Zumtobel Lighting Gmbh

Zumtobel Staff Gmbh

Gerald Ladstätter

Wolfgang Gadner

Wolfgang Bechter

Michael Spiegel

Martin Bader

Patrik Gassner

Andreas Machate

Manfred Petschulat

Sascha Skergeth

Markus Bohle

Gerhard Galler

Simon Cerv

Sebastian Schubnell

Anton Mündle

Günther Sejkora

Michail Angelov

Thomas Rein

Gregor Mayr

Katharina Keller

Bogna Ludwiczak

Michael Eidam

Stefan Lorenz

Angelo Favarolo

Helmut Feurle

Bogna Ludwiczak-Osterloher

Pier Angelo Favarolo

Manuel Erhard

Erich SCHWÄRZLER

Erich Schwärzler

Joachim Frick

Wolfgang Rüf

The invention relates to a lighting strip system () comprising a support rail system () and luminaires () and further components () connected thereto, wherein electrical lines () are arranged inside the support rail (), and wherein the electrical lines () comprise both a main power supply line () and other lines (). The support rail system furthermore comprises a data transceiver () for modulating further data signals D onto at least one of the other lines (). A method for data communication within the lighting strip system () is also specified.

Use of lines in a lighting strip system for data communication

A contacting element () for connecting a luminaire or an electrical unit to a mounting rail has a contact holding body () with a plurality of connecting contacts (), said contact holding body being adjustable between an open position and a contacting position, wherein at least two connecting contacts () are arranged adjustably on the contact holding body (), and wherein at least two of the adjustable connecting contacts () are combined into a group and mounted on the contact holding body () in such a way that they are only adjustable with respect to the contact holding body () in a fixed relation to one another.

Contacting element for connecting to a mounting rail

A support rail for luminaires or electrical units () has a support rail profile (), which encloses an elongated receiving space, along with at least one busbar (), arranged in the receiving space, with contactable conductors (), wherein the support rail () further has, on its outside, display means () for visually representing the function of the conductors ().

Support rails for luminaires or electrical units

The present invention relates to a carrier rail () for a carrier rail system, comprising: an elongate carrier profile (); a busbar () having at least one electrical conductor () for electrically connecting electrical or electronic components (), wherein the busbar () extends along the carrier profile (); and an adapter element () having a first connection () and a connecting element () and also an adapter housing () for carrying the first connection () and/or the connecting element (), wherein the first connection () can be coupled electrically and/or by means of signals to the busbar () via the connecting element (), and wherein the first connection () is configured for connecting a corresponding second connection () of an electrical or electronic component () such that the electrical or electronic component () can be coupled electrically and/or by means of signals to the busbar () via the connecting element (). The invention also relates to a carrier rail system that comprises the carrier rail according to the invention.

Carrier rail, and carrier rail system having carrier rails

The present invention relates to a mounting rail system () comprising a mounting rail () with an elongate profiled mounting rail () which has a longitudinal extent (L), delimits an interior (I) and has an elongate coupling opening (), and an elongate busbar (), which extends longitudinally (L) in the interior (I) of the profiled mounting rail (), wherein the busbar () has at least one electrical conductor () for electrically connecting electrical or electronic components () via the coupling opening (). The mounting rail system () further has a tapping element (), which is detachably inserted into the interior (I) via the coupling opening () and byway of a contact portion () is electrically coupled to the busbar (). The tapping element () further has a supply element (), which is provided on the outside in relation to the mounting rail () and is electrically connected by way of electrical connecting element () to the contact portion () via an opening (), independent of the coupling opening (), in the profiled mounting rail () in order to supply the electrical tapping by the contact portion () from the busbar () via the supply element () on the outside.

Mounting rail system with a tapping element

The present invention relates to a light trunking system, comprising: at least one trunking rail () for fastening components () of the light trunking system () to the trunking rail (); electrical lines (L, L), which run in the trunking rail () and can be contacted by the components () in order to supply power to the components (); a data terminal (D, D) for receiving data; and a first adapter (), which is connected to the electrical lines (L, L) and to the data terminal and is designed to transmit data received by the data terminal (D, D) to a second adapter () via the electrical lines (L, L) by means of a modulation method.

