Full-automatic traffic cone collecting engineering vehicle

Abstract

The invention belongs to the technical field of traffic cone collecting engineering trucks, and particularly relates to a full-automatic traffic cone collecting engineering truck which comprises a chassis and a frame platform assembly installed on a chassis girder, an upper loading platform assembly is installed on the frame platform assembly and comprises a platform and a traffic cone support, the platform is fixed to the frame platform assembly, the traffic cone bracket is fixed on the upper surface of the platform; a rotating mechanism is fixed to the middle of the platform, a stand column assembly is installed on the rotating mechanism in a rotating mode, the stand column assembly comprises a vertical linear motion mechanism, a cantilever assembly is installed on the vertical linear motion mechanism, the cantilever assembly comprises a horizontal linear motion mechanism, and a grabbing tool assembly used for grabbing a traffic cone is fixed to the horizontal linear motion mechanism. The platform is further provided with a guiding and positioning device. A driver can independently control the vehicle in a cab through a control panel to carry out full-automatic placing and recycling operation of the traffic cones.

Description

technical field [0001] The invention belongs to the technical field of traffic cone collection engineering vehicles, in particular to a fully automatic traffic cone collection engineering vehicle. Background technique [0002] During the construction process of the municipal maintenance department, it is necessary to temporarily occupy the road. In order to realize the temporary closure of the road, it is often necessary to use road cones to partition the road. At present, most of the operations of retracting and retracting road cones are done manually. This kind of operation method has problems such as slow operation speed, high labor intensity of workers, great hidden dangers of operation safety, inconsistent stacking intervals of traffic cones and low work efficiency, especially when working on urban expressways with large traffic volumes. At the same time It is also susceptible to interference from weather and environmental factors, and the risk factor is higher in seve...

AI Technical Summary

Problems solved by technology

This kind of operation method has problems such as slow operation speed, high labor intensity of workers, great hidden dangers of operation safety, inconsistent stacking intervals of traffic cones and low work efficiency, especially when working on urban expressways with large traffic volumes. At the same time It is also susceptible to interference from weather and environmental factors, and the risk factor is higher in harsh environments such as heavy fog, heavy rainfall or thunderstorms

[0003] At this stage, there are also some vehicles that retract and retract traffic cones on the market. Some of these vehicles are semi-automatic and require manual assistance. Inconvenient, difficult to promote, high maintenance and repair costs

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