DEVICE FOR AUTOMATIC SIGHTING AND SHOOTING FROM SMALL ARMS (MODIFICATIONS)

FIELD: weaponry. ^ SUBSTANCE: the device has an equipment kept in the shooter's outfit, and equipment positioned on the small arms that are inter-connected with the aid of two transceivers or with the id of cables. The equipment positioned on the small arms has an optoelectronic transducer, arms roll sensor, laser range finder, analog-to-digital voltage converter to a successive code, transmitter of the first information transceiver, receiver of the second information transceiver, first electronic switch, power supply unit and an electromagnet with an armature. The outputs of the arms roll sensor, first and second receivers of the laser range finder are connected to the inputs of the analog-to-digital voltage converter to a successive code, whose output and the outputs of the optoelectronic transducer are connected to the inputs of the transmitter of the first information transceiver, the first output of the receiver of the second information transceiver is connected to the control inputs of the radiator of the laser range finder, the second output of the receiver of the second information transceiver is series-connected to the first electronic switch and the electromagnet, whose armature is mechanically coupled with the small arms trigger, and the second input of the first electronic switch is connected to the power supply unit. The equipment kept in the shooter's outfit has series-connected receiver of the first information transceiver, analog-to-digital converter, exposure storage unit, scene image preliminary processing unit, exposure stabilization unit, morphological classifier, analysis unit, range check-up unit, sighting point driver, first digital-to-analog converter and a visualization unit. Connected to the other inputs of the analog-to-digital converter are the outputs of the air temperature sender and the atmospheric pressure transducers; the second and third outputs of the receiver of the first information transceiver are connected to the second and third inputs of the exposure storage unit, and the fourth and fifth outputs - to the first and second inputs of the cross wind velocity estimation unit, whose output is connected to the fourth input of the exposure storage unit, whose fifth and sixth inputs are connected respectively to the second output of the exposure stabilization unit and the output of the frame control unit, whose input is connected to the output of the analysis unit. The first output of the exposure stabilization unit is also