Eaton Corporation

Johnson and Johnson Vision Care, Inc.

United States of America, As Represented by the Secretary of the Navy

Eaton Intelligent Power Limited

Other

Westinghouse Electric Corporation

Borgwarner Inc.

Fina Technology, Inc.

J&j Vision Care, Inc.

Fina Techology, Inc.

Nike Innovate C.v.

David Curtis Turner

Douglas G Vanderlaan

Robert B Steffen

Craig Joseph Puhalla

Azaam Alli

Shivkumar Mahadevan

Kevin P McCabe

Bruce P Gaber

Mark Anthony Janusek

Jack Edward Devine

Roger William Helms

William George Eberts

Joe M Wood

David Michael Olszewski

James D Ford

Jonathan S Dordick

Banahalli R Ratna

Paul E Schoen

Christopher Wildsmith

Douglas S Clark

Frank Molock

Michael A Markowitz

Osman Rathore

Paul Roger Kust

Frank F Molock, Jr

Gregory A Hill

James Patrick Sisley

Ralph Mason Ennis

Bradley Patrick Rizzo

Dale Arden Stretch

Christopher John Conway

Robert Michael Slepian

Richard Paul Malingowski

Thomas A Gee

William E Beatty, Jr

Kenneth Martin Fischer

Douglas Charles Marks

Brian John Schaltenbrand

Mark Miller

James Lester Oliver

Diana Zanini

Kristy L Canavan

Kent Young

Raymond Peter Gundy, Ii

Wade Alan Smith

Brian Scott Jansto

Thomas Ted Kuzniarski

Ramon Javier Ojeda

Robert N Love

Annie C Maiden

Lawrence Joseph Kapples

Mark Allen McAfee

Herman P Schutten

Richard W Abrams

Andrew Lawrence Gottschalk

David A Leone

Lance Gula

Charles A Detweiler

Kurt A Grunert

John B Enns

Robert Dean Keller

Lyle O Hoppie

Thomas Alan Whitaker

Erik Russell Bogdon

Scott Frederick Ansell

Brett D Martin

Vincent Henri Barre

Jonathan Patrick Adams

James M Peck

Richard J Fougere

Edwin D Lorenz

David Edward Little

Likuo Sun

Ronald W Crookston

Ronald Dale Hartzel

Mark Leland

Frank Joseph Stifter, Jr

Richard Chute

Juan Aguirre

Dharmesh K Dubey

John Bieser

Michael Thomas Little

Dominic P Gourd

John C Heaton

Mark G Solveson

Ann-Marie Wong Meyers

Keith Edward Thomas

John B Fore

H Richard Beck

Charles R Paton

Michael G Tokarski

Ruby Curtis

Richard E White

Dean Basil DeGrazia

Subbaraya Radhamohan

Edward Anthony Prince

Paul Alan Merck

Nayiby Alvarez-Carrigan

Jonathan Moore Peifer

Xiaoping Lin

An adjustable trip assembly is for an electrical switching apparatus. The electrical switching apparatus includes a housing, separable contacts and an operating mechanism for opening and closing the separable contacts. The adjustable trip assembly includes a load conductor, a magnetic assembly comprising a magnetic member and an armature movably coupled to the magnetic member, and a calibration assembly comprising a calibration bracket cooperating with the armature, and an adjustment mechanism being adjustable to move the calibration bracket and thereby adjust the position of the armature with respect to the magnetic member to calibrate the magnetic assembly. The magnetic assembly further includes a biasing element that biases the armature away from the magnetic member.

Electrical switching apparatus and adjustable trip assembly therefor

A spring cap for an electrical switching apparatus having a housing, a stationary contact, a movable contact disposed on a moving arm, and a crossbar assembly. The crossbar assembly includes a crossbar, a first contact spring, a second contact spring, and a spring clip. The moving arm is coupled to the crossbar. The spring cap includes a first segment structured disposed between the spring clip and the first contact spring, a second segment disposed between the spring clip and the second contact spring, and a connecting portion connecting the first segment to the second segment. The spring clip is disposed between the moving arm and the contact springs. The spring cap supports the spring clip and evenly distribute bias forces of the contact springs.

Electrical switching apparatus, and crossbar assembly and spring cap therefor

A lever assembly is for an operating mechanism of an electrical switching apparatus. The electrical switching apparatus includes a number of pairs of separable contacts structured to move from a CLOSED position to a TRIPPED OPEN position in response to a trip condition. The operating mechanism has an enclosure member and a number of biasing elements coupled to the enclosure member. The biasing elements are structured to move the separable contacts from the CLOSED position to the TRIPPED OPEN position. The lever assembly includes a lever member structured to engage the enclosure member, and a component located on the lever member. The component is structured to extend through each of the biasing elements in order to lengthen each of the biasing elements when the separable contacts are in the CLOSED position.

