Light quantum laser sight with angle measurement function

Abstract

The invention discloses a light quantum laser sight with an angle measurement function. The light quantum laser sight comprises a light quantum laser emitting module, a light quantum laser receiving module, a processing mirror group module, an algorithm analysis module and a display storage module, wherein the light quantum laser emitting module is used for emitting single-photon laser to a target; the light quantum laser receiving module is used for receiving the single-photon laser reflected by the target, namely single-photon reflected laser; the processing mirror group module is used for performing optical processing on the single-photon reflected laser; the algorithm analysis module is used for performing angle measurement calculation on the single-photon reflected laser by using a preset high-efficiency algorithm to obtain an angle measurement result; and the display storage module is used for storing and displaying a target image and the angle measurement result. The light quantum laser sight has the advantages that the angle measurement function of the light quantum laser sight is finished, automatic angle measurement in a sighting process is realized, and high efficiency and accuracy are realized.

Description

technical field [0001] The invention relates to the field of laser sighting mirrors, in particular to an optical quantum laser sighting mirror with an angle measurement function. Background technique [0002] Lasers are widely used in various laser sights or laser telescopes, and have a wide range of application markets in military, industrial, and civilian applications. However, existing laser sights generally focus on the aiming function, and have fewer other functions, such as ranging, Functions such as angle measurement need to be measured by the user based on their own experience or by using other equipment. The accuracy is low, the speed is slow, and it is difficult to achieve the expected level of efficiency and accuracy. At the same time, the existing laser telescopes generally measure laser echo signals by emitting laser pulse signals Indirect measurement of the target distance by the time difference requires sufficient echo energy to ensure measurement accuracy; du...

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Problems solved by technology

[0002] Lasers are widely used in various laser sights or laser telescopes, and have a wide range of application markets in military, industrial and civilian applications. However, the existing laser sights generally focus on the aiming function and have fewer other functions, such as ranging, Angle measurement and other functions need to be measured by the user based on their own experience or by other equipment, with low precision and slow speed, making it difficult to achieve the expected level of efficiency and accuracy; at the same time, existing laser telescopes generally measure laser echo signals by emitting laser pulse signals Indirect measurement of the target distance requires a large enough echo energy to ensure measurement accuracy; due to its coherence and directionality are affected by its own optical properties and atmospheric environment, the reflected echo signal after reaching the target will undergo diffuse reflection and refraction , which greatly affects the measurement accuracy and measurement speed, especially in extreme weather environments such as rain, snow and fog, the measurement error is greater, and there is a large deviation from the true angle

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