TRAILER FOR TRANSPORTING GROUND ROBOTIC EQUIPMENT

Abstract

This utility model relates to specialized trailers for transporting ground robotic vehicles. The trailer comprises a frame body made of metal profile tubing, sides with mesh inserts, a tailboard that converts into a ramp, all-terrain wheels, and retractable static support stops. The technical result consists of reducing the trailer body's weight and windage while simultaneously enabling loading and unloading of ground robotic vehicles without the use of lifting equipment and static support during parking, loading, and unloading. 3 fig.

Description

[0001] Technical field

[0002] The utility model relates to vehicles, namely to specialized trailers designed for the safe transportation, storage and rapid deployment of ground robotic vehicles (GRVV), including in rough terrain and off-road conditions.

[0003] Technology Level

[0004] A semitrailer patented by RU 2280581 comprises a frame and a ramp pivotally connected to the frame. The disadvantages of this solution are its complex design and significant weight.

[0005] A trailer, primarily for transporting small vehicles, is known under patent RU 75356. It comprises a side member, a wheel axle, and a coupling device. A disadvantage is that it cannot be used off-road.

[0006] The closest technical solution to the proposed solution is a trailer for a passenger car, according to patent RU 2170189, comprising a body with drop sides and a drawbar. The disadvantages of this prototype include the lack of a ramp for quick loading of the NRTS and the lack of means for static stabilization of the trailer during loading and unloading.

[0007] The technical task is to create a specialized trailer for transporting ground robotic equipment, ensuring the possibility of loading, transporting, storing and unloading them with reduced weight and windage of the body and increased stability of the trailer during parking, loading and unloading

[0008] The technical result consists in reducing the weight and windage of the trailer body while simultaneously ensuring the possibility of loading and unloading ground robotic equipment without the use of lifting equipment and static holding of the trailer during parking, loading and unloading.

[0009] The stated technical result is achieved by a trailer for transporting NRTS, comprising a body mounted on a frame with sprung wheels, a towing hitch, and signaling elements. The body is constructed of a frame, with mesh inserts in the body skin, reducing weight and windage. The tailboard, when folded down, functions as a ramp, allowing the NRTS to enter and exit without the use of lifting equipment. Retractable stops are installed at the front and rear of the trailer to statically hold the trailer during loading and unloading, preventing it from shifting or tipping. The trailer is equipped with all-terrain wheels, ensuring operation in rough terrain.

[0010] Brief description of the drawings.

[0011] Fig. 1 - body frame.

[0012] Fig. 2 - photograph of the prototype.

[0013] Fig. 3 - photograph with the ramp folded back and the stops extended.

Claims

A trailer for transporting ground robotic equipment, comprising a body mounted on a frame with sprung wheels, a towing hitch and light signalling elements, characterised in that the body is made as a frame from a metal profile pipe, the lining contains mesh inserts, the tailboard, when folded down, functions as a ramp for entry of the GRTS, and retractable stops are installed in the front and rear parts of the trailer for static holding of the trailer during parking, loading and unloading of the GRTS.

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