TH21989U - Systems and procedures for detecting traffic light violations using image processing. and/or animation - Google Patents

Abstract

A system for detecting violations of traffic lights using image processing, consisting of an image receiving device, a signal transmission device. and display section which the image receiving device provides image processing and/or Animation to detect vehicles in the traffic path Analyze the movement path of the vehicle. Detect the status of traffic lights. Read vehicle license plates and record wrongdoing Disobey the traffic lights of vehicles when they appear. Including collecting evidence of wrongdoing, both in the form of photographs and moving images of the action events. wrong for use in considering the issuance of tickets by officials Including using it as Supporting evidence for issuing orders

Claims (1)

1. A system for detecting violations of traffic lights by processing images and/or moving images, consisting of at least one image receiving device (1), which is equipped with at least two image receiving parts (2), namely: Wide-angle viewing section (6) for taking photos and/or movies which can display images Traffic signal lights and images of vehicles that violate traffic lights and vehicle license plate image receiver (7) for taking pictures and/or moving images of vehicle license plates with the image receiving device (1) connected to the transmitting device. Signal (4) for sending signal data over the internet network and/or through transmission wireless signal Go to the display section (5) one or more together. It is characterized by at least one imaging device (1). Provide a processing section (3) which consists of a processing system (8) responsible for processing vehicle movement. Status of traffic lights and license plate readings from images and/or animations received from the image receiver. (2) and temporarily recorded in memory (9) if it is found that a vehicle violates traffic lights The processed images and data are saved in Data collection unit (10) which records and stores information on traffic light violations. There are steps in the process of detecting traffic light violations by processing images and/or animations. Where the processing step (3) begins with image extraction and/or Animated images from the wide-angle reception area (6) (S1) then record a wide-angle image of the event in memory (9) (S2). The images are used to analyze traffic lights (S3) if there is vehicle movement. while the traffic light Show a signal to stop or prohibit movement in that direction. Detects vehicles in the detection area (11) (S4). If a vehicle is in the detection area (11), detects the vehicle's movement path and searches and reads the vehicle's license plate (S5). If A vehicle enters the area of offense (12) while the traffic light is on. Show signs to stop or prohibit the movement of vehicles into areas designated as offense areas. (12) Record images and information of offenses as evidence in a data storage unit. (10) and send such images and information to the display section (5) (S6) and if it is found that the vehicle in the image has not violated traffic lights, the processing section (3) will pull the image from the image receiving device for further analysis and verification. 2. Traffic light violation detection system by processing images and/or moving images. According to claim 1, wherein the processing part (3) performs vehicle detection processing by Uses machine learning algorithms using convolutional Neural networks in image processing and/or moving images in detecting traffic lights. 3. System for detecting violations of traffic lights by processing images and/or moving images. According to claim 1 or 2, wherein the processing part (3) performs movement path processing. of vehicles using the technique of correlation filter tracking suitable to be a Deep Sort algorithm. 4. System for detecting violations of traffic lights by processing Visual effects and/or animation According to claim 1 or 2 or 3, wherein the processing part (3) processes the state of traffic light By processing images from the amount of color intensity and brightness of each lamp. 5. Traffic light violation detection system by processing images and/or moving images. According to claim 1 or 2 or 3 or 4, wherein the processing part (3) will perform the function of detecting and reading Characters on license plates in Thailand using a learning system of convolutional neural networks. 6. Traffic light violation detection system using image processing and /or animation According to claim 1 or 2 or 3 or 4 or 5, wherein processing part (3) reads the name of the province. The data will be linked with license plates and ticketing systems. 7. Traffic light violation detection system by processing images and/or moving images. According to claim 1 or 2 or 3 or 4 or 5, wherein the processing part (3) is designed to be an embedded system or an IoT system 8. A system for detecting traffic light violations using image processing. and/or animation According to claim 1 or 2 or 3 or 4 or 5 or 6, wherein the wide angle image receiver (6) and the license plate image receiver (7) can be combined or separated.