RU2772567C1 - System for automated verification and configuration of parameters of the fire control system of a heavy robotic system - Google Patents

Abstract

FIELD: controlling.

SUBSTANCE: invention is intended for fire control systems (FCS) for conventional (non-guided) weapons of heavy ground-based robotic strike systems (HGRSS) based on serial armoured vehicles (AV). The fire control system of a combat vehicle comprises an information-computing sighting system composed of optoelectronic instruments for observation and aiming, for measuring the range to the target and firing, automatic firing condition sensors, and a ballistic computer, as well as a weapon stabilisation and guidance system. The system therein includes an electronic hardware and software unit, supplied at the inputs with electrical signals from the computing apparatus and the control unit of the weapon stabiliser, corresponding to the current values of the controlled parameters, and at the outputs, forming signals providing configuration and display of data on the technical condition of the system for members of the crew or the operator in case of non-crewed application of the object.

EFFECT: increase in the efficiency of preparation for combat application of the fire control system of heavy ground-based robotic strike systems based on serial AV.

1 cl, 2 dwg, 1 tbl

Description

The invention is intended to increase the efficiency (improve quality while reducing time and labor costs) of preparing for the combat use of a fire control system (FCS) for conventional (unguided) weapons of strike heavy ground robotic systems (UNRTK) based on serial samples of armored weapons (APC).

The control systems of serial models of armored vehicles are known, for example, the T-90A tank, the equipping of which with modular built-in or attachments will ensure their unmanned use in remote control mode.

The functional composition of the SLA includes (figure 1):

- 1 - information-computing sighting system consisting of:

- 2 - electro-optical devices for observation and aiming, measuring the distance to the target (laser range finder) and firing a shot;

- 3 - automatic sensors of firing conditions;

- 4 - ballistic computer;

- 5 - weapon stabilization and guidance system (STV);

- 6 - elements and devices of the built-in control of working capacity and main parameters of the system.

The following should be noted as shortcomings of the existing SLA:

a) in the presence of a parametric failure, detected, among other things, by the built-in control elements, further manual labor-intensive operations are required to determine its cause, the current values of the parameters and their subsequent adjustment;

b) operations to determine the values of parameters are carried out mainly by subjective methods, manually, using technical means that do not provide the necessary accuracy of measurements in the field, require large labor costs and are time consuming;

c) technical means for monitoring and setting the parameters of the OMS are a large number of mechanical, electromechanical and electrical devices and devices that are located in group sets of spare tools and accessories (SPTA), maintenance and repair points, maintenance workshops and are used by specialists of the relevant military repair and restoration bodies.

The purpose of the present invention is to improve the efficiency of preparation for combat use of the fire control system for heavy strike ground robotic systems based on serial samples of armored personnel carriers. This goal is achieved by including in the SLA an object of a diagnostic electronic software and hardware unit (DEPAB) 7 - figure 2, which provides automated execution of operations for checking and configuring system parameters.

The inputs of the DEPAB are connected to the ballistic computer 4 and STV 5, and the outputs - to the display of the crew members (and in the case of unmanned use - through the information channel with the display of the operator's workstation) 8, ballistic computer 4 and STV 5.

The DEPAB 7 inputs receive electrical signals corresponding to the current values of the controlled parameters, and the following are formed at its outputs:

1) tuning signals in the form of voltage boosts coming to the ballistic computer 4 and the STV 5 control unit, providing, if necessary (according to the measurement results), system tuning;

2) electrical signals that provide display on the display 8 of information about the technical condition of the OMS of the object.

As measured and adjustable values, the electrical and temporal parameters of the SLA elements are used according to Table 1.

The technical solution of the proposed invention is the inclusion in the fire control system of a diagnostic electronic software and hardware unit that provides automated performance of operations for checking and setting system parameters.

The technical result of the proposed invention is to increase the efficiency of preparation for combat use of a fire control system for heavy strike ground robotic systems based on serial samples of armored weapons by automating and increasing the reliability of assessing the current technical state of the system, reducing the time to prepare the system for combat use.

Literature

1. Tank T-90A. Technical description and operating instructions. Book Two, Ch-I. - M.: Military Publishing. - 1988. - 512 p.

2. Product 188A1. User manual. 188A.IE.

3. Product 188A1. Technical description. 188A.TO. Part 1.

4. Product 188A1. Technical description. 188A.TO-1. Part 2. Album of drawings.

5. Electronic intelligent systems. Ready-made solutions and promising developments. - Zelenograd: STC "ELINS". - 2018. - 119 p.

Claims (1)

The fire control system of a combat vehicle, containing an information-computer sighting system consisting of electro-optical observation and aiming devices, measuring the distance to the target and firing a shot, automatic sensors for firing conditions and a ballistic computer, a weapon stabilization and guidance system, characterized in that in its the composition includes an electronic software and hardware unit, the inputs of which receive electrical signals from the computing device and the weapon stabilizer control unit corresponding to the current values of the controlled parameters, and signals are generated at its outputs that provide tuning, as well as displaying data on the technical condition of the system for crew members or operator in case of unmanned use of the object.

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