Sight system based on infrared imaging, low-illumination imaging and LED aiming light spot fusion, and split-type fusion sight
The present invention relates to a split-type fusion sight, comprising a sight main body. An aiming assembly connecting base is arranged at the top of the main body; the aiming assembly connecting base comprises an engagement groove located on the front side, and an engagement base located on the rear side; an engagement block is arranged in the middle of the engagement groove, and a wire arranging base is arranged on the right side of the engagement base; the aiming assembly connecting base is further provided with connecting screw holes. The split-type fusion sight can fuse the low-light-level night vision or thermal imaging lens imaging with human eye observation of a target to assist in observing or determining the target, and then determines the aiming target by means of an aiming light point, thereby performing accurate shooting. In addition, the low-light-level night vision or thermal imaging lens imaging module is arranged above the sight main body, and is fixedly connected by means of the aiming assembly connecting base and connecting screws. It is convenient to replace the low-light-level night vision module or thermal imaging module, the sight main body does not need to be disassembled, and disassembly and replacement are more convenient.
1 . A split-type fusion sight, comprising:
a main body of the sight, and;
an aiming assembly connecting base provided at a top of the main body,
wherein the aiming assembly connecting base is connected with an aiming assembly thereon,
wherein the aiming assembly connecting base comprises an engagement groove and an engagement base that are adjacent to each other, the engagement groove being provided at a front of the top of the main body and the engagement base being provided at a rear of the top of the main body;
wherein the engagement groove has a flat bottom surface that is lower than an upper surface of the engagement base, and protruding engagement block is provided in a middle of the bottom surface of the engagement groove, the bottom surface of the engagement groove and the upper surface of the engagement base both contact the aiming assembly, and a flat cable base is provided in the engagement base adjacent a left side thereof; and
wherein the aiming assembly connecting base is further provided with a connecting screw hole.
2 . The split-type fusion sight according to claim 1 , wherein the aiming assembly is a low-light night vision aiming assembly or a thermal imaging aiming assembly.
3 . The split-type fusion sight according to claim 1 , wherein the low-light night vision aiming assembly comprises a low-light night vision main body, a low-light night vision lens and an infrared supplemental lighting system provided in front of the low-light night vision main body, a charging end provided on the left side of the low-light night vision main body, an infrared supplemental lighting start button provided on the right side of the low-light night vision main body, a function menu button provided in the rear of the low-light night vision main body, a switch button provided at the top of the low-light night vision main body, and pin headers of adapter board provided at the bottom of the low-light night vision main body; wherein a low-light core system is further provided within the low-light night vision main body; and the low-light core system is electrically connected with the pin headers of adapter board via a soft PCB flat cable.
4 . The split-type fusion sight according to claim 1 , wherein the thermal imaging aiming assembly comprises a thermal imaging main body, a thermal imaging lens provided in front of the thermal imaging main body, a second charging end provided on the left side of the thermal imaging main body, a second function menu button provided in the rear of the thermal imaging main body, a second switch button provided at the top of the thermal imaging main body, and second pin headers of adapter board provided at the bottom of the thermal imaging main body; wherein a thermal imaging core system is further provided within the thermal imaging main body; and the thermal imaging core system is electrically connected with the second pin headers of adapter board via a second soft PCB flat cable.
5 . The split-type fusion sight according to claim 1 , wherein a beam splitting display assembly and a red dot adjusting assembly are provided within the main body; a front lens cover assembly is provided in front of the main body, a rear lens cover assembly is provided in the rear of the main body, a battery compartment is provided at the left side of the main body, a battery is provided in the battery compartment, and the battery compartment is further provided with a battery cover assembly, wherein a first adjusting screw is further provided on the left side of the main body; and a red dot button and a second adjusting screw are provided on the right side of the main body.
6 . The split-type fusion sight according to claim 1 , wherein the beam splitting display assembly comprises a beam splitting display assembly comprising a beam splitter base, a beam splitter provided in the beam splitter base, a display screen provided on the right side of the beam splitter base, and a beam splitter cover provided above the beam splitter base.
7 . The split-type fusion sight according to claim 5 , wherein the red dot adjusting assembly comprises an adjusting assembly main body, the adjusting assembly main body is provided with an LED base, the LED base is connected to a chip base, and the chip base is provided with an LED graphics chip; the lower left side of the adjusting assembly main body is provided with a slope, the slope is in contact with a beveled ejector block, and the first adjusting screw is provided on the left side of the beveled ejector block; wherein a transverse ejector block is provided on the right side of the adjusting assembly main body, the second adjusting screw is provided on the right side of the transverse ejector block, and a transverse ejector spring is further provided between the adjusting assembly main body and the transverse ejector block; and wherein a compression spring is provided above the adjusting assembly main body.