Switch for battery flashlight to change modes
View Patent ↗A multi-mode portable lighting assembly, such as a flashlight, is disclosed. The portable lighting assembly may include a plurality of lighting elements controllable by a plurality of switches. A first switch may be disposed on an outside portion of the portable lighting assembly and may therefore be accessible to a user under normal operating conditions. A second switch may be disposed within a compartment of the portable lighting assembly and may therefore be inaccessible to the user under normal operating conditions. The second switch may also be disposed on the outside portion of the portable lighting assembly. The second switch may have a plurality of positions and dependent on the selected position, the second switch may dictate the operation of the first switch with respect to the plurality of lighting elements.
1. A portable lighting assembly comprising:
a lighting element;
a compartment configured to receive one or more battery cells;
a controller in electrical communication with the lighting element;
an adjustable switch having two or more positions, the adjustable switch disposed entirely within the compartment, secured within the compartment, and in electrical communication with the one or more battery cells and the controller; and
a primary switch having at least two modes, the primary switch in electrical communication with the lighting element and the controller, and disposed on an outside surface of the compartment, each position of the adjustable switch causing a corresponding change in function for each mode provided by the primary switch via the controller for the lighting element.
2. The portable lighting assembly of claim 1 , wherein the adjustable switch is accessible to a user when a door of the compartment is in an open position and inaccessible to the user when the door of the compartment is in a closed position.
3. The portable lighting assembly of claim 1 , wherein individual positions of the two or more positions of the adjustable switch are associated with individual modes of the at least two modes of the primary switch.
4. The portable lighting assembly of claim 3 , wherein the two or more positions comprise a first position and a second position, the first position associated with a first mode of the primary switch, and the second position associated with a second mode of the primary switch.
5. The portable lighting assembly of claim 4 , wherein the first mode of the primary switch is distinct from the second mode of the primary switch.
6. The portable lighting assembly of claim 4 , wherein according to the first mode, the primary switch is operable to power on the lighting element and power off the lighting element.
7. The portable lighting assembly of claim 6 , wherein according to the first mode, the primary switch is further operable to power on an auxiliary element and power off an auxiliary element.
8. The portable lighting assembly of claim 3 , wherein each mode of the modes of the primary switch comprises at least one of a power on function for the lighting element, a power off function for the lighting element, an intensity function for the lighting element, a color function for the lighting element, or a flashing function for the lighting element.
9. A portable lighting assembly comprising:
a lighting element;
a compartment configured to receive one or more battery cells;
a controller in electrical communication with the lighting element;
an adjustable switch having two or more positions, the adjustable switch in electrical communication with the one or more battery cells and the controller, wherein the adjustable switch is disposed within the compartment and is accessible to a user when a door of the compartment is in an open position and inaccessible to the user when the door of the compartment is in a closed position; and
a primary switch having at least two modes, the primary switch in electrical communication with the lighting element and the controller, each position of the adjustable switch causing a corresponding change in function for each mode provided by the primary switch via the controller for the lighting element.
10. The portable lighting assembly of claim 9 , wherein individual positions of the two or more positions of the adjustable switch are associated with individual modes of the at least two modes of the primary switch.
11. The portable lighting assembly of claim 10 , wherein the two or more positions comprise a first position and a second position, the first position associated with a first mode of the primary switch, and the second position associated with a second mode of the primary switch.
12. The portable lighting assembly of claim 9 , further comprising an auxiliary element in electrical communication with the primary switch and wherein the adjustable switch comprises at least three positions.
13. The portable lighting assembly of claim 12 , wherein according to a first position of the adjustable switch, the primary switch is configured to:
turn on the lighting element and the auxiliary element in response to a first action; and
turn off the lighting element and the auxiliary element in response to a second action.
14. The portable lighting assembly of claim 12 , wherein according to a second position of the adjustable switch, the primary switch is configured to:
turn on the lighting element in a high intensity mode and turn on the auxiliary element in response to a first action;
turn on the lighting element in a low intensity mode and turn off the auxiliary element in response to a second action; and
turn off the lighting element in response to a third action.
15. The portable lighting assembly of claim 12 , wherein according to a third position of the adjustable switch, the primary switch is configured to:
turn on the lighting element in a high intensity mode in response to a first action;
turn on the lighting element in a low intensity mode in response to a second action; and
turn off the lighting element in response to a third action.
16. A method of configuring a plurality of portable lighting assemblies, the method comprising:
obtaining a plurality of portable lighting assemblies, each of the portable lighting assemblies comprising:
a lighting element;
a compartment configured to receive one or more battery cells;
a controller in electrical communication with the lighting element;
an adjustable switch having two or more positions, the adjustable switch in electrical communication with the one or more battery cells and the controller, wherein the adjustable switch is disposed within the compartment and is accessible to a user when a door of the compartment is in an open position and inaccessible to the user when the door of the compartment is in a closed position; and
a primary switch having at least two modes, the primary switch in electrical communication with the lighting element and the controller, each position of the adjustable switch causing a corresponding change in function provided by the primary switch via the controller for the lighting element;
configuring a first subset of the plurality of lighting assemblies such that the adjustable switch of each of the portable lighting assemblies of the first subset is set to a first position;
providing the first subset of the plurality of lighting assemblies to a first customer;
configuring a second subset of the plurality of lighting assemblies such that the adjustable switch of each of the portable lighting assemblies of the second subset is set to a second position; and
providing the second subset of the plurality of lighting assemblies to a second customer.
17. The method of configuring a plurality of portable lighting assemblies of claim 16 , wherein the compartment of each of the portable lighting assemblies of the plurality comprises a hollow structure with an opening in a rearward end, the opening sized to receive the one or more batteries, and wherein the door is configured to enclose the compartment.
18. The method of configuring a plurality of portable lighting assemblies of claim 17 , wherein the lighting element of each of the portable lighting assemblies of the plurality is disposed on a forward end of the hollow structure and each of the portable lighting assemblies of the plurality comprise an auxiliary element in electrical communication with the primary switch and disposed on an exterior portion of the door.
19. A portable lighting assembly comprising:
a lighting element;
a compartment configured to receive one or more battery cells;
a controller in electrical communication with the lighting element;
an adjustable switch having two or more positions, the adjustable switch secured within the compartment and in electrical communication with the one or more battery cells and the controller; and
a primary switch having at least two modes, the primary switch in electrical communication with the lighting element and the controller, and disposed on an outside surface of the compartment, each position of the adjustable switch causing a corresponding change in function for each mode provided by the primary switch via the controller for the lighting element, wherein the adjustable switch is accessible to a user when a door of the compartment is in an open position and inaccessible to the user when the door of the compartment is in a closed position.