RU202789U1 - SCARE MACHINE WITH START GUIDE - Google Patents

Abstract

The utility model refers to machines that are used in the field for reconnaissance and command and control of subunits. A reconnaissance vehicle with a starting guide contains chassis 1 with an engine, a cabin 2, a body 3, a rear door of a body 5, an operator's workplace 8, a control panel 10 are located inside the body. and a display 9, a catapult 14 and an unmanned aerial vehicle 15, a receiving and transmitting antenna 11 is located outside the cockpit, a guide 12 for launching an unmanned aerial vehicle is fixed on the inner side of the folding door of the body 5. field conditions. 2 ill.

Description

The utility model refers to machines that are used in the field for reconnaissance and command and control of subunits.

There is a known control and testing workshop containing a chassis with an engine mounted on it and a body that contains internal equipment, external equipment is fixed on the outer part of the body, the side wall of the body is double, the outer wall is rotatable with the possibility of forming a canopy (RF patent for utility model No. 168580 by application No. 2016128994/11).

The disadvantage of this workshop is the lack of funds for reconnaissance and unit management.

There is also known a ground-based reconnaissance vehicle containing a chassis with an engine, a cabin, a body with an upper hatch, a quadcopter, an operator's workplace, a control panel and a display are located inside the body, a radar station is located outside the body, a platform with a landing sensor and the possibility of placement of a quadrocopter, a door is hinged above the hatch, on the reverse side of which there is a platform with a landing sensor and the possibility of placing a quadrocopter (RF patent for utility model No. 195823 on application No. 2019138770, prototype).

The use of a quadcopter and a radar station in the vehicle allows reconnaissance and control of units on the spot and in motion of the vehicle.

The disadvantage of this machine is the lack of equipment for launching an unmanned aerial vehicle of an aircraft type without getting out of the car, which is necessary to improve the technical characteristics of reconnaissance and subunit control equipment.

The technical task of the utility model is to improve the technical characteristics of reconnaissance and subunit command and control equipment in the field.

The technical solution to the problem consists in the fact that the reconnaissance vehicle contains a chassis with an engine, a cabin, a body, a rear door of the body, an unmanned aerial vehicle, a catapult, an operator's workplace, a control panel and a display are located inside the body, a receiving and transmitting antenna is located on the inner side of the hinged door of the body is fixed with a guide for launching an unmanned aerial vehicle.

The essence of the utility model is illustrated by drawings. FIG. 1 shows the machine in transport position; in fig. 2 - in working position: 1 - chassis with an engine; 2 - a cabin; 3 - body; 4, 5 - body door; 6 - torsion bar; 7 - stopper; 8 - operator's workplace with devices for the apparatus; 9 - display; 10 - control panel; 11 - receiving and transmitting antenna; 12 - guide; 13 - extension cord; 14 - catapult; 15 - unmanned aerial vehicle; 16 - stairs.

In the transport position, body 3 with cab 2 is placed on chassis 1, doors 4 and 5 are closed. The hinged door 5 is equipped with a plate torsion bar 6, which acts as an axis and counterweight, as well as a stopper 7 (see, for example, the book Object 172M. Technical description and operating instructions. Book two. M .: Voenizdat, 1975, p. 30 -33). On the inner side of the door, a guide 12 with an extension 13 is fixed.

Inside the body are the operator's workplace 8 with display 9 and control panel 10, catapult 14, unmanned aerial vehicle 15, as well as reconnaissance devices and weapons for the device. On the roof of the cab there is a transmitting and receiving antenna 11 connected to the equipment of the apparatus, a control panel and a display. Ladder 16 is fixed near doors 4 and 5.

In the working position, when using the device, all operations are performed without leaving the machine. From inside the body, open the door 5, turn it around the torsion bar 6 at the starting angle of the apparatus and secure it with a stopper 7. If necessary, the guide is increased with an extension cord 13. A catapult is placed on the guide 12. The apparatus 15 is equipped with reconnaissance devices, installed on the catapult 14 and using the control panel 10 and antennas 11 include the reconnaissance equipment of the apparatus. After that, from the workplace 8, the control panel 10 accelerates the catapult 14 along the guide and launch the apparatus 15, after which it is controlled from the operator's workplace using the antenna 11 and receiving information on the display 9 from the apparatus of the apparatus. After completing the task, the device receives a landing command from the control panel.

To return the apparatus after landing, leave the body through door 4 using a ladder 16, the apparatus is moved inside the body and brought into the transport position.

The use of an unmanned aerial vehicle of an aircraft type without getting out of the car makes it possible to reduce the preparation time for reconnaissance and strike equipment to perform tasks regardless of the terrain, as well as to perform reconnaissance missions during short stops and in motion of the vehicle.

The technical result of the utility model is to improve the technical characteristics of reconnaissance and command and control units in the field.

Claims (1)

Reconnaissance vehicle with a starting rail, containing a chassis with an engine, a cabin, a body, a rear door of the body, an unmanned aerial vehicle, a catapult, an operator's workplace, a control panel and a display are located inside the body, a receiving and transmitting antenna is located outside the cabin, characterized in that on the inner side of the hinged door of the body is fixed with a guide for launching an unmanned aerial vehicle.

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