Regent Lighting Corporation

Adc Dsl Systems, Inc.

Suleyman O Sumer

Mitchell M Osteen

Deborah H Heller

James Xavier Torok

Charles L Dozier

Brian L Spitler

Gary M Haslam

James Edward Bartlett

Edward R Small

Brian Donald Van Voorhis

Thomas DiVittorio

Christopher Tad Ammann

Scott E Scheibe

Santiago Singarayar

Matthew Abraham Richardson

Jose M Pinedo

Kent Chen

Mitchell O Osteen

A network interface device is provided. The network interface device comprises an enclosure having a first portion coupled to a second portion wherein the first portion and second portion have cavities. The network interface device further comprises a removable case having a plate and a base wherein the plate is adapted to be coupled to the base, wherein the case is adapted to be removably disposed in the cavity of the second portion of the enclosure. A network interface circuit is disposed in the case, the network interface circuit is adapted to provide communication to and from a network and to and from at least one customer premise equipment.

Network interface device having improved thermal properties

A fiber sub-system is provided. The fiber sub-system comprises a fiber optic transmission module, one or more contact boards adapted to couple to shelf interface connectors, and a midplane adapted to couple with the one or more contact boards and the fiber optic transmission module enabling communication between the one or more contact boards and the fiber optic transmission module without requiring modifications to the fiber optic transmission module. The fiber sub-system also comprises a shell for encapsulating the fiber optic transmission module, the one or more contact boards, and the midplane.

Fiber sub-system for a shelf

Housing for fiber sub-system

A housing having a shell, a first compartment, and a second compartment within the first compartment is provided. A first cover is pivotally attached to the shell for selectively opening and closing the first compartment. The first cover has a resilient latch biased for grasping the shell and a lead-out for wires. A second cover is pivotally attached to the shell for selectively opening and closing the second compartment. A plurality of pivot connectors is located in the first compartment. Each of the plurality of pivot connectors is oriented to receive a wire in a direction parallel to a plane of the lead-out for wires. A plurality of jacks is also located in the first compartment. Each of the plurality of jacks has at least one resilient conductor. Each of the plurality of jacks is oriented so that the resilient conductor lies in a plane perpendicular to the plane of the lead-out for wires.

Housing for telecommunications module

Combined floodlight and sensor

Decorative lantern base

Light fixture

A cover plate is designed for use in either wall mounting or ceiling mounting applications. The cover plate comprises a base forming a base plane for mounting said plate flush against a support surface. A main body is connected to the base and has a generally flat mounting surface disposed in the plane parallel to the base and a sloped mounting surface inclined with respect to the base plane. A pair of first mounting holes are formed in the flat mounting surface which have an axis substantially perpendicular to the base plane. A pair of second mounting holes are formed in the sloped mounting surface and have an axis disposed at an angle with respect to the base plane. In ceiling mounting applications, lighting fixtures are received in the first mounting holes. Conversely, in wall mounting applications, the lighting fixtures are received in the second mounting holes.

Universal cover plate for a lighting fixture

This luminaire employs as its light source a double-ended lamp comprising a tubular light-transmitting envelope having a central longitudinal axis, conductive terminals at opposite ends of the envelope, and a light-generating filament connected between the terminals. The lamp, when installed in the luminaire, is connected between a pair of spaced contacts respectively engaging its conductive terminals. The luminaire is constructed in such a manner that an installer engaged in relamping it is blocked from accidentally touching one terminal of the lamp while the other terminal is engaged with its mating contact, thereby protecting the installer from such electric shock as could result from touching one lamp terminal while the other is engaged with a live contact.

Luminaire including a double-ended lamp and means for protecting against

Portable lighting fixture

This quartz-halogen floodlight includes mounting means that is so constructed that the light-aiming angle of the floodlight can be adjusted both horizontally and vertically without disturbing the normal horizontal disposition of the quartz-halogen lamp within the floodlight.

Quartz-halogen floodlight with mounting means capable of adjusting

A lamp housing is pivotally connected to a support stand having a top portion and a plurality of legs. A support boss extends upwardly from the top portion to which the housing is mounted. The electrical connections and components are mounted beneath the domed portion of the support stand.

Portable floodlight and stand

This portable lighting fixture comprises a lamp housing containing a lamp and a reflector that projects light from the lamp through an opening in the front face of the housing. A protective grill on the housing registers with the front-face opening in a location spaced from the opening. Normally located beneath the housing is a base that normally supports the housing. The grill has an outer periphery that appears rounded when viewed from a horizontal reference plane located above the housing when the housing is in its normal location atop the base. Tip-over of the fixture onto a horizontal surface that causes the central peripheral portion of the grill to fall against the horizontal surface results in the fixture rolling over in a lateral direction on the rounded grill following initial contact between the central peripheral portion of the grill and the horizontal surface. This roll-over action causes heat that is emitted through the front-face opening of the fixture to be directed via a path that is oriented to produce reduced heating of the support surface under these conditions.

Growing community of inventors

Chapel Hill, NC, United States of America

Suleyman O Sumer