Koninklijke Philips Corporation N.v.

Philips Lighting Holding B.v.

Signify Holding B.v.

Willem Piet Van Hoof

Michel Cornelis Josephus Marie Vissenberg

Erik Paul Boonekamp

Johannes Petrus Wilhelmus Baaijens

Andrew Ulrich Rutgers

Oscar Garcia Morchon

Ramon Pascal Van Gorkom

Daniel Willem Elisabeth Schobben

Mark Johannes Antonius Verhoeven

Engel Johannes Knibbe

George Frederic Yianni

Edith Danielle Den Hartog

Supriyo Chatterjea

Andre Melon Barroso

Andreas Aloysius Henricus Duijmelink

Elena Tiziana Ferrari

Mikhail Victorovich Sorokin

Marcus Jozef Van Bommel

Daniël Willem Elisabeth Schobben

Florian Stadler

Melike Yavuz

Michael David Simpson

Erik Paul Paul Boonekamp

Johannes Petrus Wilhelmust Baaijens

A lighting system controller comprises a controller for controlling an arrangement of lighting units for implementing different lighting effects. A sensor is used to identify a visitor and also to count the number of visits of the visitor which have taken place, for example while the same lighting effect has been in place. A change in the lighting effect is made based on the number of visits of one or more visitors, again for example with the same lighting effect. In this way, the lighting effect is changed automatically when it needs to be changed in order to maintain the interest of visitors (either individually or as a collective group).

Retail space lighting control system and method

An insect control system has a light source arrangement () comprising one or more light sources with tunable spectrum, polarization, intensity and or flickering pattern. The system enables a particular type of insect to be attracted or repelled in a particular time period.

Lighting system for insect control

The invention relates to accessing user interfaces for atmosphere controlling, particularly to comfortably accessing dedicated user interfaces of a complex atmosphere control system. A basic idea of the invention is to provide several user interfaces, each of which is provided for a certain control configuration for atmosphere control with an atmosphere creation system and to control the access to the user interfaces. In an embodiment of the invention, a system for controlling the access to a user interface for atmosphere control with an atmosphere creation system (), which is provided to create atmospheres in an environment, is provided, wherein the user interface access control system comprises&#x2014;several user interfaces (), wherein each use interface is provided for a certain control configuration for atmosphere control with the atmosphere creation system, &#x2014;several access control codes (), wherein each access control code is assigned to one of the several user interfaces, and &#x2014;user interface access control means () being adapted to receive an access control code and to access the user interface assigned to the received access control code.

Controlling the access to a user interface for atmosphere control with an atmosphere creation system

A light system for a stadium, the light system comprising: at least one sensor configured to determine light intensity values for multiple locations within the stadium; at least one electronically controllable luminaire configured to generate light directed towards at least one location of the multiple locations within the stadium based on a received control parameter; a controller configured to receive the light intensity values from the at least one sensor, further configured to determine a light intensity difference based on the light intensity values from the multiple locations within the stadium, and configured to select the at least one electronically controllable luminaire and generate the control parameter for the least one electronically controllable luminaire based on the light intensity difference to attempt to reduce the light intensity difference.

Lighting system for a stadium

A lighting arrangement () configured to illuminate an object (), the lighting arrangement () configured to emit light of a plurality of colors, and a control unit for controlling mixed light emitted by the lighting arrangement is disclosed. The control unit is configured to determine the object () to be illuminated and to receive a reflection spectrum of the object. Then, the control unit selects control parameters for mixed light emitted by the lighting arrangement, the mixed light having an illumination spectrum matching the reflection spectrum of the object based on predetermined parameters relating to the type of object. Furthermore, the lighting arrangement illuminates the object based on the selected control parameters provided by the control unit. A corresponding method and a computer program product are also disclosed.

Color emphasis and preservation of objects using reflection spectra

A lighting systemand a method of controlling a lighting system are provided. The lighting system comprises a lighting arrangementwith a first light emitter, a second light emitterand a driving circuitryand comprises a controllerproviding a control signalto the driving circuitry. The first and second light emitters emit different colors or light L, L. The controller is configured to generate the control signal such that a required minimum amount of light is received at a relative position P with respect to the lighting arrangement and that the amount of power used by the lighting arrangement is minimized when the lighting arrangement emits light in accordance with the generated control signal. In the generation of the control signal efficiency ratios R, Rfor the different light emitters are taken in to account.

Lighting system and a method of controlling a lighting system

The invention provides a display and lighting arrangement () comprising a display unit (), a sensor system (), a control unit () and a lighting system (), wherein the sensor system () is configured to sense a person () in a predetermined area () and to generate a corresponding sensor system signal. The lighting system () comprises a first light source () configured to provide front face light () to the person () and a second light source () configured to provide top light () to the person () in the predetermined area (). The control unit () is configured to derive a person feature from the sensor system signal and to control, based on the person feature, the light () of the first light source () and the light () of the second light source (). The display unit () is configured to display an image () of the person () located in the predetermined area () to the person () in the predetermined area ().

Display and lighting arrangement for a fitting room

A luminaire module () arranged to radiate light in all directions is disclosed. It comprises a plurality of sections () each having an LED () and at least one electrical terminal () opposing said LED (). The sections () are attachable to each other with their LED's () facing outwardly so that the electrical terminals () of each section () face each other within the luminaire module (). The sections () are attachable to each other in spaced relation A lighting network comprises a plurality of luminaire modules (), wherein the luminaire modules () are coupled to each other in a three dimensional form.

Luminaire module

An electronic system comprises at least a base part, a power source and at least one electronic module adapted to be powered by the power source. The base part is provided with at least two parallel extending, elongated tracks being electrically conductive. At least one parameter of the electronic module is changeable by amending the distance of the electronic module to a predetermined location on the tracks.

Electronic system and an electronic module therefor

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Horst, Netherlands

Willem Piet Van Hoof