Electronic sighting device capable of accurately obtaining shooting environment information

Abstract

The invention belongs to the technical field of shooting and aiming, in particular to an electronic sight that can accurately obtain shooting environment information, including a lens, an image sensor, a processor, a touch display screen, a wireless signal receiving device and a sensor group, the lens, the image sensor , the processor and the touch display screen are connected in sequence, the sensor group is connected to the processor through a wireless signal receiving device, the sensor group sends information packets to the processor, and the processor has a calculation model, calculates the information packet and Obtain accurate shooting environment information, the beneficial effect of the present invention: by arranging a plurality of sensor units in the actual shooting environment, the environmental values ​​of different areas in the environment can be effectively obtained, and at the same time, the calculation model set on the processing of the electronic sight , the accurate environment value on the current shooting route can be obtained, and the impact of the environment can be further accurately judged, so as to improve the shooting accuracy.

Description

technical field [0001] The invention belongs to the technical field of shooting aiming, in particular to an electronic sighting device capable of accurately obtaining shooting environment information. Background technique [0002] Gun sights have a history of 400 years since their origin. Up to now, sights can be divided into: Telescopic sight, Collimating optical sight, Reflex sight ), of which telescopic sights and reflex sights are the most popular. The effects of these two types of aiming are compared with ordinary iron sights. The above two types of sights are mainly used during the day, so they are collectively called day scope / sight. [0003] In actual shooting, various environmental factors in the shooting environment will affect the shooting accuracy, such as wind speed, temperature, etc., will affect the flight trajectory of the bullet after it is fired from the chamber, that is, under different wind speeds and temperatures, the bullet trajectory after exiting th...

AI Technical Summary

Problems solved by technology

However, in the prior art, the instruments for measuring wind speed and temperature are integrated on guns or electronic sights, so that the wind speed and temperature obtained are only the environmental values ​​of the gun in a small range, and are generally aimed at in long-range shooting. The distance from the electronic sight is 200-1000 meters or even farther. The above-mentioned guns or electronic sights integrated with instruments for measuring wind speed and temperature cannot accurately measure the shooting route and the environmental value of the aimed target, that is, they cannot make Accurate aiming affects shooting accuracy

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