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Off-site dynamic treatment method and system for overload and superelevation of truck

An off-site and ultra-high technology, which is applied in the field of off-site dynamic management methods and systems for overloaded and ultra-high trucks, can solve the problem of inability to obtain important vehicle features, affecting road traffic efficiency and work efficiency, and unrecognized or wrongly recognized license plate numbers. problem, to achieve the effect of fast recognition speed, high recognition accuracy, and ensure the efficiency of traffic

Inactive Publication Date: 2022-02-11
深邦智能科技集团(青岛)有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] The embodiment of the present invention provides an off-site dynamic management method and system for truck overloading and superelevation, the purpose of which is to solve the existing overcrowding methods including static weighing and dynamic weighing. Static weighing requires on-site queuing and waiting. It seriously affects the road traffic efficiency and work efficiency, and cannot effectively obtain the important characteristics of the vehicle under the condition of high and low speed without stopping; dynamic weighing can easily cause the license plate number to be unrecognizable or wrongly recognized because the vehicle is running at a certain speed question

Method used

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  • Off-site dynamic treatment method and system for overload and superelevation of truck
  • Off-site dynamic treatment method and system for overload and superelevation of truck
  • Off-site dynamic treatment method and system for overload and superelevation of truck

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Embodiment 1

[0054] Refer to attached Figure 1~2 As shown, the present invention provides a technical solution: an off-site dynamic management method for overloaded and ultra-high trucks, which is applied to a dynamic weighing device 100, a license plate recognition device 200, an altimeter radar 300, a display screen 400, and a voice announcer 500 , terminal host 600 and networked server 700, the dynamic weighing device 100, the license plate recognition device 200, the height measuring radar 300, the display screen 400 and the voice announcer 500 are all connected with the terminal host 600 For communication interaction, the terminal host 600 communicates with the networking server 700 .

[0055] Wherein, the dynamic weighing device 100 is composed of a quartz sensor 110, a charge amplifier 120, a speed sensor 130, a weighing controller 150, and an axle identifier 140. The quartz sensor 110 is distributed in an array along the forward direction of the road. The output terminals of the q...

Embodiment 2

[0075] The embodiment of the invention also discloses an off-site dynamic control system for overloaded and super-high trucks. image 3 As shown, the application includes a dynamic weighing device 100, a license plate recognition device 200, a height measuring radar 300, a display screen 400, a voice broadcaster 500, a terminal host 600 and a networked server 700, the dynamic weighing device 100, the license plate The identification device 200, the altimetry radar 300, the display screen 400 and the voice announcer 500 all communicate and interact with the terminal host 600, and the terminal host 600 communicates and interacts with the networked server 700;

[0076] The terminal host 600 is provided with the dynamic management system, wherein the dynamic management system includes:

[0077] An obtaining module 610, configured to obtain vehicle information and license plate information images of the current vehicle from the dynamic weighing device 100, the license plate recogni...

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Abstract

The invention provides an off-site dynamic treatment method and system for overload and superelevation of a truck, belongs to the technical field of traffic violation treatment, and is applied to a dynamic weighing device, a license plate recognition device, a height measurement radar, a display screen, a voice broadcast device, a terminal host and a networking server. The dynamic weighing device, the license plate recognition device, the height measurement radar, the display screen and the voice broadcast device are all in communication interaction with a terminal host, and the terminal host is in communication interaction with the networking server. The dynamic treatment method comprises the following steps: respectively obtaining vehicle information and license plate information images of a current vehicle from the dynamic weighing device, the license plate recognition device and the height measurement radar; and extracting a license plate feature image of the license plate information image, and segmenting the license plate feature image into single character images to obtain license plate information. Under the condition that the vehicle is not parked, the identification speed is high, the identification accuracy is high, and technical support is effectively provided for non-parking detection.

Description

technical field [0001] The invention belongs to the technical field of traffic violation control, and in particular relates to an off-site dynamic control method and system for overloaded and super-high trucks. Background technique [0002] Overloaded and super high trucks have caused great harm to the safe driving or transportation of expressways. Overloaded and super high trucks have caused the trucks to be in an overloaded state for a long time, resulting in a decrease in vehicle safety performance and inducing a large number of highway traffic accidents. According to statistics, 70% of expressway traffic accidents are caused by overloaded and super-high trucks, and 50% of accidents involving mass casualties and injuries are directly related to over-limit and overloading. Therefore, overloaded trucks and super-high transportation are seriously It endangers the life and property safety of the country and the people, and causes huge losses to the people's life and property....

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G06V30/148G06V10/75G06V20/62G01G19/03G01S13/08
CPCG01G19/03G01S13/08
Inventor 张泽谦
Owner 深邦智能科技集团(青岛)有限公司
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