Pistol mounted flashlight assembly
A flashlight assembly includes an elongated housing, a light assembly received within the front of the housing, a battery door assembly at the rear of the housing, a latch assembly on the top of the housing and a clamp assembly also on the top of the housing. Paddle switches for operating the flashlight are integrated into the battery door assembly at the rear of the housing. The battery door assembly is both slidable and rotatable relative to the main housing.
1. A flashlight assembly comprising:
a housing having a forward end and a rearward end and a battery opening in the rearward end;
a light assembly received in the forward end of the housing,
a battery door assembly comprising:
a body portion having a forward side receivable within the battery opening in the housing, and
a latch pin extending from a forward side of the body portion and slidably received into a longitudinal guide in the rearward end of the housing,
said latch pin allowing the battery door assembly to slide longitudinally relative to the housing and to rotate relative to the housing about the latch pin; and
a latch on said upper side of said housing, said latch configured for selective engagement with said latch pin.
2. The flashlight assembly of claim 1 wherein a rearward side of said body portion includes at least one switch for selective operation of said light assembly.
3. The flashlight assembly of claim 2 wherein said at least one switch comprises opposing paddle switches.
4. The flashlight assembly of claim 3 further comprising a control circuit configured to receive control signals from each of the opposing paddle switches.
5. The flashlight assembly of claim 4 wherein said opposing paddle switches each comprise a resistor having a respective resistance value, said control circuit including software programmed to control selective operation of said light assembly based on said control signals and wherein actuation of both switches and receipt of a combined resistance value is required to selectively energize or de-energize said light assembly.
6. The flashlight assembly of claim 1 further comprising two switches and a control circuit configured to receive control signals from each of the switches.
7. The flashlight assembly of claim 6 wherein said switches each comprise a resistor having a respective resistance value, said control circuit including software programmed to control selective operation of said light assembly based on said control signals and wherein actuation of both switches and receipt of a combined resistance value is required to selectively energize or de-energize said light assembly.
8. The flashlight assembly of claim 1 further comprising a rail clamping assembly and wherein said latch further comprises a reversible rail cross-bar.
9. The flashlight assembly of claim 3 further comprising a rail clamping assembly and wherein said latch further comprises a reversible rail cross-bar.
10. The flashlight assembly of claim 4 further comprising a rail clamping assembly and wherein said latch further comprises a reversible rail cross-bar.
11. The flashlight assembly of claim 5 further comprising a rail clamping assembly and wherein said latch further comprises a reversible rail cross-bar.
12. The flashlight assembly of claim 6 further comprising a rail clamping assembly and wherein said latch further comprises a reversible rail cross-bar.
13. The flashlight assembly of claim 7 further comprising a rail clamping assembly and wherein said latch further comprises a reversible rail cross-bar.