Patent ID: 8850943

Claim:
A system for managing fire of a plurality of sniper rifles adapted to be operated by users, said system comprising: a central station (CS) including means for verbal radio-communication with said users, said CS operatively producing CS output signals; and a plurality of N individual kits (IK), wherein N is a positive integer number, each said IK comprises: a sniper rifle having a rifle firing-trigger mechanism including a firing pin; an optical sight (OS) mounted on said rifle, and having an axis of said OS, the OS includes a mechanism for input of corrections into said OS; a power supply source (PSS) operatively producing a feed voltage; equipment mounted on said rifle, including: a means for activating said firing pin (FPA); a laser target designator (LTD) having an axis coinciding with the axis of said OS, said LTD has a casing mechanically coupled with said mechanism for input of corrections into the OS, said LTD is capable to be corrected by said mechanism for input of corrections into the OS; a receiver module of satellite navigation (SNR) operatively producing SNR output signals; a video-camera (VC) operatively producing VC output signals; a digital symbol generator (DS) operatively producing DS output signals; an electronic video-mixer receiving and mixing said VC and DS output signals; a sniper readiness sensor installed on said trigger, said sniper readiness sensor is connected to and capable of activating said digital symbol generator; a video signal compression device (VCS) receiving output signals from said video mixer and operatively producing VCS output signals; a command decoder (DC1) operatively producing DC1 output signals; a zoom-lens actuator; a first electronic switch (ES1) receiving said DC1 output signals and controlling said zoom-lens actuator by applying an inverse voltage, being inverse to said feed voltage, to the zoom-lens actuator; a second electronic switch (ES2) receiving said DC1 output signals and controlling said FPA; a laser rangefinder (LR) operatively producing LR output signals; an electronic DPDT switch (COMM) switching said LR output signals and said SNR output signals, thereby operatively producing COMM output signals; and an IK radio-modem module (IK-RM) receiving said VCS output signals, said COMM output signals, and said CS output signals; said IK-RM transmits said CS output signals to said DC1 operatively decoding said CS output signals; said IK-RM transmits said VCS output signals and said COMM output signals to said CS.