Methods and system for controlling the switching on of lights

1. A method of controlling a switching on of lights emitted by a plurality of lighting elements, said lighting elements being arranged to provide a plurality of lighting devices, each lighting device having one or more of the plurality of lighting elements and a control unit for said one or more of the plurality of lighting elements,

said method comprising the following steps:

arranging the plurality of lighting elements in an environment;

acquiring a sequence of images of the environment, in which the plurality of lighting elements is arranged;

during acquisition of the sequence of images, switching on the lighting elements each with an individual switching-on sequence, so as to uniquely identify each lighting element;

analyzing the sequence of images to determine a spatial position of each lighting element in the environment;

selecting a switching-on sequence for the lighting elements; and

executing said switching-on sequence,

wherein selecting said switching-on sequence comprises the following sub-steps:

dividing said switching-on sequence in one or more sub-sequences;

associating each sub-sequence to a lighting device;

transmitting said sub-sequences to the control units through a user device adapted to communicate with said control units; and

wherein executing said switching-on sequence comprises causing a simultaneous execution of each sub-sequence by the lighting elements.

2. The method according to claim 1 , further comprising a step, after arranging the plurality of lighting elements in the environment, of identifying a position of each lighting element within said environment.

3. The method according to claim 1 , wherein transmitting said sub-sequences comprises transmitting said sub-sequences via wireless communication.

4. The method according to claim 1 , wherein transmitting said sub-sequences comprises transmitting said sub-sequences simultaneously for each lighting device.

5. The method according to claim 1 , wherein transmitting said sub-sequences comprises a step of storing said sub-sequences inside each control unit.

6. The method according to claim 5 , further comprising a step synchronizing said lighting devices.

7. The method according to claim 6 , wherein the step of synchronizing comprises the following sub-steps:

identifying a primary control unit and secondary control units, and

sending an activation signal by said primary control unit to the secondary control units.

8. A lighting system comprising:

a plurality of lighting elements adapted to emit a light;

a user device ( 2 ) adapted to communicate with said lighting elements; and

a plurality of lighting devices physically separated from each other,

wherein each of the lighting devices comprises a control unit and of one or more of said lighting elements connected to each other,

wherein said user device communicates with said control units, and

wherein the control unit of each of the lighting devices is adapted to individually control a switching on of each of said lighting elements belonging to a same lighting device,

wherein each control unit and/or the user device is configured to carry out a method having the following steps:

arranging the plurality of lighting elements in an environment;

acquiring a sequence of images of the environment, in which the plurality of lighting elements is arranged;

during acquisition of the sequence of images, switching on the lighting elements each with an individual switching-on sequence, so as to uniquely identify each lighting element;

analyzing the sequence of images to determine a spatial position of each lighting element in the environment;

selecting a switching-on sequence for the lighting elements; and

executing said switching-on sequence,

wherein step b) comprises the following sub-steps:

dividing said switching-on sequence in one or more sub-sequences;

associating each sub-sequence to one of the lighting devices;

transmitting said sub-sequences to the control units through a user device adapted to communicate with said control units; and

wherein executing said switching-on sequence comprises causing a simultaneous execution of each sub-sequence by the lighting elements.

9. The system according to claim 8 , wherein said control units comprise a storage unit.

10. The system according to claim 8 , wherein each control unit is set to cause said lighting elements to perform a specific switching-on sequence, and wherein the user device is adapted to divide said specific switching-on sequence in a plurality of sub-sequences and to transmit one of said sub-sequences to each control unit.