Abstract: Method consisting in allowing a ritual gesture similar to that used to light a non-lit candle with a lit candle, the method using a system including at least two optical units for the ritual-gestural control of the sending/receiving commands between devices, the commands being turning on, turning off and the like, the devices being provided with at least the optical units.

Abstract: A passive optical unit for emphasizes light effects generated on the screen or on the LED of a portable processing device. The optical unit includes a base and an optical guide. The base can be provided with a gripper connecting the optical unit to the portable processing device. The optical guide can have two differentiated branches for the screen and the LED, which by converging on the upper part of the optical guide create an optical mixing effect between the screen and the LED. On the base of the optical guide, material inserts can be inserted that can be detected by the touch sensor of the screen of the portable device. By using such points of contact combined with the information known beforehand, the device can be configured to determine the exact position of the screen where to represent the image to be optically coupled with the optical guide.

Abstract: Method consisting in allowing a ritual gesture similar to that used to light a non-lit candle with a lit candle, the method using a system including at least two optical units for the ritual-gestural control of the sending/receiving commands between devices, the commands being turning on, turning off and the like, the devices being provided with at least the optical units.

Abstract: A lamp with lights with luminous characteristics which can vary according to external information sources, which comprises: at least one photoemitter device susceptible of producing a light radiation which can vary in intensity and color temperature, a data processing unit configured to drive the at least one photoemitter device, and means of interfacing with external information sources configured to transmit electrical/electronic audio data; and wherein the data processing unit is configured to cause a variation of the color temperature and/or of the light radiation intensity of the at least one photoemitter device according to the electrical/electronic audio data retrieved according to a previously determined encoding; the lamp further comprising audio interface means susceptible of allowing the reproduction of the electrical/electronic audio data and/or the recording of the electrical/electronic audio data, in simultaneous association with the variation of the color temperature and/or of the light radiati

Abstract: A lamp with lights with luminous characteristics which can vary according to external information sources, which comprises: at least one photoemitter device susceptible of producing a light radiation which can vary in intensity and color temperature, a data processing unit configured to drive the at least one photoemitter device, and means of interfacing with external information sources configured to transmit electrical/electronic audio data; and wherein the data processing unit is configured to cause a variation of the color temperature and/or of the light radiation intensity of the at least one photoemitter device according to the electrical/electronic audio data retrieved according to a previously determined encoding; the lamp further comprising audio interface means susceptible of allowing the reproduction of the electrical/electronic audio data and/or the recording of the electrical/electronic audio data, in simultaneous association with the variation of the color temperature and/or of the light radiati