Door for computer case

An apparatus for performing computer operations, the apparatus comprising:

• a case having at least one bay;
• a drive of mass storage devices for being received in the bay;
• and
• a door mounted to the case and being shiftable between a first position with the door blocking access to the drive in the bay to prevent insertion of mass storage devices into and removal of mass storage devices from the drive and a second position with the drive being accessible for allowing the insertion of mass storage devices into and removal of mass storage devices from the drive,
• wherein the case has an elongate shape and is adapted to be placed on end as a vertical tower type of case, and the case includes track guides to which the door is mounted for sliding movement along the length of the case between the first and second positions, and
• the vertical tower case has upper and lower portions with the bay being at the upper portion of the case and with the door in the first position the door is at the upper portion of the case and in the second position the door is at the lower portion of the case, and the door includes lateral edges having slide members that are preloaded in the track guides such that with the door slid to the upper bay blocking position the door preload keeps the door stationary preventing the door from sliding back down along the guides to the lower bay accessing position, and
• a manually actuated drive between the case and the door for allowing a user to move the door between its respective positions in a smooth manner overcoming frictional resistance generated by the preloading of the door.

An apparatus for performing computer operations, the apparatus comprising:

• a case having at least one bay;
• a drive of mass storage devices for being received in the bay;
• and
• a door mounted to the case and being shiftable between a first position with the door blocking access to the drive in the bay to prevent insertion of mass storage devices into and removal of mass storage devices from the drive and a second position with the drive being accessible for allowing the insertion of mass storage devices into and removal of mass storage devices from the drive;
• a gear drive between the case and door for moving the door between the first and second positions;
• wherein the door includes lateral edges having slide members that are preloaded in track guides, mounted on the case, such that with the door slid to the first position the door preload keeps the door stationary preventing the door from sliding along the guides to the second position.

An apparatus for performing computer operations, the apparatus comprising:

• a case having at least one bay;
• a drive of mass storage devices for being received in the bay;
• and
• a door mounted to the case and being shiftable between a first position with the door blocking access to the drive in the bay to prevent insertion of mass storage devices into and removal of mass storage devices from the drive and a second position with the drive being accessible for allowing the insertion of mass storage devices into and removal of mass storage devices from the drive;
• a modular drive unit for being removably attached to the case,
• a latching mechanism between the case and modular drive unit for latching and unlatching the modular drive unit to and from the case,
• wherein the latching mechanism is only accessible for unlatching and removing the modular drive unit from the case when the door is in one of the first and second positions;
• and
• wherein the door includes lateral edges having slide members that are preloaded in track guides, mounted on the case, such that with the door slid to the first position the door preload keeps the door stationary preventing the door from sliding along the guides to the second position.

An apparatus having circuitry for performing computer operations, the apparatus comprising:

• an elongate housing having a front and back and spaced ends;
• at least one bay with an opening at the front of the housing;
• a drive for a mass storage device for being received in the at least one bay for insertion of the device into the drive and into electrical communication with the circuitry;
• a door having a front and back and being mounted to the housing with the back of the door facing the front of the housing and including a blocking position relative to the drive and an accessing position relative to the drive;
• a slide connection between the door and the housing for free vertical sliding of the door between the blocking position preventing access to the drive and the accessing position to allow access to the drive with the force required for vertical sliding of the door either vertically upward or vertically downward being substantially the same, the fronts of the housing and the door facing the same general direction with the door in either the blocking or accessing position with the front of the door being exposed for viewing at all locations between the blocking and accessing positions;
• and
• wherein the door includes lateral edges having slide members that are preloaded in track guides, mounted on the housing, such that with the door slid to one of the positions the door preload keeps the door stationary preventing the door from sliding along the guides to the other position.

An apparatus having circuitry for performing computer operations, the apparatus comprising:

• an elongate housing having a front and back and spaced ends;
• at least one bay with an opening at the front of the housing for receiving a drive for a mass storage device in the housing for insertion of the device into the drive and into electrical communication with the circuitry;
• a door having a front and back and being mounted to the housing with the back of the door facing the front of the housing;
• and
• a slide connection between the door and the housing for sliding of the door between a blocking position preventing access to the drive and an accessing position to allow access to the drive, the fronts of the housing and the door facing in the same general direction with the door in either the blocking or accessing position,
• wherein the housing has one of its ends adapted to be placed on a support surface during computer operations with the bay being adjacent the other end of the housing, and
• wherein the door includes lateral edges having slide members that are preloaded in track guides, mounted on the housing, such that with the door slid to one of the positions the door preload keeps the door stationary preventing the door from sliding along the guides to the other position, and
• a gear drive between the door and housing to provide smooth sliding of the door.

An apparatus having circuitry for performing computer operations, the apparatus comprising:

• an elongate housing having a front and back and spaced ends;
• at least one bay opening at the front of the housing for receiving a drive for a mass storage device in the housing for insertion of the device into the drive and into electrical communication with the circuitry;
• a door having a front and back and being mounted to the housing with the back of the door facing the front of the housing;
• a slide connection between the door and the housing for sliding of the door between a blocking position preventing access to the drive and an accessing position to allow access to the drive, the fronts of the housing and the door facing in the same general direction with the door in either the blocking or accessing position;
• a gear drive between the door and housing having a gear wheel and a rack which meshes with the gear to provide smooth sliding of the door along the front of the housing;
• and
• wherein the door includes lateral edges having slide members that are preloaded in track guides, mounted on the housing, such that with the door slid to one of the positions the door preload keeps the door stationary preventing the door from sliding along the guides to the other position.

An apparatus having circuitry for performing computer operations, the apparatus comprising:

• an elongate housing having a front and back and spaced ends;
• at least one bay with an opening at the front of the housing for receiving a drive for a mass storage device in the housing for insertion of the device into the drive and into electrical communication with the circuitry;
• a door having a front and back and being mounted to the housing with the back of the door facing the front of the housing;
• a slide connection between the door and the housing for sliding of the door between a blocking position preventing access to the drive and an accessing position to allow access to the drive, the fronts of the housing and the door facing in the same general direction with the door in either the blocking or accessing position;
• wherein the front of the housing includes an arcuate portion adjacent one its ends and the door has an arcuate shape for sliding over the housing arcuate portion and being generally complementary to the housing arcuate portion such that with the door slide toward the other end of the housing the door provides the front of the housing with an arcuate appearance,
• the front of the housing has a generally flat portion adjacent its other end and the bay is disposed along the housing flat portion so that the arcuate door is slid over the housing arcuate portion in its accessing position, and
• the door includes lateral edges having slide members that are preloaded in track guides, mounted on the housing, such that with the door slid to one of the positions the door preload keeps the door stationary preventing the door from sliding along the guides to the other position.