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The invention relates to an enclosure structure of electronic equipment such as a rack-mount disk array apparatus, and its object is to increase the number of apparatus units to be mounted and facilitate replacement thereof. The enclosure structure of electronic equipment of the invention having an

The invention relates to an enclosure structure of electronic equipment such as a rack-mount disk array apparatus, and its object is to increase the number of apparatus units to be mounted and facilitate replacement thereof. The enclosure structure of electronic equipment of the invention having an enclosure mounted in a rack in a withdrawable manner, is arranged such that it comprises a plurality of wiring panel portions that partition the inner space of the enclosure in the fore-and-aft direction, the plurality of wiring panel portion being disposed spanning over the inner surface portions of the enclosure; and a movable frame portion that rotationally moves apparatus units connected to the wiring panel portions together with the wiring panel portions, the movable frame portion providing a support to the apparatus units in such a manner as to be attachable to and detachable from the wiring panel portions.

대표청구항 ▼

What is claimed is: 1. An enclosure structure of electronic equipment having an enclosure mounted in a rack in a withdrawable manner, the enclosure structure comprising: a plurality of wiring panel portions that partition the inner space of the enclosure in a fore-and-aft direction, the plurality o

What is claimed is: 1. An enclosure structure of electronic equipment having an enclosure mounted in a rack in a withdrawable manner, the enclosure structure comprising: a plurality of wiring panel portions that partition the inner space of the enclosure in a fore-and-aft direction, the plurality of wiring panel portions being disposed spanning over inner surface portions of the enclosure; a movable frame portion to which a force in a direction of rotational motion is imparted when a lock with the enclosure is unlocked, whereby the movable frame portion moves rotationally so as to rotationally move apparatus units connected to the wiring panel portions together with the wiring panel portions, the movable frame portion providing a support to the apparatus units in such a manner as to be attachable to and detachable from the wiring panel portions; a rotational motion mechanism as a mechanism imparting the force in the direction of rotational motion to the movable frame portion, the rotational motion mechanism supporting the movable frame portion on the enclosure in such a manner as to be rotationally movable, the rotational motion mechanism rotationally moving the movable frame portion by a given angle. 2. An enclosure structure of electronic equipment having an enclosure mounted in a rack in a withdrawable manner, the enclosure structure comprising: a plurality of wiring panel portions that are disposed in the enclosure; a movable frame portion that rotationally moves an apparatus unit connected to the wiring panel portion together with the wiring panel portion; and a rotational motion mechanism that rotationally moves the movable frame portion, wherein the rotational motion mechanism includes: a supporting shaft supporting the movable frame portion on the enclosure in such a manner as to be rotationally movable; a gear mechanism intervening between the supporting shaft and the enclosure; and a spring intervening between the enclosure and the movable frame portion, the spring imparting a force of rotational motion derived from a restoration force to between the movable frame portion and the enclosure. 3. The enclosure structure of electronic equipment of claim 2, further comprising a fixing mechanism that fixes the movable frame portion to the enclosure against the restoration force of the spring. 4. The enclosure structure of electronic equipment of claim 3, wherein the fixing mechanism includes: a locking portion disposed in the movable frame portion, the locking portion blocking rotational motion by becoming caught on a member of the enclosure; and an expansion/contraction portion permitting rotational motion of the movable frame portion by unlocking the locking portion. 5. A disk array apparatus mounted with hard disk units in an enclosure disposed in a rack in such a manner as to be withdrawable, the disk array apparatus comprising: a plurality of wiring panel portions that partition the inner space of the enclosure in a fore-and-aft direction, the plurality of wiring panel portions being disposed spanning over the inner surface portions of the enclosure; a movable frame portion to which a force in a direction of rotational motion is imparted when a lock with the enclosure is unlocked, whereby the movable frame portion moves rotationally so as to rotationally move hard disk units connected to the wiring panel portions together with the wiring panel portions, the movable frame portion providing a support to the hard disk units in such a manner as to be attachable to and detachable from the wiring panel portions; a rotational motion mechanism as a mechanism imparting the force in the direction of rotational motion to the movable frame portion, the rotational motion mechanism supporting the movable frame portion on the enclosure in such a manner as to be rotationally movable, the rotational motion mechanism rotationally moving the movable frame portion by a given angle. 6. A disk array apparatus mounted with hard disk units in an enclosure disposed in a rack in such a manner as to be withdrawable, the disk array apparatus comprising: a plurality of wiring panel portions that are disposed in the enclosure; a movable frame portion that rotationally moves the hard disk unit connected to the wiring panel portion together with the wiring panel portion; and a rotational motion mechanism that rotationally moves the movable frame portion, wherein the rotational motion mechanism includes: a supporting shaft supporting the movable frame portion on the enclosure in such a manner as to be rotationally movable; a gear mechanism intervening between the supporting shaft and the enclosure; and a spring intervening between the enclosure and the movable frame portion, the spring imparting a force of rotational motion derived from a restoration force to between the movable frame portion and the enclosure. 7. The disk array apparatus of claim 6, further comprising a fixing mechanism that fixes the movable frame portion to the enclosure against the restoration force of the spring. 8. The disk array apparatus of claim 7, wherein the fixing mechanism includes: a locking portion disposed in the movable frame portion, the locking portion blocking rotational motion by becoming caught on a member of the enclosure; and an expansion/contraction portion permitting rotational motion of the movable frame portion by unlocking the locking portion.