Ultrasonic electronic bayonet monitoring apparatus and monitoring method

Abstract

The invention relates to the field of intelligent transportation systems, in particular to an ultrasonic electronic bayonet monitoring apparatus which comprises a central processor, a detection system and a shooting system, wherein the central processor is respectively connected with the detection system and the shooting system; the shooting system comprises a controller C, a camera, a flashlight and a support C, wherein the camera and the flashlight are respectively connected with the controller C; the controller C is connected with the center processor; and the detection system is an ultrasonic detection system which comprises a frame A, a frame B, a plurality of isometric ultrasound probes arranged on the top beam of the frame A, a plurality of the isometric ultrasound probes arranged on the top beam of the frame B, a controller A and a controller B. The invention has the beneficial effect that real-time detection and real-time shooting of violations of regulation, such as overspeed, superelevation and superwide of vehicles can be realized by the ingenious utilization of the ultrasound probes on the premises of low cost and freedom from counter reconnaissance.

Description

technical field [0001] The invention belongs to the field of intelligent transportation, and in particular relates to a method for identifying the super-width of a vehicle with an ultrasonic electronic bayonet monitoring device and a realization device thereof. Background technique [0002] With the rapid development of my country's national economy, the scale and flow of motor vehicles have increased significantly, and the average annual growth rate of motor vehicles in the country has exceeded 15%. In recent years, vehicle-related incidents and cases have grown geometrically. In view of the current inability to effectively monitor vehicles solely by manpower, traffic checkpoints have emerged. [0003] At present, the bayonet monitoring system adopts electromagnetic induction detection, speed measuring radar, industrial digital camera, industrial control computer, embedded software, database technology, etc., and is installed at the entrance and exit of the city or main roa...

AI Technical Summary

Problems solved by technology

[0004] The current electromagnetic induction detection devices are generally buried in the road surface, which will cause damage to the road surface, especially on the expressway, which has certain hidden dangers to the driving of the vehicle; the speed measuring device generally uses radar at present, but The high cost of radar is not conducive to large-scale popularization. Now there is an anti-radar device (commonly known as electronic dog) on ​​the market, which is installed on cars to evade radar speed measurement and make the speed measurement device useless.

The current bayonet monitoring system does not have a device for measuring ultra-high and ultra-wide

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