LUMINAIRE SYSTEM HAVING TOUCH INPUT UNIT FOR CONTROL OF LIGHT OUTPUT ANGLE Russian patent published in 2018 - IPC H05B37/02 

Abstract RU 2657236 C2

FIELD: electricity.

SUBSTANCE: invention relates to lighting control, in particular to luminaire system control. Result is achieved in that the luminaire system comprises: at least one illumination unit (1) comprising at least one light emitting element arranged to emit light (5) out of at least one light emission surface (3); at least one input unit (4) arranged for detecting a finger gesture of a user, and at least one driver unit arranged for driving said at least one illumination unit (1) in accordance with the finger gesture detected by said at least one input unit (4). Luminaire system is characterised in that the at least one input unit (4) is further arranged for detecting an input angle (alpha) between the finger and said at least one input unit (4), and in that said at least one driver unit is further arranged for driving said at least one illumination unit (1) for emitting light out of said at least one light emission surface (3) under an output angle (beta) which corresponds with the detected input angle (alpha).

EFFECT: technical result is providing a luminaire system in which the luminaire is configured to provide a beam of light directed towards a target area.

15 cl, 18 dwg

Similar patents RU2657236C2

Title Year Author Number
METHODS AND APPARATUS FOR PROVIDING LED-BASED SPOTLIGHT ILLUMINATION IN STAGE LIGHTING APPLICATIONS 2008
  • Chemel Brajan
  • Blehkuehll Majkl K.
  • Pipgras Kolin
  • Uorvik Dzhon
RU2503883C2
LIGHTING FACILITY COMBINING GENERAL AND DIRECTIONAL LIGHTING 2010
  • Bembridzh Meht'Ju L.
  • Vatson Dzhordzh F
  • Pena Oskar E.
  • Martsano Stefano
RU2536814C2
CONTROLLED LIGHTING SYSTEM 2010
  • Snejder Piter Jakob
  • Berkvens Vinfrid Antonius Khenrikus
  • Kornelissen Khjugo Jokhan
  • Sonnevill Per Robert Valer
RU2579746C2
METHODS AND DEVICE FOR STARTING AND CONTROLLING LIGHTING UNITS AND LAMPS WITH TOUCH-SENSITIVE CONTROL AND WITH GESTURES CONTROL 2015
  • Newton, Philip Steven
  • Dekker, Tim
  • Clout, Ramon Antoine Wiro
  • Aliakseyeu, Dzmitry Viktorovich
  • Lashina, Tatiana Aleksandrovna
  • Engelen, Dirk Velentinus Rene
RU2689148C2
METHOD AND DEVICE FOR CONTROL OF LIGHTING UNITS BASED ON MEASURED FORCE AND/OR TRANSFER OF RELATED LIGHTING FIXTURES 2015
  • Lashina, Tatiana Aleksandrovna
  • Aliakseyeu, Dzmitry Viktorovich
  • Dekker, Tim
  • Engelen, Dirk Valentinus Rene
  • Newton, Philip Steven
  • Van De Sluis, Bartel Marinus
  • Clout, Ramon Antoine Wiro
RU2687957C2
AUTOMATIC ACTUATION OF LIGHTING MODULES 2015
  • Aliakseyeu Dzmitry Viktorovich
  • Clout Ramon Antoine Wiro
  • Lashina Tatiana Aleksandrovna
  • Van De Sluis Bartel Marinus
  • Dekker Tim
RU2696003C2
LIGHTING DEVICE 2009
  • Skhlangen Lukas J. M.
  • Vinkenvlegel Ljusius T.
  • Khommes Van'A
RU2485393C2
METHOD AND DEVICE FOR LIGHTING THE SPACE WITH GARLAND OF LIGHT-EMITTING DIODES 2012
  • Kresen Martinus Petrus
  • Kurt Ralf
RU2622036C2
LIGHT-EMITTING DEVICE AND LIGHTING UNIT 2010
  • Bonekamp Ehrik
  • Khanen Ljudo
RU2544393C2
LIGHTING DEVICE WITH SENSOR LIGHT-EMITTING SURFACE 2013
  • Knapen Bram
  • Van De Slejs Bartel Marinus
  • Bergman Antoni Khendrik
  • Dekker Tim
RU2631334C1

RU 2 657 236 C2

Authors

Ross Filip Roland

De Ler Kamil Robin

Dates

2018-06-09Published

2014-07-16Filed