Westinghouse Electric Corporation

Eaton Corporation

Norman J Phillips

David Leksell

Henry Anthony Wehrli, Iii

Zoltan K Kun

Phillip L Ulerich

Paul Richard Rakus

William A Barrow

William John Jones

Raymond Clyde Doran

Mark S Kruskopf

Paul A Taylor

Suzanne Marie Stewart

Robert L Gottardi

Frank Roth

A handle assembly and an alignment member are mounted on a joining structure that fixedly joins a pair of circuit breakers together. A support assembly is mounted in a cassette that removably receives the circuit breakers and joining structure. The support assembly includes a support bar that is moveable between an inward position and an outward position and that provides vertical support to the joining structure and to the circuit breakers to resist sagging of the circuit breakers at the joining structure to facilitate alignment of the circuit breakers with the cassette and installation of the circuit breakers therein. The handle assembly includes a handle that is moveable between a retracted position and an extended position. A horizontal tensile force applied to the handle in the extended position is, in turn, equally applied to each of the circuit breakers to simultaneously disengage the circuit breakers from the stabs on the cassette and to resist the circuit breakers from binding up within the cassette during removal therefrom.

Double wide center handle

Electrical switching apparatus such as a power circuit breaker, network protector or switch has a self-supporting operating mechanism module including a cage formed by a pair of side plates rigidly clamped in spaced relation by spacers. The cage supports all of the operating mechanism components including a helical compression close spring mounted fully between the side plates and coupled to a cam member through a rocker in a manner which maintains the forces longitudinal to the spring. The cam member has a charging cam with a charge profile for compressing the close spring and a close profile through which the spring drives the cam member to effect a controlled release of stored energy to close the contacts of the apparatus. A close prop, spring biased to an unlatched position, is latched to secure the close spring in the charged state by a latch assembly reset by a reset lever separate from the close prop which in turn is reset by rotation of the cam member during charging. An interlock prevents release of the close spring when the contacts are closed or the trip release is actuated. An indicator actuated by a driver pivoted against the cam shaft snaps from a DISCHARGED to a CHARGED indication as the close spring becomes fully charged and the driver drops into a notch created by a flat on the cam shaft. A snap action open/closed indicator for the switch contacts is also provided.

Electrical switching apparatus with push buttons for a modular operating

Two molded case electrical switches such as circuit breakers, network protectors, disconnect switches and transfer switches, are secured together side-by-side by joining blocks having tongues extending along their sidewalls which engage undercutting grooves undercutting the irregular surfaces of the confronting sidewalls of the switch molded casings with an interference fit. Separate joining blocks for the front and rear sections of the molded casing are driven into place and retained by bolts engaging flanges on the molded casing. The poles are paralleled by external conductors in any desired configuration so that the standard switches can be used without customization.

High current electrical switching apparatus with poles interleaved and

Access is restricted to the push buttons on electrical switching apparatus by a device which includes panel members hingedly mounted in a frame secured to the switch over the push buttons. The panels can be locked in the closed position over the respective push buttons by inserting a locking device through moveable staples molded on the panel members which align with a fixed staple molded on the frame between the panel members. A catch on the underside of the fixed staple is engaged by catch ledges on the panel members to retain the panel members in the closed position without locking. The transparent panel members have apertures too small for a finger, but through which a push button can be actuated by a tool with the panel member closed.

Apparatus for restricting operation of push buttons on electric

A TFEL edge emitter assembly has a TFEL edge emitter module composed of a substrate and an EL stack supported on the substrate and having a light-emitting front edge, and a covering of solid material overlying the EL stack and attached to the substrate. The solid covering produces a hermetical seal with the substrate which substantially encompasses the EL stack and provide an optically transparent medium having a refractive index between that of the EL stack and air.

TFEL edge emitter module with hermetically-sealed and refractive

A TFEL edge emitter structure has a bottom substrate layer, a lower common electrode layer applied over the bottom substrate layer an upper control electrode layer, and a middle EL light-energy generating stack disposed between the lower common electrode and the upper control electrode layers. The middle EL stack includes a lower dielectric layer, an upper dielectric layer, and a middle light-energy generating layer. The lower dielectric layer overlies the lower common electrode layer and bottom substrate layer. The middle light-energy generating layer is deposited over the lower dielectric layer. The upper dielectric layer is deposited over the middle light-energy generating layer. A light emitting face on a front edge of the EL stack is disposed at an angle relative to a street on the front edge portion of the substrate layer that is greater than ninety degrees. The angle selected should be sufficiently greater than ninety degrees relative to the substrate layer street so that a divergent zone of light emitted by the face is not obstructed by the street. A focussing lens is located at a position spaced in front of the inclined light emitting face of the TFEL edge emitter structure where the lens will intercept and intensify a zone of light emerging from the inclined face. A central axis of the focussing lens extends perpendicular to the respective light emitting face.

TFEL edge emitter structure with light emitting face at angle greater

Optical image bar for an electrophotographic printer

A thin film electroluminescent (TFEL) edge emitter module and packaging assembly is composed of a TFEL edge emitter module including an electroluminescent (EL) stack having a linear array of spaced-apart pixels with light-emitting front edges, an enclosure defining a sealed cavity which encloses at least a portion of the EL stack so as to sealably enclose the array of pixels in a contaminant-free environment, a thermally expansive and contractive liquid substantially filling the sealed cavity, and a cavity capacity expansion and contraction mechanism disposed in the enclosure in communication with the cavity and the liquid therein. In response to thermal expansion of the volume of the liquid filling the cavity, the capacity expansion and contraction mechanism is operable to change from a first condition toward a second condition and thereby increase the liquid-holding capacity of the enclosure cavity. Further, in response to thermal contraction of the volume of the liquid, the mechanism is operable to change from the second condition back toward the first condition and thereby decrease the liquid-holding capacity of the enclosure cavity. In such manner, the enclosure cavity liquid-holding capacity is continually maintained substantially equivalent to the enclosed volume of liquid filling the cavity.

TFEL edge emitter module and packaging assembly employing sealed cavity

A thin film electroluminescent edge emitter assembly includes an edge emitter structure disposed on a layer of substrate material. The structure has a configuration to define a linear array of spaced-apart, light-emitting pixels. A packaging assembly surrounds at least a portion of the edge emitter structure to enclose the linear array of light-emitting pixels in a contaminant-free environment. At least the wall of the packaging assembly adjacent to the array of pixels is made from a translucent material to permit light energy emitted by selected pixels of the array interior to the packaging assembly to pass through the wall of the packaging assembly.

Growing community of inventors

Pittsburgh, PA, United States of America

Norman J Phillips