RU226526U1 - DEVICE FOR INSTALLING AN ATGM LAUNCHING DEVICE ON A CAR - Google Patents

Abstract

The proposed utility model relates to technical training tools and can be used to train operators of guided weapon systems during training on equipment in the “training” and “self-training” modes in order to acquire, maintain and improve the relevant “combat” work skills. The problem to be solved by the proposed utility model is the creation of a device for installing a launching device (hereinafter referred to as PU) of anti-tank guided missiles (hereinafter referred to as ATGM) in gusset stops on the floor of the body of a UAZ-3151 passenger car and its modifications without changing the design of the car. The technical result is the creation of a simple and convenient device for installing PU ATGM on a vehicle, which has high reliability, low cost, material consumption and energy consumption, with the possibility of use by one crew member in operator training conditions close to real ones. The task was solved through the original design of a device for installing a PU ATGM on a UAZ-3151 vehicle, without changing the design of the vehicle.

Description

The utility model relates to technical training aids and can be used to train operators of guided weapon systems during training on equipment in the “training” and “self-training” modes in order to acquire, maintain and improve the relevant “combat” work skills.

Today, the portable anti-tank missile system (hereinafter referred to as ATGM) of guided weapons “Metis” (M, M1) is known (see, for example, the article “Metis is the Dragon’s Rival” in the newspaper “Red Star” dated 08/27/1993, or “Multipurpose urban combat weapons” in the magazine “Military Parade” No. 4 (52), 2002, or “9K115 “Metis”, portable ATGM” in the book “Missile weapons”, - Mn.: Potpourri LLC, 2003 g., or “Solo on the Bassoon” in the magazine “Military Knowledge”, No. 9, 1994).

The portable ATGM "Metis" (M, M1) includes an anti-tank guided missile (hereinafter referred to as ATGM) and a launcher (hereinafter referred to as PU) 9P151.

The launcher is designed to install, secure and deploy an ATGM to a target, launch and control the flight of an ATGM until it hits the target.

The 9P151 launcher consists of a 9P152 machine, a launch mechanism, a locking mechanism and ground control equipment (hereinafter referred to as NAU). The machine is the base of the launcher and includes a lightweight tripod that ensures the stability of the launcher on the ground; rotating and lifting mechanisms (swivel) - for aiming ATGMs before launch and tracking the target after launch.

The PU tripod consists of three legs: front, right and left, ensuring the stability of the PU on any ground. Leveling the launcher is carried out by turning the front leg in a vertical plane to the desired angle. The leg is released and secured by turning a special handle.

A simulator for training operators of guided weapons is also known, containing a launcher simulator, including an operator's sighting channel, a swivel simulator with vertical and horizontal guidance drives, a braking device, a launch mechanism, a microcomputer unit, located in the overall housing of the launcher simulator, mounted on a support, attached to the desk of the operator's workplace, as well as series-connected control and monitoring and information display units, operator headphones connected through a control unit simulator to the audio output of the control and monitoring unit, while the optical output of the operator's sighting channel is directed to the information display unit (RF patent for utility model No. 206851, IPC G09B 9/08, 2001).

The main disadvantages of the above analogues are:

- the created educational information model of the PU simulator simulator does not correspond to the information model of the PU 9P151 ATGM "Metis" (M, M1) due to the absence of a rotating eyepiece part of the operator's sighting channel;

- there are no elements that provide the ability to adjust the position of the sighting channel of the operator of the PU simulator relative to the raster of the information display unit.

These disadvantages reduce the educational and methodological capabilities and operational characteristics of previously known simulators.

To solve this problem, the authors have created a special device for installing an ATGM launcher on a vehicle, without changing the design of the vehicle, creating a mobile simulator for training operators of guided weapon systems that most fully corresponds to the information model of the PU 9P151 ATGM "Metis" (M, M1), providing required performance characteristics (convenience and possibility of adjustment).

The problem was solved by creating a device for installing an anti-tank guided missile launcher, installed in gusset stops on the floor of the body of a UA3-3151 passenger car, bolted to the standard mountings of the rear row of seats (Fig. 1).

The device consists of two vertical profile posts with a height of 1200 mm, interconnected by a transverse profile pipe - 1100 mm, on which a cylindrical tripod with a height of 100 mm is attached using a welding seam for installing a standard launcher of an anti-tank guided missile, attached at an angle of 45° to two vertical profile racks of inclined profile pipes 950 mm long.

The claimed device has a set of essential features that are not known from the prior art for devices of similar purpose, which allows us to conclude that it meets the “novelty” criterion for a utility model.

The essence of the utility model is illustrated with the help of drawings, where:

- in fig. 1 shows a rear view of a device for installing an ATGM launcher on a vehicle;

- in fig. 2 - device for installing PU ATGM on a vehicle (side view);

- in fig. 3 - general view of the device.

The proposed device (Fig. 1) consists of 2 vertical profile posts 1, a transverse profile pipe 2, 2 inclined profile pipes 3, a cylindrical stand for installing a standard ATGM launcher 4.

The device works as follows.

On the UA3-3151 car, the awning and partitions for fastening the roof are removed, the rear row of seats is removed and the proposed device is installed at the mounting points of the rear row of seats using bolted connections. Next, a standard ATGM launcher is installed on the cylindrical tripod 4 (Fig. 2) and secured with standard means.

The use of the proposed device in the educational process will allow operators of guided weapon systems to more accurately study the procedure for aiming and launching ATGMs from a vehicle.

Claims (1)

A device for installing an anti-tank guided missile launcher, consisting of two vertical profile posts connected to each other by a transverse profile pipe, on which a cylindrical tripod is attached using a welding seam for installing a standard anti-tank guided missile launcher, attached at an angle of 45° to two vertical profiles racks of inclined profile pipes, while the device is designed to be installed in the gusset stops on the floor of the body of a passenger car of the UA3-3151 brand and is designed to be bolted to the standard mountings of the rear row of seats.

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