Abstract: A portable electric lamp comprises a lighting module with LEDs and user control means connected to an electronic control circuit to define different lighting modes. An optic sensor is housed in the casing near the light-emitting diode LED to transmit to the control circuit a signal representative of the lighting induced by the lamp to automatically regulate the power of the LED according to a predefined threshold.

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: A portable electric lamp comprises a lighting module with LEDs and user control means connected to an electronic control circuit to define different lighting modes. An optic sensor is housed in the casing near the light-emitting diode LED to transmit to the control circuit a signal representative of the lighting induced by the lamp to automatically regulate the power of the LED according to a predefined threshold.

Abstract: A lighting lamp having an enclosure housing a DC power source and contact parts for connection to a printed circuit card connected with a light-emitting diode. The contact parts comprise first contact elements electrically connected with the power source and second contact elements designed to pass successively through a pair of holes situated in a tight intermediate wall of the enclosure and a through a pair of slots of the card. Soldering of the second contact elements onto the card, in addition to electric connection of the power source, enables a tightly sealed compartment to be achieved in the enclosure around the card.

Abstract: A device for electric connection between a power supply connection of a portable receiver and a DC power source housed in an insulating case, comprising a first connector arranged at the end of the power supply connection and designed to be electrically connected to a second connector securedly attached to the case of the power source. The first connector comprises a pair of female contacts overmolded by an insulating enclosure bearing a securing element operating by clipping in conjunction with latching means associated with the second connector, which is provided with a pair of male contacts arranged in a housing of the case of the power source. The latching means of the second connector are fixed to the case above the housing.

Abstract: The portable electric lamp, for example a headlamp, is a lamp with light-emitting diodes comprising at least two distinct light sources (1a, 1b, 1c) having different emission angles. An electronic control circuit controls each of the light sources independently and comprises a distribution control input to select the percentage of the total power supplied to each of the light sources. Control of the distribution can be continuous or by steps. It is preferably combined with a power control input. The distribution control and power control inputs can be formed by two distinct inputs or by a single power and distribution control input. Selection is preferably performed by means of one or two rotary knobs.

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 lighting lamp having an enclosure housing a DC power source and contact parts for connection to a printed circuit card connected with a light-emitting diode. The contact parts comprise first contact elements electrically connected with the power source and second contact elements designed to pass successively through a pair of holes situated in a tight intermediate wall of the enclosure and a through a pair of slots of the card. Soldering of the second contact elements onto the card, in addition to electric connection of the power source, enables a tightly sealed compartment to be achieved in the enclosure around the card.

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: A device for electric connection between a power supply connection of a portable receiver and a DC power source housed in an insulating case, comprising a first connector arranged at the end of the power supply connection and designed to be electrically connected to a second connector securedly attached to the case of the power source. The first connector comprises a pair of female contacts overmolded by an insulating enclosure bearing a securing element operating by clipping in conjunction with latching means associated with the second connector, which is provided with a pair of male contacts arranged in a housing of the case of the power source. The latching means of the second connector are fixed to the case above the housing.