Novel laser-type nonlethal military equipment
A non-lethal, laser-type technology, applied in the direction of offensive equipment, weapon types, etc., to achieve the effect of easy manufacturing, reasonable structure and comprehensive functions
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Embodiment 1
[0014] This embodiment provides a new type of laser type non-lethal military equipment, characterized in that: the new type of laser type non-lethal military equipment includes a temperature control switch (1), a temperature sensor (2), a device casing (3 ), buffer sleeve (4), laser port (5), cylindrical lens (6), pinhole diaphragm (7), laser output port (8), convex lens B (9), adjustment ring (10), concave lens (11), convex lens A (12), laser (13), laser driver (14), safety switch (15), main switch (6);
[0015] Among them: a laser generating cavity, a laser collimating cavity, a laser beam expanding cavity, and a laser output cavity are sequentially arranged in the device shell (3), a laser port (5) is set between the laser generating cavity and the laser collimating cavity, and the laser A small hole diaphragm (7) is set between the collimator cavity and the laser beam expander cavity, and a main switch (6) and a temperature control switch (1) are set on the device casing (...
Embodiment 2
[0020] This embodiment provides a new type of laser type non-lethal military equipment, characterized in that: the new type of laser type non-lethal military equipment includes a temperature control switch (1), a temperature sensor (2), a device casing (3 ), buffer sleeve (4), laser port (5), cylindrical lens (6), pinhole diaphragm (7), laser output port (8), convex lens B (9), adjustment ring (10), concave lens (11), convex lens A (12), laser (13), laser driver (14), safety switch (15), main switch (6);
[0021] Among them: a laser generating cavity, a laser collimating cavity, a laser beam expanding cavity, and a laser output cavity are sequentially arranged in the device shell (3), a laser port (5) is set between the laser generating cavity and the laser collimating cavity, and the laser A small hole diaphragm (7) is set between the collimator cavity and the laser beam expander cavity, and a main switch (6) and a temperature control switch (1) are set on the device casing (...
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