Non-onsite law enforcement management system used for vehicle overloading
An off-site law enforcement and management system technology, applied in the field of vehicle overloading, can solve problems such as the inability to judge the degree of vehicle overweight and the inability to accurately judge whether vehicles of different models are overloaded.
Patent Information
- Authority / Receiving Office
- CN · China
- Current Assignee / Owner
- Publication Date
- 2018-01-26
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Abstract
Description
technical field
[0001] The invention relates to the technical field of vehicle overloading, in particular to an off-site law enforcement management system for vehicle overloading. Background technique
[0002] The management of vehicle overloading is a worldwide problem, and governments of all countries are aware of the great harm of vehicle overloading to traffic safety, environment and road facilities. Relevant experts have vividly compared overloaded vehicles to "weapons that rob life and natural enemies of road facilities". The existing off-site vehicle overload law enforcement management system handles overloading of vehicles through cameras and weighing devices. Due to the wide variety of vehicle models, simply setting the overload value of the vehicle makes the existing system unable to accurately determine whether vehicles of different models are overloaded. Moreover, the existing system cannot judge the degree of overweight of the vehicle, leading to serious traffi...
Examples
Embodiment approach
[0035] As an implementation, the vehicle weight limit acquisition module sends a laser pulse signal through the three-dimensional laser scanner transmitter, and after being diffusely reflected by the surface of the object, it is sent back to the receiver along the same path in reverse, and the target point P can be calculated. The distance S from the scanner, the control encoder synchronously measures the horizontal scanning angle observation value α and the longitudinal scanning observation value β of each laser pulse; the laser scanning three-dimensional measurement uses the internal coordinate system of the instrument, the X axis is in the horizontal scanning plane, and the Y axis is in the horizontal direction The scan is perpendicular to the X-axis, and the Z-axis is perpendicular to the horizontal scanning plane. The calculation formula for obtaining the target point P is:
[0036] x P =Scosβcosα
[0037] YP =Scosβsinα
[0038] Z p =Scosβ
[0039] Through this scanni...