Light emitting diode linear worklight

A light emitting diode linear worklight comprising:

• a worklight body, the worklight body comprising:
• a lens opening disposed in a side of the worklight body for allowing light to exit the worklight body;
• body threads disposed on the worklight body for connecting the linear light device to a power handle;
• and
• a body interior surface;
• a lens disposed across the lens opening;
• a light pipe for converting point light into linear light, the light pipe comprising:
• a light receiving end for receiving light emitted by a light emitting diode module;
• a light emitting surface for emitting light received via the light receiving end;
• a light pipe bottom disposed opposite the light emitting surface;
• and
• light pipe sides disposed between both sides of the light emitting surface and the light pipe bottom;
• and
• a reflecting holder disposed inside the worklight body for holding the light pipe, the reflecting holder comprising:
• a left reflector;
• a right reflector;
• and
• a reflector central opening disposed between the left reflector and the right reflector for surrounding the light pipe bottom and the light pipe sides while leaving the light emitting surface exposed.

A light emitting diode linear worklight comprising:

• a power handle, the power handle comprising:
• a handle housing for holding at least one battery;
• handle threads disposed on the handle housing;
• and
• a light emitting diode module comprising at least one light emitting diode disposed in the power handle;
• and
• a linear light device, the linear light device comprising:
• a worklight body, the worklight body comprising:
• a lens opening disposed in a side of the worklight body for allowing light to exit the worklight body;
• a rear body;
• a rear body end disposed on the rear body;
• a front body disposed on the worklight body opposite the rear body;
• body threads disposed on the worklight body for mating with the handle threads to connect the linear light device and the power handle together;
• and
• a body interior surface;
• a lens disposed across the lens opening, the lens comprising:
• a lens left arm;
• a lens right arm;
• a lens inner surface;
• and
• a lens outer surface, the lens inner surface and the lens outer surface disposed between the lens left arm and the lens right arm;
• a light pipe for converting point light into linear light, the light pipe comprising:
• a light receiving end for receiving light emitted by the light emitting diode module;
• a light emitting surface for emitting light received via the light receiving end;
• a light pipe bottom disposed opposite the light emitting surface;
• and
• light pipe sides disposed between both sides of the light emitting surface and the light pipe bottom;
• and
• a reflecting holder disposed inside the worklight body for holding the light pipe, the reflecting holder comprising:
• a left reflector extending from a left side of the reflector opening;
• a left tip disposed on the left reflector;
• a left groove disposed next to the left tip, the left groove and the left tip mating with the lens left arm;
• a right reflector extending from a right side of the reflector opening;
• a right tip disposed on the right reflector;
• a right groove disposed next to the right tip, the right groove and the right tip mating with the lens right arm;
• wherein the left groove, the left tip, the right groove, and the right tip support the lens and hold the lens against the body interior surface;
• a leg disposed between the left reflector and the right reflector;
• a leg tip disposed on the leg, the leg tip contacting the body interior surface;
• a front reflector disposed on a front end of the reflecting holder;
• a reflector top disposed on the front reflector, the reflector top contacting a portion of the lens inner surface.
• a reflector front opening disposed on the front end of the reflecting holder for allowing light emitted by the light emitting diode module to enter the light receiving end of the light pipe;
• and
• a reflector central opening extending from the reflector front opening for surrounding the light pipe bottom and the light pipe sides while leaving at least a portion of the light emitting surface exposed.