outside and a diskis guided to the disk insertion opening

Disk drive having a rotatable lid and a disk insertion opening

In an attachment structure for attaching an attached-plate to a printed substrate which is installed in a mechanical chassis, the mechanical chassis includes a positioning pin for positioning the printed substrate; and the attached-plate includes a guide groove that engages with the positioning pin and is slidably guided in a predetermined path, a fixing portion to the printed substrate, and an engaging portion that engages with a side portion of the printed substrate. By causing the attached-plate to slide along a substrate side of the printed substrate with the guide groove being engaged with the positioning pin, the guide groove is guided by the positioning pin, whereby the engaging portion engages with the side portion of the printed substrate. In the engagement state, by fixing the fixing portion of the attached-plate to the printed substrate, the attached-plate is attached to the printed substrate.

Growing community of inventors

Osaka, Japan

Yasue Chihara