Luminescent and illumination signaling displays utilizing a mobile communication device with laser

A wireless mobile communication device, comprising:

• a body casing defining an interior space, and having a photonic opening;
• a transmit/receive section to transmit and receive communication signals;
• first one or more light sources (LS) disposed in the defined interior space to contribute to outputting a first light pulse through the photonic opening of the body casing, when selectively activated/deactivated in one or more operational modes, the first one or more LS being directly or indirectly optically aligned with the photonic opening of the body casing, to facilitate emitting of the first light pulse, during the one or more operational modes;
• storage medium having instructions stored therein designed to selectively activate/deactivate the one or more LS to contribute to outputting the first light pulse;
• a processor coupled to the one or more LS and the storage medium to execute the instructions during the one or more operational modes;
• and
• a first mirror and a movable platform, to which a selected one of the first mirror and the first one or more light sources is attached to provide mobility for a selected one of the first mirror and the first one or more light sources, the first mirror optically coupling the first one or more light sources to the photonic opening, and the instructions are designed to selectively activate/deactivate the LS, and move the moveable platform, and therefore the selected one of the first mirror and the first one or more light sources, in a coordinated manner, based at least in part on one or more user inputs, to facilitate a user in spatially painting an illumination image, using the wireless mobile communication device, during an illumination image painting operational mode.

A wireless mobile communication device, comprising:

• a body casing defining an interior space, and having a photonic opening;
• a transmit/receive section to transmit and receive communication signals;
• first one or more light sources (LS) disposed in the defined interior space to contribute to outputting a first light pulse through the photonic opening of the body casing, when selectively activated/deactivated in one or more operational modes, the first one or more LS being directly or indirectly optically aligned with the photonic opening of the body casing, to facilitate emitting of the first light pulse, during the one or more operational modes;
• storage medium having instructions stored therein designed to selectively activate/deactivate the one or more LS to contribute to outputting the first light pulse;
• a processor coupled to the one or more LS and the storage medium to execute the instructions during the one or more operational modes;
• and
• the first one or more light sources comprising a first, a second, and a third laser diode to output light pulse in a red, a green, and a blue spectrum respectively, and the wireless communication device further comprises a plurality of mirrors disposed in the defined interior space, between the photonic opening and the first one or more light sources to integrate the outputted light pulses in the red, blue, green spectrums to contribute to the forming of the first light pulse.

A wireless mobile communication device, comprising:

• a body casing defining an interior space, and having a photonic opening;
• a transmit/receive section to transmit and receive communication signals;
• first one or more light sources (LS) disposed in the defined interior space to contribute to outputting a first light pulse through the photonic opening of the body casing, when selectively activated/deactivated in one or more operational modes, the first one or more LS being directly or indirectly optically aligned with the photonic opening of the body casing, to facilitate emitting of the first light pulse, during the one or more operational modes;
• storage medium having instructions stored therein designed to selectively activate/deactivate the one or more LS to contribute to outputting the first light pulse;
• a processor coupled to the one or more LS and the storage medium to execute the instructions during the one or more operational modes;
• and
• second one or more LS to contribute to outputting a second light pulse, and a plurality of mirrors optically aligned with the first and second one or more LS and the photonic opening to facilitate emitting of the second light pulse.

A wireless mobile communication device, comprising:

• a body casing defining an interior space, and having a photonic opening;
• a transmit/receive section to transmit and receive communication signals;
• first one or more light sources (LS) disposed in the defined interior space to contribute to outputting a first light pulse through the photonic opening of the body casing, when selectively activated/deactivated in one or more operational modes, the first one or more LS being directly or indirectly optically aligned with the photonic opening of the body casing, to facilitate emitting of the first light pulse, during the one or more operational modes;
• storage medium having instructions stored therein designed to selectively activate/deactivate the one or more LS to contribute to outputting the first light pulse;
• a processor coupled to the one or more LS and the storage medium to execute the instructions during the one or more operational modes;
• and
• a small range diffuser complementarily disposed at least a selected one of said first one or more light sources and said photonic opening, to narrowly diffuse the first light pulse.

In a wireless mobile communication device, a method of operation, comprising:

• entering a first functional mode of operation;
• facilitating user communication with another user of another communication device, using the wireless mobile communication device, during the first functional mode of operation;
• entering a second functional mode of operation;
• emitting at least one light pulse from the wireless mobile communication device, during the second functional mode of operation;
• selectively activating/deactivating first one or more light sources (LS) to contribute to outputting a first light pulse;
• maintaining at least a first of the one or more LS in an activated state, to enable the emitted first light pulse be used as a light pointer;
• and
• reflecting a first of the at least one light pulse off a first mirror, and maintaining a moveable platform to which a selected one of the first mirror and the first one or more LS is attached to provide mobility for the selected one of the first mirror and the first one or more light sources, in a predetermined steady position.

In a wireless mobile communication device, a method of operation, comprising:

• entering a first functional mode of operation;
• facilitating user communication with another user of another communication device, using the wireless mobile communication device, during the first functional mode of operation;
• entering a second functional mode of operation;
• emitting at least one light pulse from the wireless mobile communication device, during the second functional mode of operation;
• and
• reflecting a first of the at least one light pulse off a first mirror, and moving a moveable platform to which a selected one of the first mirror and the first one or more light sources is attached to provide mobility for the selected one of the first mirror and the first one or more light sources, in a coordinated manner, based at least in part on an illumination image a user desires to paint spatially, using the wireless mobile communication device.

In a wireless mobile communication device, a method of operation, comprising:

• entering a first functional mode of operation;
• facilitating user communication with another user of another communication device, using the wireless mobile communication device, during the first functional mode of operation;
• entering a second functional mode of operation;
• emitting at least a first and a second light pulse from the wireless mobile communication device, during the second functional mode of operation, comprising
• selectively activating/deactivating first and second one or more light sources (LS) to output a first and a second light pulse, with the outputted first and second light pulses being directed at a first and a second mirror respectively;
• reflecting the first and second light pulses by the first and second mirrors to emit the first and second light pulses.