Barrier-free dynamic weighing system for road toll
A dynamic weighing system, barrier-free technology, applied in the directions of weighing, special scales, measuring devices, etc., can solve the problem that it cannot be used for vehicle model determination at the same time, and achieve the effect of small possibility and small amount of civil engineering.
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Embodiment 1
[0029] Example 1: Single Lane Use
[0030] The barrier-free dynamic weighing system for road tolling includes a weighing controller 8 arranged on the roadside, and the weighing controller 8 is connected to the road toll system through the network. An L-shaped bracket A1 is set up in front of the toll plaza, and the L-shaped The antenna 3 and the license plate recognition system 5 above the lane are installed on the bracket A1, the laser radar B4 is located in the center of the lane, and the laser radar A2 and the laser radar C6 are respectively located at the two edges of the lane. The above equipment installed on the L-shaped bracket A1 They are respectively connected to the weighing controller 8, and a weighing platform 7 of equal width is installed on the roadway ground; an L-shaped bracket B9 is arranged at 25 to 35 meters behind the weighing platform 7, and a connecting weighing control is installed on the L-shaped bracket B9. The information board 10 of the device 8; the...
Embodiment 2
[0041] Example 2: Multi-lane use
[0042] When the weighing system is implemented in two or more lanes, it is similar to the single-lane embodiment, wherein the laser radar scanning the cross-section of the road surface can be reused in adjacent lanes. In the single-lane embodiment, two laser radars A2 and C6 scans the cross-section of the road surface, and two adjacent roads only need to use three lidars to scan the cross-section of the road surface, and so on. If it can be assumed that the width of the vehicle is consistent with the width of the wheel axle, the number of lidars scanning the cross-section of the road surface can also be appropriately reduced.
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