초록 ▼

A system and method for situating a disk drive is provided. One embodiment comprises a system for situating a disk drive within a chassis. The system comprises a disk drive unit comprising a drive bracket coupled to the disk drive, as well as a lever member movably coupled to the drive bracket. The

A system and method for situating a disk drive is provided. One embodiment comprises a system for situating a disk drive within a chassis. The system comprises a disk drive unit comprising a drive bracket coupled to the disk drive, as well as a lever member movably coupled to the drive bracket. The system further comprises a drive guide coupled to the chassis. There earlier-mentioned lever member is operable to engage the drive guide when the disk drive unit is being situated within the chassis. Furthermore, the system enables the situating of the disk drive unit within the chassis along a plane other than a plane along which a connector of the disk drive mates with a connector disposed within the chassis.

대표청구항 ▼

A system and method for situating a disk drive is provided. One embodiment comprises a system for situating a disk drive within a chassis. The system comprises a disk drive unit comprising a drive bracket coupled to the disk drive, as well as a lever member movably coupled to the drive bracket. The

A system and method for situating a disk drive is provided. One embodiment comprises a system for situating a disk drive within a chassis. The system comprises a disk drive unit comprising a drive bracket coupled to the disk drive, as well as a lever member movably coupled to the drive bracket. The system further comprises a drive guide coupled to the chassis. There earlier-mentioned lever member is operable to engage the drive guide when the disk drive unit is being situated within the chassis. Furthermore, the system enables the situating of the disk drive unit within the chassis along a plane other than a plane along which a connector of the disk drive mates with a connector disposed within the chassis. o said first and second collector electrodes, respectively, so that first and second stepped portions are respectively formed on the periphery of the first and second collector electrodes; a separator disposed between said first and second polarized electrodes; and first and second gaskets attached to said first and second stepped portions, respectively, and a third gasket attached to the periphery of said separator, said first and second gaskets being thermally joined with said third gasket. 7. The electric double layer capacitor of claim 6, wherein said first gasket has a portion which extends inwardly from peripheral side walls of the separator and surrounds peripheral side walls of the first polarized electrode and said second gasket has a portion which extends inwardly from the peripheral side walls of the separator and surrounds peripheral side walls of the second polarized electrode. 8. The electric double layer capacitor of claim 6, wherein a portion of said first gasket surrounds peripheral side walls of said first collector electrode and a portion of said second gasket surrounds peripheral side walls of said second collector electrode. 9. The electric double layer capacitor of claim 6, wherein a ratio of a difference between 1/2 of a total thickness value of the thermally joined first, second and third gaskets and a thickness value of one of said polarized electrodes to a thickness value of said separator is in the range between 0.2 and 0.6. 10. The electric double layer capacitor of claim 6, further comprising: a first conducting member secured to one of the collector electrodes of an uppermost component cell of said layered structure and a second conducting member attached to one of the collector electrodes of a lowermost component cell of said layered structure; first and second lead lines extending from said first find second conducting members; and a package for sealing said layered structure with said first and second conducting members secured thereto so that said first and second lead lines extend outwards of said package. 11. The electric double layer capacitor of claim 10, wherein said package is formed of a laminate of a metal film and an insulating film, the metal film facing inside of the package and the insulating film facing outside of the package. 12. The electric double layer capacitor of claim 10, wherein said package comprises: an inner housing formed of a thermoplastic material; and an outer housing formed of a metal film. 13. The electric double layer capacitor of claim 12, wherein at least one of said inner and outer housings is formed with a rib portion in a position corresponding to a position of the layer structure where the gaskets of said plurality of component cells are located. 14. The electric double layer capacitor of claim 12, wherein said outer housing comprises first and second vessels one of which is formed with a plurality of claws for providing a gripping contact with the other vessel. 15. The method according to claim 1, further comprising the step of vertically aligning an outer edge of each of said first, second and third gaskets with each other. 16. The method as claimed in claim 15, wherein the first, second and third gaskets are formed from a same material. 17. The method as claimed in claim 1, further comprising the step of cooling the cell so that the first, second and third gaskets are hardened into an integrated piece. 18. The capacitor cell according to claim 2, wherein an outer edge of each of said first, second and third gaskets are vertically aligned with each other. 19. The capacitor cell according to claim 18, wherein the first, second and third gaskets are formed from a same material. 20. The capacitor cell according to claim 2, wherein the first, second and third gaskets are hardened into an integrated piece. ing having an edge defining a first slope; a second housing having an edge defining a second slope facing the first slope when the first and second housings are unfolded; and conical hinge means situated between the first and second housings, for coupling the first housing to the second housing. The conical hinge means comprises first and second side hinge arms facing each other, mounted on the first housing; and a center hinge arm coaxially interposed between the first and second side hinge arms, the center hinge arm being mounted on the second housing.