Abstract: A torch (flashlight) and a method for producing a torch housing and a torch head provides a torch which is of simple design and is robust. The torch has a rotary switch, in which torch clear classification of the selected function is possible, so that regular function monitoring can be dispensed with. The torch housing and the torch head can be connected in a captive manner and so as to be rotated in relation to one another to form a rotary switch having different switching states. Markings are arranged on the housing and on the lamp head. The markings allowing clear classification of the switching states. After the torch is first assembled and after the torch is first switched on, to clearly define the switching states by in each case a torch-head-side and a housing-side marking for subsequent switch-on processes.

Abstract: Provided herein is an improved apparatus and system for providing a flashlight and charging base system. The flashlight of may include a light source, a power source having a charge level, a housing defining a major axis along which the housing extends, an adjustable ring disposed about the housing, where the adjustable ring is configured to be rotated between at least two positions, where each of the at least two positions define a different mode of operation, and a switch located proximate the barrel, where the switch is configured to turn the flashlight on and off. The adjustable ring may include a magnet, where the housing includes a Hall effect sensor, where the at least two positions of the adjustable ring are recognized by the position of the magnet relative to the Hall effect sensor.

Abstract: Provided herein is an improved apparatus, method and system for providing a modular LED circuit assembly. Specifically, examples of the present invention include a modular LED circuit which may be scaled and used in a wide variety of form factors. One example of the present invention may provide an apparatus for supporting a light-emitting diode which includes an LED circuit board including a first major surface and a second major surface. The first major surface may include a first contact pad and a second contact pad, where each of the first contact pad and the second contact pad are configured to receive a respective connector from the LED. The second major surface of the LED circuit board may include a first area, a second area, and a third area, where a substrate is attached to the LED circuit board across the third area.

Abstract: A multi-purpose illumination device and a system and method for operating a multi-purpose illumination device are provided herein. A multi-purpose illumination device may include a lamp housing and a light source disposed within the lamp housing. The lamp housing may include a front, a back, a top, and a bottom, with the light from the light source projecting from the front of the lamp housing. The lamp housing may further define an air channel with an air inlet and an air outlet. The air inlet may be defined in the front of the lamp housing. The air outlet may be defined in the top of the lamp housing. Some embodiments may include a heat sink disposed within the lamp housing, where the air channel is at least partially defined by the heat sink. The heat sink may include at least one heat-dissipating fin disposed within the air channel.

Abstract: A multi-purpose illumination device and a system and method for operating a multi-purpose illumination device are provided herein. A multi-purpose illumination device may include a lamp housing and a light source disposed within the lamp housing. The lamp housing may include a front, a back, a top, and a bottom, with the light from the light source projecting from the front of the lamp housing. The lamp housing may further define an air channel with an air inlet and an air outlet. The air inlet may be defined in the front of the lamp housing. The air outlet may be defined in the top of the lamp housing. Some embodiments may include a heat sink disposed within the lamp housing, where the air channel is at least partially defined by the heat sink. The heat sink may include at least one heat-dissipating fin disposed within the air channel.

Abstract: An electrical device has a battery, a load, wiring connecting the battery to the load, and a switch in the wiring closable by a magnetic field to energize the load from the battery. It is enclosed in a package or support having an envelope surrounding the electrical device, a magnet shiftable on the envelope between an on position juxtaposed with and actuating the switch and an off position spaced from and not actuating the switch, and a spring urging the magnet into the off position.

Abstract: A battery cartridge has a casing adapted to releasably hold at least one battery, externally accessible contacts on the casing, and internal circuitry in the casing between the contacts and poles of the battery. A switch is mounted in the casing and connected to the circuitry between one of the poles and the respective contacts for controlling current flow therebetween.

Abstract: The invention relates to a torch (1) having rechargeable batteries and contacts (3) on the housing outer surface (4), via which a closed circuit with a battery charging device (2) can be produced, said device being provided with an adapter plug for connection to a passenger vehicle or goods vehicle outlet, in particular a cigarette lighter socket (8). According to the invention, the battery charging device has a pot-shaped or sleeve-shaped housing (6), into which the torch (1) can be plugged such that contacts (7) on the inner surface of the housing (6) bear against the contacts (3) of the housing outer wall (4) of the torch (1).