Abstract: A gun barrel cleaning light for illuminating the inside of a gun barrel during cleaning includes a cylindrical light housing and at least one strap configured to wrap around a gun body to secure the light housing to a gun with either a first end or a second end oriented towards a barrel of the gun. A plurality of batteries is coupled within the light housing. A proximal end of a flex tube is coupled to a light aperture of the first end. The flex tube is configured to extend into a barrel or an ejection port of the gun. An LED light is coupled to the distal end of the flex tube and is in operational communication with the plurality of batteries and a power switch to illuminate the inside of the gun.

Abstract: A handle assembly is provided for a circuit breaker which includes a housing assembly that defines a substantially enclosed space housing an operating mechanism. The handle assembly is preferably a single-piece and includes a base member which is coupled to the operating mechanism, and a handle member having a first end which protrudes from an opening of the housing assembly, and a second end coupled to the base member. The base member includes first and second integral resilient legs which are disposed within the opening and are supported by posts protruding from the housing assembly, in order to resist undesired access into the substantially enclosed space therein. The first and second integral resilient legs each include a groove which increases the resiliency of the leg. The handle assembly is preferably symmetric about the longitudinal axis of the handle member.

Abstract: An interlock mechanism for preventing a first circuit breaker having a first actuating mechanism and a second circuit breaker having a second actuating mechanism from simultaneously being in a closed condition. The interlock mechanism includes a frame, a sliding bar slideably mounted within the frame, and one or more retaining protrusions extending outwardly from one or more inner edges of the frame. The sliding bar is movable between a first position and a second position. In the first position the sliding bar blocks a path of movement of the first actuating mechanism and in the second position the sliding bar blocks a path of movement of the second actuating mechanism. The one or more retaining protrusions frictionally engage the sliding bar when the sliding bar is in the first position and holds it in place, preferably with a frictional force sufficient to resist the force of gravity and/or vibrations.