A Tidal Lane Changing Device Based on Electromagnetic Conversion

Abstract

The invention provides a tidal lane changing device based on electromagnetic conversion, which belongs to the field of transportation. It includes: the trolley track placed under the ground of the lane and the two ends corresponding to the left and right sides of the tidal lane respectively, the walking trolley that moves along the length direction of the trolley track and can be fixed on both sides of the trolley track based on electromagnetic conversion, and the trolley along the vertical direction A telescopic telescopic mandrel, a telescopic guardrail structure that can cooperate with the telescopic mandrel to be pushed out of the ground, and a controller for controlling the walking trolley, the telescopic mandrel and the telescopic guardrail structure; wherein, the controller is used for: When a lane change request is received from the control center, the road surface information of the lane collected by the ground sensor is obtained, and when the road surface information indicates that there is no vehicle in the lane, the shrinkage of the telescopic guardrail structure, the shrinkage of the telescopic mandrel and the walking trolley are sequentially controlled Move from the current side to the other side of the lane. The invention can avoid affecting the road surface, and can improve the service life of the conversion device.

Description

technical field [0001] The present invention relates to the technical field of transportation, in particular to a tidal lane changing device based on electromagnetic conversion. Background technique [0002] In most cities, the direction of traffic flow in the morning peak and evening peak is different. At present, the current lane can only be adjusted by manually setting the safety cone. On the one hand, this will cause certain safety hazards (drivers see Unclear), on the other hand, it increases the difficulty of manual operation and increases the operation time, which is no longer suitable for the current development. [0003] The prior art also discloses a tidal lane changing device for intelligent traffic based on electromagnetic conversion, the publication number is CN110904890, which can use magnetic force to realize the position change of the railing and improve the efficiency of lane changing. However, the current lane changing device Affecting the driveway, garbag...

AI Technical Summary

Problems solved by technology

[0002] In most cities, the direction of traffic flow in the morning peak and evening peak is different. The current lanes generally can only adjust the direction of traffic flow by manually setting safety cones. On the one hand, this will cause certain safety hazards (drivers see unclear), on the other hand, it increases the difficulty of manual operation and increases the working time, which is no longer suitable for the current development

[0003] The prior art also discloses a tidal lane change device for intelligent traffic based on electromagnetic conversion, the publication number is CN110904890, which can realize the position change of the railing by using magnetic force, and improve the efficiency of lane change. However, the current lane change device Affects the driveway, which is prone to litter or water spots in the middle, resulting in a short lifespan of the unit

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