Ge Lighting Solutions LLC

Current Lighting Solutions, LLC

Ubicquia Iq LLC

Sebastien Magnan

Francois Turgeon

Dengke Cai

Christian Poirier

Mohamed Cherif Ghanem

Matthew Alan Bugenske

Jean-Francois Richard

Christopher Henry Wilson

Angela Wong

Eden Dubuc

Mathew L Sommers

Steve Germain

Gleb Geguine

Lucas Urtiga

Katalin Eszter Horvath

Himamshu Prasad

Philippe Luu

Max Hippolyte Windisch

Jeremy Wayne Yon

Methods, apparatus, systems and articles of manufacture are disclosed to provide a smart lighting infrastructure as a service for at least one of communication or analytics. An example communication node apparatus associated with a light fixture includes a sensor to detect an electronic device in proximity to the communication node apparatus. The example apparatus includes a processor to determine authorization of the electronic device to access a processing infrastructure. The example apparatus includes a communication interface to facilitate access to the infrastructure when the processor determines the electronic device is authorized. In the example apparatus, the processor is to monitor and control access to the infrastructure by the electronic device according to an access condition.

Smart light fixture communication network infrastructure and methods of use

Provided is a lighting system comprising at least one lightning detection site including a local controller. The lightning detection site comprises one or more sensors configured for detecting data associated with at least one from the group selected from sound, electromagnetic field, and ambient light flashes. The local controller is configured to analyze the detected data to determine probability that a lightning strike occurred.

Method and system for lightning detection

Provided is a lighting assembly comprising a pin end connector and a knuckle end connector. The pin end connector includes a protrusion having at least one wall and a rotational fastener configured to be received through and retained by the wall. The knuckle end connector includes a discontinuous seat having a first opening configured to receive the protrusion and a second opening configured to receive the rotational fastener. The pin end connector is configured to be received by the knuckle end connector and pivotally rotate to attach the first connector assembly with the second connector assembly. Also provided is a method for joining the pin end connector with the knuckle end connector.

Connector assembly for mounting lighting fixture

Provided is an adjustable lighting system, configured to emit light at any of various bi-directional light-emission ratios. The adjustable lighting system includes a light source, and a reflective component positioned adjacent the light source. The adjustable lighting system also includes a movable positioning apparatus connected to the light source or the reflective component and configured to, when moved, change a relative positioning between the light source and the reflective component.

Adjustable luminaire for selectively controlling uplight/downlight ratio

A system and method according to various embodiments combines three separate technologies to form a unique lighting system with enhanced antimicrobial properties and air cleaning capabilities. The combination of the three technologies also produces a lighting system that extends the required maintenance period for lighting fixtures. The first technology is based on anatase type TiO. The second and third technologies are based on the use of micro-sized surface structures to generate light scattering effects and, at the same time, reduce bacterial colonization and inhibit bacterial migration even during the absence of light or in dark environments.

Environmental cleaning and antimicrobial lighting component and fixture

Provided is a system enhancing control of bacterial growth by combining antimicrobial additives and surface micro-structure patterns on outer surfaces of a device, such as a lighting fixture. The system physically decreases bio-adhesion between microbes and substrates applied to the outer surfaces. The system combines a surface micro-structured component with an antimicrobial component to generate a single component.

Antimicrobial lighting system

LED-based light fixtures are presented that are configured for attachment to a substrate to advantageously function without a reflector and without a backing plate. A light fixture according to an embodiment includes a waveguide having a front surface and a rear surface for emitting light, the waveguide configured to optically couple to a surface of a substrate. The light fixture also includes at least one LED light source disposed on an edge of the waveguide to emit light into the waveguide. The waveguide is configured to emit a first portion of the light above the rear surface for reflection by the surface of the substrate back into the waveguide and through the front surface of the waveguide, and to emit a second portion of the light through the front surface.

LED-based light fixture

An apparatus comprising a transparent or translucent panel and a light module comprising a plurality of light emitting diode (LED) devices. The light module is mechanically connected to an edge of the panel with the LED devices oriented to inject light into the edge of the panel.

Edge-illuminated flat panel and light module for same

An improved LED traffic signal is provided. The LED traffic signal suitably includes a housing with an opening, a printed circuit board coupled to the housing, and a power supply system coupled to the printed circuit board. The power supply system includes a power supply module that receives an AC input voltage from an AC input line and transforms the AC input voltage into a DC voltage with a regulated current to power the LED load, and a synchronized power pulse circuit connected to the power supply that generates a synchronized power pulse representing a power consumption substantially equivalent to that of a halogen or incandescent traffic signal.

LED traffic signal with synchronized power pulse circuit

A lamp is provided which is suitable for use in low-profile applications. The lamp includes a light source and a lens. The lens includes a first surface opposite a second surface, where the second surface includes an injection surface and the first surface includes a multi-faceted optical element converging towards the injection surface. The light source injects light into the lens via the injection surface and the light refracts through the first surface while total internally reflecting off the first surface and the second surface toward the periphery of the lens.

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Lachine, Canada

Sebastien Magnan