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A cable manager is attached to a device, connected to a number of cables. The cables are engaged by the cable manager in order to appropriately guide and organize the cables. The cable manager is sized and positioned so that when in a normal operating position, certain components remain freely acces

A cable manager is attached to a device, connected to a number of cables. The cables are engaged by the cable manager in order to appropriately guide and organize the cables. The cable manager is sized and positioned so that when in a normal operating position, certain components remain freely accessible. When so desired, a technician or other user can easily raise and secure the cable manager without disconnecting the cables, thereby moving the coupled cables out of the way of various components of the device. Thus, components obstructed by the cable manager when in the normal operating position can be accessed and serviced, or otherwise utilized.

대표청구항 ▼

A cable manager is attached to a device, connected to a number of cables. The cables are engaged by the cable manager in order to appropriately guide and organize the cables. The cable manager is sized and positioned so that when in a normal operating position, certain components remain freely acces

A cable manager is attached to a device, connected to a number of cables. The cables are engaged by the cable manager in order to appropriately guide and organize the cables. The cable manager is sized and positioned so that when in a normal operating position, certain components remain freely accessible. When so desired, a technician or other user can easily raise and secure the cable manager without disconnecting the cables, thereby moving the coupled cables out of the way of various components of the device. Thus, components obstructed by the cable manager when in the normal operating position can be accessed and serviced, or otherwise utilized. ield-retention system of claim 1 wherein each snap-like feature is molded onto the opposing edge of the major inner surface of the bezel from each flanged feature. 3. The snap-on EMI-shield-retention system of claim 1 further comprising one or more fastening features projecting through one or more of the receiving apertures in the EMI shield, to further prevent dislocation of the EMI shield. 4. The snap-on EMI-shield-retention system of claim 1 further comprising one or more support features against which the EMI shield rests following snap fastening of the EMI shield to the bezel. 5. A method for attaching an EMI shield to an equipment enclosure, the method comprising: molding a number of EMI-shield-retention features onto a bezel having, an inner lip and a major inner surface, the EMI-shield-retention features including at least one snap-like feature and at least one flanged feature, the at least one flanged feature having one or more guide strips molded onto the inner lip of the bezel, each guide strip having a flanged section extending parallel to and proximate to an outer edge of the inner lip of the bezel; providing a number of apertures, complementary to the number of EMI-shield-retention features, in the EMI shield; and snap fastening the EMI shield to the bezel. 6. The method of claim 5 wherein the snap-like features are molded onto the opposing edge of the major inner surface of the bezel from the flanged features. 7. The method of claim 5 one or more of the EMI-shield-retention features project through one or more of the receiving apertures in the EMI shield, to further prevent dislocation of the EMI shield. 8. The method of claim 5 further including providing one or more support features against which the EMI shield rests following snap fastening of the EMI shield to the bezel.