Apparatus for inserting, retaining and extracting a device from a compartment
Each of one or more devices to be detachably attached to a mechanical substructure includes rails on opposed sides with insertion/extraction mechanisms. Each of a plurality of pairs of guides mounted on the substructure slidably receives and retains a respective set of rails upon attachment of the devices. The insertion/extraction mechanism includes one or more pivotable handles associated with each device for retaining the device with the substructure. A spring extending from a rail makes electrical contact with electrostatic discharge ground pads on the substructure to discharge existing static charge from the device prior to electrical engagement between an electrical connector on the device and an electrical connector on the substructure. An apertured plate of the substructure includes a plurality of apertures through which the devices are inserted/extracted. A face plate may be hingedly attached to and removable from the apertured plate to cover all of the apertures therein that accommodate insertion/extraction of the devices.
1. A mating assembly for detachably attaching a device to a mechanical substructure, said assembly comprising in combination:
a) a pair of rails disposed on and coupled with opposed sides of the device;
b) a pair of spaced apart guides mounted upon the substructure for slidably engaging and mating with said pair of rails upon attachment of the device to the substructure; and
c) securing means for detachably attaching said device to the substructure.
2. The mating assembly as set forth in claim 1 including at least one electrostatic discharge contact electrically coupled with the substructure and an electrostatic discharge spring extending from one of said pair of rails for electrically contacting said electrostatic discharge contact to discharge any static charge present in the device.
3. A mating assembly as set forth in claim 1 wherein said securing means comprises at least one pivotally mounted handle for pulling said device out of engagement with the substructure.
4. The mating assembly as set forth in claim 3 including a pair of said handles.
5. A mating assembly for detachably attaching a device to a mechanical substructure, said assembly comprising in combination:
a) a pair of rails disposed on and coupled with opposed sides of the device;
b) a pair of spaced apart guides mounted upon the substructure for slidably engaging and mating with said pair of rails upon attachment of the device to the substructure;
c) at least one electrostatic discharge contact electrically coupled with the substructure; and
d) a mechanism for inserting and extracting said device from the substructure.
6. A mating assembly for detachably attaching a device to a mechanical substructure having a front plate defining an aperture for inserting and retracting said device, said assembly comprising:
a) a pair of rails disposed on and coupled with opposed sides of the device;
b) a pair of spaced apart guides mounted upon the substructure for slidably engaging and mating with said pair of rails upon attachment of the device to the substructure; and
c) an insertion/extraction mechanism supported from at least one rail of said pair of rails for inserting and retracting said device through the aperture the aperture in the front plate.
7. The mating assembly as set forth in claim 6 including a spring extending from one rail of said pair of rails for electrically discharging any static charge present to the substructure and at least one contact plate electrically connected to the substructure for sliding engagement with said spring.
8. A mating assembly for detachably attaching a device to a mechanical substructure, said assembly comprising:
a) a pair of rails disposed on and coupled with opposed sides of the device;
b) a pair of spaced apart guides mounted upon the substructure for slidably engaging and mating with said pair of rails upon attachment of the device to the substructure;
c) a first electrical connector attached to the device for engaging a second electrical connector mounted on the substructure upon attachment of the device to the substructure; and
d) an insertion/extraction mechanism for inserting and extracting said device from the substructure.