An Auxiliary Sighting Tool for Improving the Strike Accuracy of Ground-to-ground Missiles

Abstract

The invention discloses an auxiliary sighting device for improving the attacking precision of a ground to ground missile. The auxiliary sighting device comprises a base, wherein balance brackets are symmetrically arranged at the left and right ends of the base; and each of the balance bracket comprises a ribbed plate hinged to the end face of the base, an oil liquid cavity in the ribbed plate, anadjusting rod connected with the inner wall of the lower end of the oil liquid cavity, and a hose connected between the oil liquid cavities in a communicating manner. According to the auxiliary sighting device, the oil liquid dynamic equilibrium relationship is adopted to arrange support parts in bilateral symmetry to ensure the self horizontal precision of a signal sighting device so as to improve the precision of attacking a target; in addition, a light ray refractive manner gathers annularly distributed secondary lamp light rays and primary lamp light rays together, the gathered light raysare horizontally shot out from the same launching tube to enhance a clear pilot signal of a light beam; the auxiliary sighting device is arranged on an arc shaped rail to carry out rotation control through the gear meshing manner so as to precisely change the sighting angle, so that high-precision semi-automatic guiding attacking sighting is realized.

Description

technical field [0001] The invention relates to the technical field of weapon sights, in particular to an auxiliary sight for improving the strike precision of ground-to-ground missiles. Background technique [0002] In the era of information digital warfare, using communication and automatic control technology to achieve artillery strikes on long-distance targets is a conventional combat method. The guidance system is divided into active homing guidance, semi-active homing guidance and passive homing guidance. Among them, the semi-active homing guidance relies on the energy irradiated on the target, and the missile receives the energy reflected by the target for fire strike. [0003] The traditional guidance sight is a single infrared emitter. Because impurities in the outside air will refract the light, the reflected signal is not strong enough, which affects the accuracy of the missile attacking the target, and the hand-held launch sight itself has insufficient guidance ...

AI Technical Summary

Problems solved by technology

[0003] The traditional guide sight is a single infrared emitter

Because impurities in the outside air will refract light, resulting in insufficient reflection signal, affecting the accuracy of missile attack targets, and hand-held launch sights, the guidance accuracy is not enough.

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