Eaton Intelligent Power Limited

Cooper Technologies Company

Adikaramge Asiri Jayawardena

Joseph Michael Manahan

Andrew Francis Scarlata

Benjamin Avery Freer

Daniel Robert Treible, Jr

Richard E Rothenberger

Jesse Wade Taylor

Stephan P Iannce

Abhay Raosaheb Shinde

John M Bonaccio

Arpita Jain

Sonal Satish Tanksale

Pulak Purkait

Stephan Iannce

John Trublowski

Nadarajah Narendran

Andrew Butler

Jean Paul Freyssinier

Christopher Ring

Stewart John Parfitt

Nilay Mehta

Lucas Stahl

Ukwatte Lokuliyanage Indika Upendra Perera

Jeremy Santiago

An electrical circuit protection device a processor-based controller configured to operate at least one solid state switching element in a manner responsive to a variety of different time-current conditions to protect a plurality of different electrical loads. A field deployable adaptor device is configured to communicate with the controller. The controller is configured with at least one pre-preprogrammed control algorithm or at least one selected setting for a control algorithm executable by the controller. At least one pre-preprogrammed control algorithm or at least one selected setting are predetermined by a manufacturer of the circuit protector device.

Configurable circuit protector with pre-programmed field deployable adaptor

Wearable devices for monitoring light sources, and light fixtures are presented. For instance, a device includes a light detection sensor, a user interface device, and a controller operably coupled to the light detection sensor and the user interface device. The controller configured to: monitor a plurality of light sources for an availability status indication; determine, from the status data availability indication, that status data of the equipment is available from the light source; receive a modulated light signal from the light source; decode the modulated light signal into decoded status data; determine a status of the equipment based on the decoded status data; process the decoded status data to determine a diagnosis of the equipment; and indicate via the user interface device the diagnosis of the equipment and a diagnostic action related thereto. The light fixture includes a light source and a controller operably coupled to the light source, The controller is configured to receive status data from equipment, encode the status data in a modulated light signal, and output the modulated light signal using the light source.

Light diagnostics and monitoring using wearables

A heat sink for a luminaire includes a central portion having a top surface and a bottom surface. The bottom surface is adapted to receive a lighting arrangement. The heat sink further includes a plurality of arms configured to dissipate heat generated by the lighting arrangement. The plurality of arms extend radially outward from the central portion. Each one of the plurality of arms is substantially arcuate between a proximal end and a distal end.

Heat sink for luminaire and luminaire arrangements having a heat sink

A light fixture can include a housing comprising at least one wall that forms a cavity, wherein the housing complies with applicable standards for a hazardous environment. The light fixture can also include an antenna assembly disposed on an outer surface of the housing. The antenna assembly can provide communication with another device within the hazardous environment without compromising the applicable standards for the hazardous environment.

Antennae for hazardous location light fixtures

A light fixture is described herein. The light fixture can include at least one light source. The light fixture can also include a controller coupled to the at least one light source, where the controller controls an output of the at least one light source based on a location of the light fixture in a facility.

Output adjustment of a light fixture in response to environmental conditions

A light system includes a first substrate and a second substrate having the first substrate thereon. A light emitting diode (LED) is connected to the first substrate. An encapsulation layer covers the LED and at least a majority of the first substrate.

LED light system having elastomeric encapsulation

An enclosure disposed in an ambient environment can include at least one wall that forms a cavity. The enclosure can also include at least one electrical device disposed within the cavity. The enclosure can further include at least one illuminated viewing system disposed in the at least one wall. The at least one illuminated viewing system can include a window disposed in the at least one wall. The at least one illuminated viewing system can also include at least one light source assembly that directs light within the cavity in which the at least one electrical device is disposed.

Illuminated viewing systems for enclosures

A system for locating an asset can include a first visible light communication (VLC) device having a first controller, a first transceiver, and a first light source, where the first transceiver has a first range, where the first controller broadcasts, using the first transceiver, a first communication signal, where the first communication signal comprises an identification of the asset. The system can also include an asset communication device associated with the asset, where the asset communication device includes a second transceiver and a second controller, where the second transceiver has a second range, where the asset communication device is within the first range, where the second controller broadcasts, using the second transceiver, a second communication signal in response to the first communication signal, where the second communication signal comprises the identification of the asset.

Asset tracking using visible light communication

A control system for hazardous environments decreases flame paths, decreases punctures to the control system when installing interfaces, and increases safety. The control system may be characterized as a 'one size fits all' controller that is able to automatically recognize a plurality of user interfaces. The controller has an enclosure to which the interfaces can be attached. The interfaces may interact with control electronics wholly contained in the enclosure using a variety of 'wireless' mechanisms. Such mechanisms include reflecting light waves, infrared (IR) communication, radio-frequency identification, inductive coils, short-range wireless communication, camera images, piezoelectricity, and magnetism, and the like. The interfaces may include switches, indicator lights, smoke detectors, and the like.

Control system with smart devices for hazardous environments

An electrical device can include a first housing having at least one wall that forms a first cavity, where the first cavity formed by the at least one wall has a first shape and a first size. The electrical device can also include multiple configurable electronics packages disposed within the first cavity, where the configurable electronics packages are connected to each other and positioned in a first orientation within the first cavity. The configurable packages can be configured to be connected to each other and positioned in a second orientation within a second cavity of a second housing, where the second cavity has a second shape and a second size.

Configurable electronics packages

A light fixture can include at least one light fixture component. The light fixture can also include at least one sensor that measures at least one parameter associated with the at least one light fixture component. The light fixture can further include a prognostic and health monitoring (PHM) system coupled to the at least one sensor, where the PHM system analyzes at least one measurement, made by the at least one sensor, to identify at least one factor that affects longevity of the at least one light fixture component.

Prognostic and health monitoring systems for light features

Apparatus, assembly and method for investigating the integrity of a seal and sealant contained in a sealing fitting used in hazardous locations. The apparatus/assembly can include signal transmitters and signal receivers provided on a conduit system on either side of a sealing fitting. The apparatus/assembly can include probes placed on either side of a sealant within a sealing fitting, the probes placed in probe ports provided through the wall of the sealing fitting.

Sealant detection apparatus, method and assembly

A light fixture located in a hazardous environment is described herein. The light fixture can include a housing having at least one wall that forms a cavity, where the housing meets applicable standards for the hazardous environment. The light fixture can also include a sensor assembly disposed within the cavity, where the sensor assembly includes a sensor power supply configured to generate power for an intrinsically safe sensor disposed outside the housing in the hazardous environment and a sensor control module configured to provide control for the intrinsically safe sensor. The light fixture can further include at least one light fixture component disposed within the housing.

Integration of sensor components with light fixtures in hazardous environments

A light fixture is described herein. The light fixture can include a housing having at least one wall that forms a cavity. The light fixture can also include a controller configured to control and communicate with at least one sensor located outside the housing. The light fixture can further include at least one light fixture component coupled to the controller and disposed within the cavity of the housing, where the controller further controls the at least one light fixture component.

Growing community of inventors

Manlius, NY, United States of America

Adikaramge Asiri Jayawardena