Multifunctional transportation platform

Abstract

The invention relates to a multifunctional transportation platform, which comprises a chassis truck and a bearing platform, wherein a front support, a hinge base and a portal frame are arranged on thechassis truck; a lifting oil cylinder is mounted on the hinge base; the other end of the lifting oil cylinder is hinged to the front position of the bottom of the bearing platform; the lifting angleof the front end of the bearing platform on the chassis truck is adjusted through stretching and retracting of the lifting oil cylinder; and the rear end of the bottom of the bearing platform is hinged to the top of the portal frame. The lifting height of the rear end of the bearing platform on the chassis is adjusted through lifting of the portal frame, the lifting oil cylinder or the portal frame can be independently controlled, and the lifting oil cylinder and the portal frame are controlled at the same time so that the angle of the bearing platform on the chassis can be freely changed. According to the transportation platform, the transportation posture can be adjusted according to mountain road terrains, different cargoes can be loaded according to needs, the difficulty of circuit electric power construction or rescue and repair is effectively solved, and the carrying efficiency in the electric power construction and rescue and repair process is greatly improved.

Description

technical field [0001] The invention relates to a transportation platform, in particular to a multifunctional transportation platform used for mountain road power construction and emergency repair. Background technique [0002] At present, domestic electric power construction and emergency repair in mountainous areas mainly rely on manpower and automobile transportation. Due to the complex geographical environment and harsh natural conditions in mountainous areas, there are many steep slopes on the mountain roads, the road surface is slippery after rain, the water in low-lying areas is serious, and there are many uncontrollable natural factors, so the power equipment is transported up by car during power construction and emergency repair. People have to lift up the place where the car can't pass, and the efficiency of human transportation is too slow and the risk is high. It is not suitable to climb slopes when carrying long utility poles by car transportation. When carrying...

AI Technical Summary

Problems solved by technology

Due to the complex geographical environment and harsh natural conditions in mountainous areas, there are many steep slopes on the mountain roads, the road surface is slippery after rain, the water in low-lying areas is serious, and there are many uncontrollable natural factors, so the power equipment is transported up by car during power construction and emergency repair. People have to lift up the place where the car can't pass, and the efficiency of human transportation is too slow and the risk is high. It is not suitable to climb slopes when carrying long utility poles by car transportation. When carrying other goods, some slopes are relatively steep. Cars cannot get on in large places, and cars are prone to slipping on wet and slippery roads, which is highly dangerous

Especially after suffering from natural disasters, the environment is more complex and cars cannot drive at all, which makes it difficult to repair power in mountainous areas and increases unnecessary losses

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