Electrical switching apparatus, and operating mechanism and lever assembly therefor

A heater apparatus is structured for use in a circuit interrupter having a thermal trip and includes a conductive device having a terminal and a heater that are co-formed with one another. The terminal includes a base and a support. The conductive device is formed from an individual metallic plate that is bent to form a number of plate elements. The base includes at least one plate element, and the heater includes at least another plate element, with the base and the heater being co-formed. A compression element is threadably receivable on the terminal and is structured to compressively retain an electrical conductor between the compression element and the base.

Heater apparatus, circuit interrupter, and related method

An operating mechanism including a number of biasing elements and a number of linkage members is provided. The linkage members are operatively coupled to each other and each are movable between a second configuration, an initial tripped configuration, a rebound configuration, and a final tripped configuration. The biasing elements are operatively coupled to the number of linkage members and bias the number of linkage members to the final, first configuration. A stop member is coupled to one of the linkage members. The stop member moves with the associated linkage member. The stop member is positioned to contact a stop surface when the linkage members are in the rebound configuration. Contact between the stop member and the stop surface substantially arrests the motion of the linkage members.

Trip bar stop

Electrical switching apparatus and strain relief assemblies therefor are described herein. In one exemplary, non-limiting embodiment, a strain relief assembly includes a cover and a base, each of which include a number of grooves structured to receive a number of wires. Each groove has a first side and a second side, where the second side is located opposite the first side. Furthermore, located on the first side and/or the second side are a number of protrusions. The grooves and the protrusions serve to secure the number of wires within the strain relief assembly such that, if a force is applied to an end of the wire, the protrusions work to retain the wires with the assembly.

Electrical switching apparatus and strain relief assembly therefor

A trip assembly is for an electrical switching apparatus. The electrical switching apparatus includes a housing, an electrical communication assembly coupled to the housing, separable contacts enclosed by the housing, and an operating mechanism for opening and closing the separable contacts. The trip assembly has an indication assembly including a plunger member and a number of auxiliary switches each structured to be coupled to the housing. The plunger member is structured to actuate each of the number of auxiliary switches, thereby electrically communicating a circuit status to the electrical communication assembly.

Electrical switching apparatus and trip assembly therefor

A trip assembly is for an electrical switching apparatus. The electrical switching apparatus has a housing, an electrical communication assembly coupled to the housing, separable contacts enclosed by the housing, and an operating mechanism for opening and closing the separable contacts. The trip assembly includes an actuating element structured to be coupled to the housing and structured to be electrically connected to the electrical communication assembly; and an indication assembly cooperating with the actuating element in order to electrically communicate a circuit status to the electrical communication assembly.

An operating handle interface assembly is for an electrical system. The electrical system includes an enclosure having an interior and an exterior, and a plurality of electrical switching apparatus disposed within the interior. Each of the electrical switching apparatus includes an operating handle. The operating handle interface assembly includes a linking assembly structured to interconnect the operating handles of a plurality of the electrical switching apparatus. An elongated shaft includes opposing first and second ends. The first end cooperates with one of the operating handles of one of the electrical switching apparatus. The second end is disposed on the exterior of the enclosure. A handle attachment is coupled to the second end of the elongated shaft on the exterior of the enclosure. The handle attachment is operable among a plurality of positions to correspondingly operate the operating handles of all of the interconnected electrical switching apparatus.

Electrical system and operating handle interface assembly therefor

A package having a roughened surface that does not adhere to a medical device enclosed therein.

Contact lens packages

The invention provides silicone hydrogel contact lenses that exhibit reduced back surface debris and reduced incidence of superior epithelial accurate lesions.

Contact lenses

A trip assembly is for an electrical switching apparatus. The electrical switching apparatus includes a housing, a reset assembly, an electrical communication assembly, separable contacts, and an operating mechanism for opening and closing the separable contacts. The operating mechanism includes a trip bar and a crossbar. The trip assembly includes: a mounting assembly coupled to the housing; an actuating element coupled to the mounting assembly, the actuating element being electrically connected to the electrical communication assembly; a trip cam coupled to the mounting assembly, the trip cam cooperating with the reset assembly in order to reset the actuating element; and an indication assembly coupled to the mounting assembly. The actuating element is structured to drive the trip cam into the trip bar in order to trip open the separable contacts. The actuating element cooperates with the indication assembly to electrically communicate a circuit status to the electrical communication assembly.

This invention relates to antimicrobial lenses containing metals and methods for their production.

Acidic processes to prepare antimicrobial contact lenses

Growing community of inventors

Imperial, PA, United States of America

David Curtis Turner