RU5863U1 - TANK WEAPON MANAGEMENT COMPLEX - Google Patents

Abstract

The armament control system of the tank, containing the sighting and observation complex of the commander and the gunner’s sight-range finder with ballistic switches, a thermal imager, time interval installer equipment, loading mechanism equipment, electrically connected to each other and connected to the tank’s onboard electrical network, characterized in that the circuit control switch types of ballistic sight-range finder gunner introduced a blocking device in the form of a key with control circuits, while the inputs of the key control circuits Knit with output control unit sighting and observation complex type switch commander and ballistics rangefinder sight the gunner, which is associated with the release key control circuit.

Description

to and TANK WEAPON CONTROL COMPLEX The utility model relates to the field of tank building, and specifically to tank fire control systems, can be used to increase the reliability of complexes with a duplicated control system from the commander and operator. A well-known complex of tank monitoring, aiming and orientation devices (see the Manual for the material part and operation of the T-55 tank, M., Military Publishing, 1969), consisting of daytime monitoring and aiming devices, night observation and aiming devices designed to provide control tank fire. . A disadvantage of the known complex is that it does not provide firing of the KZ gun in duplicate mode from the commander's place, and allows only target designation for the gunner. A known armament control system for the tank with the equipment of the installer time intervals (see the appendix to the application materials. Extract from the Technical description and operating instructions 630A-TO on 6 sheets) installed in the tank tower and containing (see Fig. 13): -control system by the fire of the tank gun’s SLA, including the 1G46 rangefinder sight, IB528 ballistic computer, input information sensors of the DVI, drive P. P of the tank gun P. from the gunner’s workstation; -the sighting and observation complex of the commander, including the TKN-4C sight and the BPV-29 control unit, providing for observation and firing from the commander’s workplace in duplicated mode F 4IH 7/02 V4%. h

management;

-night sighting device-thermal imager, providing observation and firing from a cannon P day and night;

- UVI time interval installer equipment, including a PUVK control panel, a BUSh control unit, an SU docking device, and an KV-SU limit switch, providing firing of shells of remote detonation on the flight path;

- equipment of the MZ loading mechanism, including the B2-MZ control unit and the MZ hydropanel.

A disadvantage of the well-known armament control system of a tank is the unreliable control of fire from a tank gun from the commander's seat in the dual control mode, because the equipment of the installer of time intervals structurally does not have separate inputs for the inclusion of ballistic types from the commander and the input for the inclusion of ballistic types from the gunner. When the commander switches on the DOUBLE mode after working as a gunner with types of RiS shells of UVI equipment, the service information on the thermal imager’s video viewing device is displayed in a distorted form, and the loading mechanism equipment performs a different type of projectile loading cycle if the position of the ballistic type switch of the gunner’s sight-range finder does not match with the position of the ballistic type switch of the sighting and observing complex of the commander in the duplicated control mode, which may mislead the operator, nar to seize the firing of a tank gun, reduce the combat effectiveness of the tank, etc.

The purpose of the utility model is to increase the reliability of the tank armament control system in the dual fire control mode.

This goal is achieved due to the fact that a locking device in the form of a key with control circuits is introduced into the control circuit of the ballistic types switch of the gunner’s sight-range finder, while the inputs of the key control circuits are connected to the outputs of the control unit for the sighting and observation complex of the commander and the switch of ballistic types of the sight- gunner’s rangefinder, which, in turn, is connected to the key control circuit output.

An analysis of the main distinguishing features showed that the introduction into the control circuit of the ballistic types of the sight of the gunner’s sight, the gunner’s locking device, which is triggered by an electrical signal from the sighting and observation system of the commander when entering the backup control mode and the disconnecting switch circuit of the ballistic types from the gunner for the entire duration of the specified mode, improves the reliability of the armament control system of the tank.

The utility model is illustrated by the electrical circuit shown in FIG. I.

The armament control system of the tank (Fig. 1) consists of the sighting and observation complex of commander I, containing a control unit 2 and a ballistic type switch 3, a gunner’s aiming rangemeter 4, containing a ballistic type 5 switch, in the control circuit of which a locking device 6 is consistently connected, consisting of key 7 and control circuits ti, by which it is electrically connected to the control unit 2. In addition, the complex includes equipment of the charging mechanism 9, which has separate inputs from switches of types O

leaflet of commander Yu and gunner II, a thermal imager 12 having separate inputs from switch types of ballistic commander 13 and gunner 14, hardware installer time intervals 15 structurally not having separate inputs 16 from switch types of ballistic commander 3 and gunner 5, in connection with which ballistic circuit types P C commander and gunner are connected in parallel.

The control unit 2 is connected to the control circuit Y with the equipment of the charging mechanism 9 and the control circuit 18 with the thermal imager 12.

The outputs of the switch TYPE ballistic 3 are electrically connected to the inputs 13 of the thermal imager 12 and inputs 10 of the equipment of the charging mechanism 9.

The outputs of the switch types ballistic 5 sight-range finder gunner 4 are electrically connected to the inputs 14 of the thermal imager 12 and inputs II of the equipment of the charging mechanism 9.

Job

To control the armament of the tank from the commander’s place, the DUAL operation mode is selected on the control unit 2 of the sighting and sighting complex I and this command from the output of the control unit 2 is fed through circuit 17 to the equipment of the loading mechanism 9, through circuit 16 to the imager 12 and through circuit 6 to blocking device 6. If, for example, type P is installed on the ballistic switch 5 of the gunner’s sight-range finder 4, and type C is installed on the ballistic type switch 3, for example, type C (that is, the types P and C do not match; then to the thermal imager 12 and charging mechanism equipment I'm 9 two teams will arrive simultaneously - from ne 4

switch 5 is type P, and from switch 3 is type C. Eo, since the DOUBLE command is sent to the blocking device 6 through the control circuit 6, which completely disconnects the ballistic switch types 5 from the coiler for the entire duration of the complex’s operation in DOUBLE mode to the thermal imager 12, only the command from the switch from the sighting and observation complex of the commander enters the equipment of the installer of the time intervals It) and the equipment of the charging mechanism 9.

Thus, the use of the proposed complex weapons control of the tank allows you to increase the reliability of the dual fire control.

. and FORMULA

Claims (1)

The armament control system of the tank, containing the sighting and observation complex of the commander and the gunner’s sight-range finder with ballistic switches, a thermal imager, time interval installer equipment, loading mechanism equipment, electrically connected to each other and connected to the tank’s onboard electrical network, characterized in that the circuit control switch types of ballistic sight-range finder gunner introduced a blocking device in the form of a key with control circuits, while the inputs of the key control circuits Knit with output control unit sighting and observation complex type switch commander and ballistics rangefinder sight the gunner, which is associated with the release key control circuit.