Abstract: A modular electronics enclosure includes a rear frame, a first L-shaped piece and a second L-shaped piece joined to form a box-shaped shell having a floor, a ceiling, a rear wall and first and second opposed side walls that define an internal cavity. The first L-shaped piece includes a wall panel and a top panel that form the ceiling and the first side wall of the shell. The second L-shaped piece includes a wall panel and a bottom panel that form the floor and the second side wall of the shell. The rear frame forms the rear wall of the shell.

Abstract: A modular electronics enclosure includes a rear frame, a first L-shaped piece and a second L-shaped piece joined to form a box-shaped shell having a floor, a ceiling, a rear wall and first and second opposed side walls that define an internal cavity. The first L-shaped piece includes a wall panel and a top panel that form the ceiling and the first side wall of the shell. The second L-shaped piece includes a wall panel and a bottom panel that form the floor and the second side wall of the shell. The rear frame forms the rear wall of the shell.

Abstract: An overvoltage protection (OVP) module includes: an OVP assembly comprising a plurality of OVP units; a frame mounted to the OVP assembly; a terminal block with a plurality of first electrical ports and a plurality of second electrical ports, the terminal block mounted to the frame; and a plurality of electrical conductors, each conductor electrically connected between one of the first electrical ports of the terminal block and a respective OVP unit.

Abstract: Embodiments of interlocking uprights members for a telecommunications equipment cabinet are presented herein. The uprights include first and second areas that engage in an interlocking and alternating overlap so that the uprights interlock in a plurality of positions to vary a dimension of the cabinet.

Abstract: Embodiments of a storage cabinet and methods for making and using such cabinet are disclosed. In one embodiment of an apparatus. a tubular sealed chamber for storing telecommunications equipment is coupled to a sealed chamber to support the sealed chamber. The tubular sealed chamber comprises at least one mount configured to attach and remove the telecommunications equipment, a tube and at least one door to enclose one end of the tube. The support structure partially surrounds the sealed chamber and an area between the sealed chamber and the support structure defines an inter-tube space that functions as a thermal barrier.

Abstract: Embodiments of interlocking uprights members for a telecommunications equipment cabinet are presented herein. In some embodiments, the cabinet is configured to hold a plurality of telecommunications components and has at least one variable dimension. The cabinet may be formed by adjustably joining a pair of identical sub-assemblies in one of a plurality of positions. Additionally, each sub-assembly may include a plurality of upright members, with each of the plurality of upright members having an edge that is configured to interlock, substantially along a length of the upright member, with an edge of a corresponding upright member of the other sub-assembly.

Abstract: Embodiments of variable structural members for a telecommunications equipment cabinet are presented herein. The variable structural members include an embedding surface configured to removably receive a structural insert to modify the characteristics of the equipment cabinet. A variety of removable structural inserts may be embedded in the embedding surface. The structural inserts may be arranged and rearranged to modify the structural characteristics of a cabinet such as at the time of manufacture and/or by a technician or user “in the field”.

Abstract: In a tomodensitometric image reconstruction process the detectors 11 of the tomodensitometer are offset by .DELTA.d/4 (.DELTA.d being the pitch of the detectors), and reconstruction is performed during one complete revolution of the detector assembly, the linear absorption values being weighed by a coefficient .alpha. and an equivalent number of intermediary values being produced by summing each time two successive juxtaposed real values (summation device 20) and weighing the resulting sum by a coefficient .beta./2 prior reconstructing the image on the basis of all these data.