Gun intelligent aiming correction system module and its correction method

Abstract

The invention relates to an intelligent sighting correction system module for guns and a correction method of the module. The module comprises a laser range finder, a wind speed and wind direction sensor, an infrared sighting unit, a Micro-Electro-Mechanic System (MEMS) micro mirror, a power supply, a central processing unit and a sighting telescope. The module is characterized in that the module is an assembly part, an intelligent module is snapped on the upper portion of a gun, the sighting telescope is mounted at the top of a casing, and the infrared sighting unit, the laser range finder and a wind speed and wind direction sensor probe are arranged on the two sides of the casing. The MEMS micro mirror is integrated in the infrared sighting unit, a circuit chip of the laser range finder, a circuit chip of the wind speed and wind direction sensor, a circuit chip of the MEMS micro mirror, the central processing unit and a circuit chip of the infrared sighting unit are packaged on a substrate of the intelligent module. A built-in power supply supplies power for the intelligent sighting correction system module. The intelligent sighting correction system module has the advantages that the MEMS micro mirror is integrated in the infrared sighting unit, the intelligent module has range finding, wind finding and shooting trajectory correction functions, and the shooting accuracy is improved effectively.

Description

technical field [0001] The invention relates to military sports auxiliary equipment, in particular to a firearm intelligent aiming correction system module. Background technique [0002] Shooting in military and sports relies on human eyes to aim and launch. Since the invention of firearms, aiming devices and scopes have been used. However, aiming is still subject to distance, wind speed, temperature, human condition, and experience. and many other factors. If you want to have a high shooting hit rate, you need continuous training, which not only takes a lot of time and energy, but also spends a lot of ammunition. In traditional shooting, it is necessary to rely on human experience to judge the wind speed and distance for aiming, which increases the shooting training time and training cost. In addition, even if the long-range sniper rifle is equipped with an assistant to measure the wind speed and distance, it is a waste of time to calculate, and an additional assistant wi...

AI Technical Summary

Problems solved by technology

If you want to have a high shooting hit rate, you need continuous training, which not only takes a lot of time and energy, but also spends a lot of ammunition

In traditional shooting, it is necessary to rely on human experience to judge the wind speed and distance for aiming, which increases the shooting training time and training cost

In addition, even if the long-range sniper rifle is equipped with an assistant to measure the wind speed and distance, it is a waste of time to calculate, and an extra assistant will increase the combat cost and combat danger

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