Lighting systems for power tools

1. A hand-held power tool comprising:

a housing assembly supporting a motive source;

an output spindle protruding from an output end of the housing assembly;

wherein the output spindle is functionally coupled to the motive source such that the output spindle rotates in response to activation of the motive source when the motive source is supplied with power;

at least one handle extending from the housing assembly;

a nosepiece removably attached to the output end of the housing assembly;

wherein the nosepiece supports one or more chip-on-board (COB) light emitting diodes (LED) located adjacent the output spindle;

wherein the nosepiece and the housing assembly form an electrical connection assembly that provides electrical power to the nosepiece;

wherein the electrical connection assembly includes a first electrical connector supported by the nosepiece configured to mate with a second electrical connector supported on the housing assembly;

wherein the nosepiece further comprises at least one retaining clip at the periphery of an aperture disposed through the nosepiece,

wherein the output end of the housing assembly comprises an annular flange; and

wherein the retaining clip engages the annular flange comprised by the output end of the housing assembly to selectively couple the nosepiece with the housing assembly.

2. The hand-held power tool of claim 1 , wherein the one or more COB LED form a path adjacent at least a portion of the output spindle, wherein the path is selected from the group consisting of an annular ring around the output spindle, one or more linear paths, one or more curved paths, and U-shaped pattern.

3. The hand-held power tool of claim 1 , wherein actuation of the trigger supplies power to a controller, wherein the controller initiates the plurality of functions of the one or more COB LED selected from the group consisting of operating as a visual indicator, an operational condition of the power tool, and aesthetic lighting.

4. The hand-held power tool of claim 1 , wherein initiating at least one function of the plurality of functions is caused by actuating the trigger multiple times.

5. The hand-held power tool of claim 1 , further comprising a protective lens coupled to the nosepiece and covering the one or more COB LED to prevent contamination or damage to the one or more COB LED as well as wires, and connections related to the one or more COB LED.

6. The hand-held power tool of claim 1 , further comprising a timer electrically connected to a controller such that initiating at least one function of the plurality of functions caused by actuating the trigger sets the timer to maintain illumination of the one or more COB LED for a pre-determined duration of time.

7. The hand-held power tool of claim 1 , wherein the trigger is configured such that when the trigger is partially depressed the trigger activates the one or more COB LED, and wherein when the trigger is further partially depressed the trigger activates the motive source.

8. The hand-held power tool of claim 1 , further comprising an overmolding that covers an exterior surface of the nosepiece including at least a portion of the at least one retaining clip, but the overmolding does not shroud light emitting from the one or more COB LED.

9. The hand-held power tool of claim 8 , wherein the overmolding is made of rubber.

10. The hand-held power tool of claim 5 , further comprising an overmolding on at least a portion of the nosepiece that forms a seal at the protective lens to prevent contamination or damage to the one or more COB LED.

11. The hand-held power tool of claim 1 , wherein the electrical connection assembly of the nosepiece and the housing assembly comprise a male terminal assembly that mates with a corresponding female terminal assembly to create the electrical connection between the nosepiece and the housing assembly, wherein the male and female terminal assemblies connect when the nosepiece and housing assembly removably attach to each other.

12. The hand-held power tool of claim 11 , wherein the male terminal assembly comprises at least one electrical conducting pin and the female terminal assembly comprises at least one electrical conducting socket configured to receive the at least one electrical conducting pin.

13. The hand-held power tool of claim 12 , wherein the at least one electrical conducting pin is comprised of first and second electrical conducting blades and the at least one electrical conducting socket comprises first and second electrical conducting sockets configured to receive the first and second electrical conducting blades, respectively, wherein each of the first and second electrical conducting sockets are made from a pair of opposing beams that form a pincer near ends of the pair of opposing beams which are spaced apart from each other, and wherein the ends of the pair of opposing beams are flared outward from each other to assist guiding first and second electrical conducting blades into a slot defined between the two beams.

14. The hand-held power tool of claim 1 , wherein the nosepiece includes a piloting member that extends from the nosepiece and is configured to guide the nosepiece to mate the female and male terminal assemblies, assist removably attaching the nosepiece to the housing assembly, and cover the electrical connection assembly.

15. The hand-held power tool of claim 14 , wherein the piloting member is composed of at least one flange configured to interface with a receiving structure on the housing assembly to guide the nosepiece onto the housing assembly.

16. A hand-held power tool comprising:

a housing assembly supporting a motive source;

an output spindle protruding from an output end of the housing assembly;

wherein the output spindle is functionally coupled to the motive source such that the output spindle rotates in response to activation of the motive source when the motive source is supplied with power;

a handle extending from the housing;

wherein the handle includes a trigger configured to be actuated to initiate a plurality of functions;

wherein the housing supports one or more of chip-on-board (COB) light emitting diodes (LED) at the output end of the housing;

wherein the one or more of COB LED are located adjacent the output spindle and are embodied in a carrier and lens assembly that includes an aperture and at least one retaining clip positioned along a periphery of the aperture; and

wherein the carrier and lens assembly substantially surrounds the output spindle, is removably attached to the housing via the at least one retaining clip, and is fashioned with electrical connection junctions that become electrically connected to the housing when the at least one retaining clip is attached to the housing.

17. A method of fashioning a hand-held power tool, the method comprising:

providing a housing assembly supporting a motive source and also fixedly supporting a housing-to-LED electrical connection;

providing an output spindle protruding from an output end of the housing assembly;

wherein the output spindle is functionally coupled to the motive source such that the output spindle rotates in response to activation of the motive source when the motive source is supplied with power;

providing a support structure comprising one or more chip-on-board (COB) light emitting diodes (LED), and further comprising one or more clips and an LED-to-housing electrical connection spaced apart from the one or more clips and fixedly mounted to the support structure; and

attaching the support structure to the housing in one step;

wherein attaching the support structure to the housing in one step includes substantially simultaneously engaging the one or more clips of the support structure to the housing and operatively connecting the fixedly supported housing-to-LED electrical connection with the fixedly mounted LED-to-housing electrical connection.

18. The method of claim 17 , wherein engaging the one or more clips of the support structure to the housing includes:

deflecting the one or more clips.

19. The method of claim 17 , wherein engaging the one or more clips of the support structure to the housing includes:

engaging the one or more clips of the support structure with an annular flange of the housing.

20. The method of claim 17 , wherein connecting the fixedly supported housing-to-LED electrical connection with the fixedly mounted LED-to-housing electrical connection includes:

flexing the housing-to-LED electrical connection such that the housing-to-LED electrical connection applies a pinching force to the LED-to-housing electrical connection.