Abstract: Embodiments of an integrated circuit (IC) package are disclosed. In some embodiments, the IC package includes a semiconductor die, a glass substrate, and a package substrate. The semiconductor die includes a micro light emitting diode (LED). The semiconductor die is at least partially embedded within the glass substrate and the glass substrate including a through glass via (TGV) embedded in the glass substrate wherein the TGV is electrically coupled to the semiconductor die to provide power to the micro LED. The package substrate that is coupled to the TGV.

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 electric lamp including a lighting module, a compact housing enclosing an electric power storage unit configured to provide a power supply current to the lighting module, means for measuring a current consumed by the lighting module, determination means configured to generate a lighting current set point, calculation means for calculating a maximum authorized current from a difference between the consumed current and a reference current and for calculating a maximum authorized current threshold from the minimum value between the lighting current set point and the maximum authorized current, and limiting means configured to limit the power supply current to a value lower than or equal to the maximum authorized current threshold.

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 electric lamp with a compact casing housing a lighting module and an electric circuit coupled to the lighting module and provided with a controlled switch, comprising an actuator rotating around an axis of rotation and mounted fixed in translation in the direction of said axis of rotation to control the switch, and a control knob rotating around the axis of rotation of the actuator, the control knob further being mounted movable in translation along the axis of rotation of the actuator between a driving position in which the control knob drives the actuator in rotation and at least one blocking position in which the control knob prevents rotation of the actuator in at least one direction of rotation.

Abstract: A portable electric lamp with a compact casing housing a lighting module, comprising a support on which the casing is mounted angularly movable around an axis of rotation, and at least one element having the global shape of a wire and comprising a part in the form of a collar-band surrounding the casing around the axis of rotation, said element being deformable by elasticity to secure the casing by friction against the support in a determined angular position.

Abstract: A portable electric lamp including a lighting module, a compact housing enclosing an electric power storage unit configured to provide a power supply current to the lighting module, means for measuring a current consumed by the lighting module, determination means configured to generate a lighting current set point, calculation means for calculating a maximum authorized current from a difference between the consumed current and a reference current and for calculating a maximum authorized current threshold from the minimum value between the lighting current set point and the maximum authorized current, and limiting means configured to limit the power supply current to a value lower than or equal to the maximum authorized current threshold.

Abstract: A portable electric lamp with a compact casing housing a lighting module and an electric circuit coupled to the lighting module and provided with a controlled switch, comprising an actuator rotating around an axis of rotation and mounted fixed in translation in the direction of said axis of rotation to control the switch, and a control knob rotating around the axis of rotation of the actuator, the control knob further being mounted movable in translation along the axis of rotation of the actuator between a driving position in which the control knob drives the actuator in rotation and at least one blocking position in which the control knob prevents rotation of the actuator in at least one direction of rotation.

Abstract: A portable electric lamp with a compact casing housing a lighting module, comprising a support on which the casing is mounted angularly movable around an axis of rotation, and at least one element having the global shape of a wire and comprising a part in the form of a collar-band surrounding the casing around the axis of rotation, said element being deformable by elasticity to secure the casing by friction against the support in a determined angular position.

Abstract: An attachment device with a whistle comprises a securing device of a flexible joining strap and a release button, the assembly being housed in a hollow body made from plastic material. The hollow body is injection molded in a single part being subdivided into a first compartment housing the whistle and a second compartment housing the release button and a securing jaw. The latter is composed of a first jamming surface integral to the movable release button and a fixed second jamming surface molded together with the body, said part being open molded by means of a stop valve joined to the body of the compartment by a hinge.

Abstract: A portable lamp comprising an electric power supply module and a lighting module arranged in a triangular architecture. The lighting module comprises a printed circuit on one surface of which at least one LED and a switch are fitted. The top surface of the switch comprises a pushbutton placed against a first surface of the printed circuit. The printed circuit comprises a through hole leaving the pushbutton accessible via a second surface of the printed circuit.

Abstract: An attachment device with a whistle comprises a securing device of a flexible joining strap and a release button, the assembly being housed in a hollow body made from plastic material. The hollow body is injection molded in a single part being subdivided into a first compartment housing the whistle and a second compartment housing the release button and a securing jaw. The latter is composed of a first jamming surface integral to the movable release button and a fixed second jamming surface molded together with the body, said part being open molded by means of a stop valve joined to the body of the compartment by a hinge.

Abstract: A portable lamp comprising an electric power supply module and a lighting module arranged in a triangular architecture. The lighting module comprises a printed circuit on one surface of which at least one LED and a switch are fitted. The top surface of the switch comprises a pushbutton placed against a first surface of the printed circuit. The printed circuit comprises a through hole leaving the pushbutton accessible via a second surface of the printed circuit.