Vehicle-mounted traffic cone automatic laying device

Abstract

The invention relates to a vehicle-mounted traffic cone automatic laying device. By ingeniously arranging a turnover plate, a preparation position elastic piece and a guide frame, after the traffic cone is located on the conical protrusion on the turnover plate, the turnover plate breaks through the limitation of the preparation position elastic piece due to the gravity effect of the traffic coneto rotate, and the traffic cone is transversely arranged on the road surface after the separation limiting effect of the guide frame; along with the continuous advancing of the vehicle, the supportinglimit of the guide frame reaches the position of the traffic cone and acts on the base of the traffic cone to erect the traffic cone. The device is simple in structure and convenient to operate; meanwhile, the vehicle-mounted traffic cone automatic laying device can directly utilize an old engineering vehicle and carry out equipment installation on the old engineering vehicle, equipment construction of related units does not need to be occupied, and the vehicle-mounted traffic cone automatic laying device is easier to popularize.

Description

technical field [0001] The invention relates to the technical field of road traffic construction, in particular to a vehicle-mounted automatic deployment device for traffic cones. Background technique [0002] In our country, during the maintenance work on the expressway, in order to realize the temporary closure of the road, it is often necessary to use traffic cones to cut off the road. Currently, most of the placement of traffic cones is done manually. It is conceivable that the manual operation method is not only slow in operation speed and high in labor intensity, but also difficult to unify the stacking interval of traffic cones and low in work efficiency; in particular, it also has the key problem of high hidden danger in operation; especially in the case of heavy traffic flow The above problems are even more prominent when working on urban expressways. At the same time, the manual operation method is also easily disturbed by weather and environmental factors, and t...

AI Technical Summary

Problems solved by technology

It is conceivable that the manual operation method is not only slow in operation speed and high in labor intensity, but also difficult to unify the stacking interval of traffic cones and low in work efficiency; in particular, it also has the key problem of high hidden danger in operation; especially in the case of heavy traffic flow The above problems are even more prominent when working on urban expressways

At the same time, manual operations are also susceptible to interference from weather and environmental factors, and the risk factor is high in harsh environments such as heavy fog, heavy rainfall or thunderstorms

[0003] In recent years, some traffic cone deployment vehicl

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