Artificial Gun Mounting Accessory
An improved artificial accessory device for mounting on to a gun rail integration system of a weapon having a weighted housing, a thumb screw positioned on a bottom portion of the improved light structure, a threaded hole through which the thumb screw passes through into a small platform, a recoil groove for receiving gun recoil, a track for receiving the gun recoil and a pair of track extending members designed to allow gun trigger housing to fit in between. The thumb screw is designed to be tightened to engage the improved artificial accessory device with a bottom portion of the gun recoil. Specifically, the thumb screw when turned drives a small platform, that can be spring loaded and featuring a raised ridge, upward into a position flush with the bottom of the gun recoil and fitting the ridge within a counterpart recess in the bottom of the gun recoil.
1 . An artificial accessory device for mounting to a gun rail integration system featuring at least two parallel rails and at least one groove perpendicular to and between the rails, the device comprising—
a durable body simulating the contours of an actual accessory;
two parallel channels integrated with the durable body, the parallel channels to be of complimentary dimension to the two parallel rails of the gun rail integration system; and
a protrusion integrated with the durable body and located between the two parallel channels, the protrusion to be of complimentary dimension to at least one groove of the handgun rail integration system and to be capable of a first retracted configuration and a second raised configuration.
2 . The device of claim 1 wherein the durable body is weighted to further simulate the weight of an actual accessory.
3 . The device of claim 1 further comprising a weight integrated within the durable body.
4 . The device of claim 1 wherein the accessory simulated by the durable body contours is a gun-mounted light.
5 . The device of claim 4 wherein the durable body is weighted to further simulate the weight of an actual gun-mounted light.
6 . The device of claim 5 wherein the protrusion is converted from the first retracted configuration to the second raised configuration via the turning of a thumbscrew that drives the protrusion upward.
7 . The device of claim 6 wherein the thumbscrew and protrusion assembly is further spring-loaded to bias the protrusion upwards.
8 . The device of claim 1 wherein the protrusion is converted from the first retracted configuration to the second raised configuration via the turning of a thumbscrew that drives the protrusion upward.
9 . The device of claim 8 wherein the accessory simulated by the durable body contours is a gun-mounted light.
10 . The device of claim 9 wherein the durable body is weighted to further simulate the weight of an actual gun-mounted light.
11 . The device of claim 1 wherein the protrusion is converted from the first retracted configuration to the second raised configuration via spring-loaded means that biases the protrusion upward.
12 . The device of claim 11 wherein the accessory simulated by the durable body contours is a gun-mounted light.
13 . The device of claim 12 wherein the durable body is weighted to further simulate the weight of an actual gun-mounted light.
14 . An artificial gun-mounted light device for mounting to a gun rail integration system featuring at least two parallel rails and at least one groove perpendicular to and between the rails, the device comprising—
a durable body simulating the contours of an actual gun-mounted light and weighted to further simulate the weight of an actual gun-mounted light;
two parallel channels integrated with the durable body, the parallel channels to be of complimentary dimension to the two parallel rails of the gun rail integration system;
a protrusion integrated with the durable body and located between the two parallel channels, the protrusion to be of complimentary dimension to at least one groove of the handgun rail integration system and to be capable of a first retracted configuration and a second raised configuration; and
a spring-loaded thumbscrew assembly that biases the protrusion upward when at rest and further drives the protrusion upward when the thumbscrew is turned, converting the protrusion from the first retracted configuration to the second raised configuration.