Abstract:
A device connector module. The device connector module includes a device connection mechanism and a housing. The device connection mechanism includes a first port for coupling to an external device and a second port for coupling to a computer system. The housing encasing the device connection mechanism such that the first port and the second port are accessible and wherein the housing is for coupling the device connector module to a device connector module receptacle.
Abstract:
A computer housing, removable light pipe device, and method for assembling a computer are disclosed. The computer housing has a drive door assembly and a light pipe. The light pipe is removably coupleable with the drive door assembly.
Abstract:
A device connector module receptacle. The device connector module receptacle includes a plurality of slots for receiving a plurality of device connector modules. A device connector module includes a device connection mechanism including a first port for coupling to an external device and a second port for coupling to a computer system. A device connector module also includes a housing encasing the device connection mechanism such that the first port and the second port are accessible and wherein the housing is for coupling the device connector module to the device connector module receptacle. The device connector module receptacle is configured for coupling to a chassis of the computer system.
Abstract:
A front panel that can be removed from and installed onto a computer hardware chassis. A computer system housing includes a chassis and a removable front panel that is removably connectable to the chassis. The chassis includes a first locking mechanism, a first structure for engaging and releasing the first locking mechanism, a second locking mechanism and a second structure for engaging and releasing the second locking mechanism. The front panel includes a first mating portion for receipt at the first locking mechanism, wherein the first mating portion is removably engaged with the first locking mechanism, and a second mating portion for receipt at the second locking mechanism, wherein the second mating portion is removably engaged with the second locking mechanism.
Abstract:
A front panel that can be removed from and installed onto a computer hardware chassis. A computer system housing includes a chassis and a removable front panel that is removably connectable to the chassis. The chassis includes a first locking mechanism, a first structure for engaging and releasing the first locking mechanism, a second locking mechanism and a second structure for engaging and releasing the second locking mechanism. The front panel includes a first mating portion for receipt at the first locking mechanism, wherein the first mating portion is removably engaged with the first locking mechanism, and a second mating portion for receipt at the second locking mechanism, wherein the second mating portion is removably engaged with the second locking mechanism.
Abstract:
An apparatus and method for flexibly mounting variously sized devices in a computer chassis. A front panel includes a first portion that is reserved for a plurality of contiguous openings supporting a plurality of vertically stacked 3½ inch bays. At least one opening is protected by a corresponding knock-out plate. The front panel also includes a second portion that is adjacent to the first portion. The second portion is reserved for a plurality of module acceptors. At least one module acceptor is located adjacent to a corresponding opening and adapted to receive a corresponding module. Additionally, at least one module acceptor includes a first attaching mechanism capable of mating with a second attaching mechanism located on the corresponding module for attaching the corresponding module to the computer chassis. Further, at least one pair of adjacent opening and module acceptor in combination is adapted to receive a front connector panel bracket.
Abstract:
Embodiments of the present invention pertain to apparatuses and methods are described. In one embodiment, a USB user interface is integrated with a card reader. The card reader is used for reading information from a card. A USB port is coupled with the USB user interface so that the USB user interface can communicate with the USB port.
Abstract:
A system monitors parameters (e.g., speed, position, threshold boundaries) of mobile items attached to beacons and produces signals indicating these parameters. The system also monitors non-mobile parameters (e.g., battery life, door locks, windows) in the items. Different technologies (e.g., wireless) are provided for communicating between the beacons and a beacon controller interface. Different technologies are provided for locating and indicating item positions. The beacons and the interface provide for new beacons to be added to the system with different characteristics than the existing beacons for monitoring the operation of new beacons without affecting the operation of existing beacons. The system includes resellers, retailers, users and subscribers in a flexible relationship to enhance the ease in the system operation. Beacons can perform more than one function (e.g. tracking, threshold monitoring) simultaneously. Scenarios for the beacons can be created and monitored. Recovery personnel can intervene to resolve crises.
Abstract:
An optical module has port housing comprised of a material that does not substantially shield EMI, such as an optical plastic. The port housings have a receiving ferrule disposed in an aperture of an electrically conductive shell. The ferrule is movably coupled to the shell to permit it to respond to loads imposed by an optical fiber connector and includes an electrically conductive cap to shield a portion of the port housing proximate the ferrule.
Abstract:
A drive bay cover for reducing high frequency electromagnetic interference (EMI) emissions. The drive bay cover is for covering a bay of a computer system chassis by coupling to the computer system chassis. At least one edge of the drive bay cover is a serrated edge such that a gap between the serrated edge and a second edge is less than a wavelength of an EMI emission.