Mountain carrier vehicle

Abstract

The invention discloses a mountain carrier vehicle, which comprises a travelling mechanism, a bearing mechanism, a driving mechanism for proving power for the traveling mechanism, and a control mechanism for controlling the speed and advancing direction of the mountain carrier vehicle, wherein the bearing mechanism comprises a support table fixed above the travelling mechanism, a central upright post swiveled in the middle of the support table, and a carrying table which is fixed on the top of the central upright post and is used for carrying cargo; a first leveling oil cylinder is hinged between the front side or the rear side of the support table and the central upright post; a second leveling oil cylinder is hinged between the left side or the right side of the support table and the central upright post; when the mountain carrier vehicle runs, the carrying table is in a horizontal state by adjusting the stroke of the first leveling oil cylinder and the second leveling oil cylinder, so that the cargo on the carrying table cannot slide or tip over automatically, and liquid or fragile cargo cannot be leaked or extruded; therefore the mountain carrier vehicle is suitable to be popularized and used.

Description

technical field [0001] The invention relates to a transport vehicle, more specifically, relates to a mountain transport vehicle suitable for mountain transport. Background technique [0002] In the fields of military, electric power and communication, etc., it is often necessary to transport equipment and materials on rugged mountainous terrain. Existing mountain transportation methods mainly contain five kinds of human transportation, animal power transportation, vehicle transportation, cableway transportation and air transportation. However, human transportation and animal transportation have the disadvantages of low transportation efficiency and high labor intensity; cableway transportation and air transportation are too expensive, and are not easy to use for small and medium-sized projects. In this way, truck transportation has become the most feasible transportation method. [0003] Existing mountain transport vehicle: when the transport vehicle is loaded up or downhil...

AI Technical Summary

Problems solved by technology

[0003] Existing mountain transport vehicle: when the transport vehicle is loaded up or downhill or transported away on a rugged mountain road, its gravity will be decomposed to form a component force pointing to a lower direction, which is consistent with the direction of uphill On the contrary, it is in the same direction as the downhill. Therefore, when the slope is large or the mountain road is too bumpy, the energy consumption of the transport vehicle will increase when going uphill, and the climbing performance will be weakened; when going downhill, it will be difficult to brake and the car cannot be stopped.

What's more, when the component force is large enough, it is enough to cause the goods being transported to slide, tip over, or even cause a rollover accident

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