Light trunking system having data transmission function

A luminaire () or electrical unit for connection to a supporting rail () has a contacting element (), which is introducible into the supporting rail profile () and has connection contacts () mounted adjustably in order to bear against lines () of the busbar () in a state in which the contacting element () has been inserted into the supporting rail profile (). The contacting element () has at least one contact block () with connection contacts (), which is linearly laterally adjustable between an open position and a contacting position.

Luminaire or electrical unit for connection to a supporting rail

The lamp component includes a light orienting element having a light incident end, a light output end opposite the light incident end, and a side surface extending between the light incident and light output ends; and a housing configured to position the light orienting element adjacent a light source. The housing is at least partially translucent, and includes at least one sidewall and a main wall facing the light output end. The light orienting element is configured to deflect a fraction of the incident light towards the light output surface to be projected through the main wall as to direct light, and a fraction of the light towards the at least one housing sidewall to be projected as indirect light. The light orienting element is a first part formed by extrusion in a first direction, and the housing is a second part formed by extrusion in a first direction.

LED lamp component having reflective/refractive element within translucent housing

The invention relates to a cover for a support arrangement of a strip light system, said support system comprising at least two elongate support rail elements which are arranged behind each other in the longitudinal direction. According to the invention, the cover is formed by an elongate shaped part on which several contact elements which are interconnected by means of at least one cable are arranged, and which are described to make contact by means of the light modules of the strip light system.

Cover for the support arrangement of a strip light system and strip light system

The present invention relates to a device carrier () for a strip-lighting luminaire, comprising: first lines () for forming a first power supply circuit; second lines () for forming a second power supply circuit; and at least one converter unit () for electrically coupling the first to the second power supply circuit, said converter unit being mounted on the device carrier (). The first lines () are arranged on a rear face of the device carrier () so that the first lines () are concealed by the device carrier () in the mounted state of the strip-lighting luminaire. The invention further relates to a strip-lighting luminaire comprising at least one device carrier () according to the invention.

Device carrier for a strip-lighting luminaire

A mounting system () for mounting a light fixture comprises two substantially L-shape designed receiving rails (). The receiving rails () each have a first leg () which is designed to be fastened to a front side of a suspended wall or an underside of a suspended ceiling () on a respective opposite edge of a recess () of the wall or ceiling (). The receiving rails () each further comprise a second leg () which is designed to protrude into the recess () and to carry a light fixture housing () of the light fixture, but without connecting the light housing () rigidly to the first legs () of the receiving rails ().

System for thermally decoupled mounting of light fixtures

An arrangement for forming an elongate, channel-type accommodation space comprises at least two elongate mounting rail elements, two of the mounting rail elements being arranged so that their front faces abut via a joint. The arrangement further comprises a first shaped part and a second shaped part connected to the first profiled part to form the channel-type accommodation space, said space at least substantially extending at least over the length of the two mounting rail elements, and one of the two shaped parts being fastened to the mounting rail elements.

Arrangement for forming an elongate, channel-type accommodation space

A light strip system comprises an elongate carrier arrangement formed by mounting rail elements that are open towards the lower face, a shaped part which consists at least partly of a flexible material and forms an accommodation space formed in the carrier arrangement and extending in the longitudinal direction, and a lighting module component arranged in the accommodation space. In order to hold the lighting module component it is arranged so as to push against contact regions of the carrier arrangement, on two opposite sides, each time with the interposition of regions of the shaped part.

Light strip system

In a luminaire, comprising a light source () having at least one LED and a heat sink () for cooling the LED, the light source () is arranged pivotably with respect to the heat sink (), wherein three lever arms () that act on the light source () are provided and the luminaire is designed such that the light source () is pressed against the heat sink () by the three lever arms (). Moreover, a spring element (), which acts on a first () of the three lever arms (), and an adjusting means () for adjusting a second () of the three lever arms () are provided.

Luminaire having a pivotable LED

A luminaire having a box-like luminaire housing for receiving at least one elongate light source and at least one reflector surface arranged&#x2014;seen from the region to be illuminated&#x2014;neighboring the light source, the luminaire housing forms a light exit opening which is closed by a light exit element. The light exit element has in a first emission region, located in substance in front of the light source, a first light emission characteristic, and has in a second emission region, separate from the first emission region, a second light emission characteristic different with respect to the first light emission characteristic.

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Klaus, Austria

Gerald Ladstätter