Abstract: A portable lamp, such as a headlamp, having control of the light power without the need for any manual switch is presented. The lamp comprises a power module for powering one or more light sources, first proximity detectors for detecting an object such as a finger moving close to the lamp, in one direction or another along a first axis X-X; and a control module receiving information generated by said first proximity detectors, said control module being configured for generating, from the direction of the movement of said object, a control information for switching-on, switching-off or adjusting the level of the intensity of the light power.

Abstract: A portable lamp, such as a headlamp is presented. The lamp contains a light source comprising one or more sources for generating at least one light beam; a means for controlling the brightness of said at least one beam in response to a control information or a control signal; and a control unit for the purpose of generating said control information or said control signal. The control unit contains a photo sensor and a regulation circuit controlling a switch-off phase of one or more beams during a period not visible to the holder of the lamp. The switch off phase being combined with at least one measure of diversity made by means of the photo sensor(s) on the reflective ambient environment.

Abstract: Lamp comprising: a light source comprising one or more LED type diodes; control means for controlling the geometry of the light beam of said light source in response to a control information or a control signal; a control unit for generating said control information or said control signal; wherein the control unit comprises a image sensor generating at least one image of the area illuminated by said light source and processing means for processing said image so as to generate said control information or said control signal.

Abstract: A lamp, as for example a headlamp, comprising: a light source having one or more LED-type diodes; a power unit for generating electric power of said light source, said unit being controlled by a control information or a control signal; a control unit for adjusting the light generated by said light source; wherein the control unit comprises an image sensor generating at least one image of the illuminated area from said light source and means for processing said image in order to generate said control information or said control signal The lamp also includes a processor for image processing capable of performing complex analysis of the image, including the recognition of a rope, fog detection etc. . . .

Abstract: Lamp comprising one or more LEDs: A controllable power unit providing power supply to the LED lamps, A control unit for adjusting the light generated by the lamp, wherein said control unit includes an image sensor generating images of the illuminated area of the lamp, and a processor for processing the images to detect the presence of an eye in a presumably dangerous area, said control unit generating a control signal for reducing the amount of light generated by the LED during the detection of a human face, in particular of an eye in said presumably dangerous area.

Abstract: A portable lamp comprising: Communication means for exchanging identification data, configuration settings or control instructions with another portable lamp. More specifically, the communication means are used for avoiding exposition to glare.

Abstract: A portable lamp comprising: Communication means for exchanging identification data, configuration settings or control instructions with another portable lamp. More specifically, the communication means are used for avoiding exposition to glare.

Abstract: A portable lamp, such as a headlamp, comprising: a light source comprising one or more sources for generating at least one light beam; means for controlling the brightness of said at least one beam in response to a control information or a control signal; a control unit for the purpose of generating said control information or said control signal; wherein said control unit comprises at least a photo sensor and a regulation circuit controlling a switch-off phase of one or more beams during a period not visible to the holder of the lamp, said switch off phase being combined with at least one measure of diversity made by means of said photo sensor(s) on the reflective ambient environment.

Abstract: Lamp comprising: a light source comprising one or more LED type diodes; control means for controlling the geometry of the light beam of said light source in response to a control information or a control signal; a control unit for generating said control information or said control signal; wherein the control unit comprises a image sensor generating at least one image of the area illuminated by said light source and processing means for processing said image so as to generate said control information or said control signal.

Abstract: Lamp comprising one or more LEDs: A controllable power unit providing power supply to the LED lamps, A control unit for adjusting the light generated by the lamp, wherein said control unit includes an image sensor generating images of the illuminated area of the lamp, and a processor for processing the images to detect the presence of an eye in a presumably dangerous area, said control unit generating a control signal for reducing the amount of light generated by the LED during the detection of a human face, in particular of an eye in said presumably dangerous area.

Abstract: A lamp, as for example a headlamp, comprising: a light source having one or more LED-type diodes; a power unit for generating electric power of said light source, said unit being controlled by a control information or a control signal; a control unit for adjusting the light generated by said light source; wherein the control unit comprises an image sensor generating at least one image of the illuminated area from said light source and means for processing said image in order to generate said control information or said control signal The lamp also includes a processor for image processing capable of performing complex analysis of the image, including the recognition of a rope, fog detection etc. . . .