System Introduction
Our company's remote sensing monitoring system for motor vehicle exhaust can effectively detect motor vehicle exhaust pollutants in multi lane single vehicle driving conditions. The detected pollution factors include carbon monoxide (CO), carbon dioxide (CO2), hydrocarbons (HC), nitrogen oxides (NO), opacity (0P), and Ringman blackness (0-5 levels). Automatic recognition and storage of vehicle license plates, combined with computer network technology, real-time transmission of detection values to the monitoring center of the environmental protection bureau for storage, statistical analysis, and result reporting. Simultaneously integrating black smoke vehicle capture video capture technology, real-time capture and evidence storage of illegal videos of vehicles emitting black smoke. In addition, the detection and storage of vehicle speed acceleration, traffic flow, environmental meteorological parameters, etc. are also carried out to ensure the quality of pollutant data in the remote sensing monitoring system for motor vehicle exhaust.
System Architecture
During measurement, the infrared and ultraviolet absorption spectroscopy pollution gas detection unit is responsible for analyzing and processing the pollution gas signals collected at the receiving end; The opaque smoke detection unit is responsible for detecting the opacity of motor vehicle exhaust; The environmental parameter measurement unit is responsible for detecting humidity, temperature, air pressure, and wind speed around the detection location point; The black smoke vehicle video recognition unit is responsible for intelligently identifying and capturing black smoke vehicles, obtaining evidence videos and images.
The detected data is transmitted to the control software platform of the motor vehicle exhaust remote sensing monitoring system through the local area network, which can be connected to the LED display unit and the central end of the motor vehicle exhaust monitoring platform.
system composition
Hardware part (Fixed/Mobile Vehicle Exhaust Remote Sensing Monitoring System Model NVRM-01)
host reflector
The hardware part consists of five parts: host, reflector, license plate recognition camera, video recognition camera, and video intelligent recognition system. The host mainly includes three parts: infrared and ultraviolet absorption spectroscopy pollution gas detection unit, opaque smoke detection unit, and environmental parameter measurement unit. It is responsible for detecting the composition of motor vehicle exhaust and related gas concentration values, as well as opaque smoke data, and sending the detected data to the motor vehicle exhaust remote sensing monitoring system control software platform through the local area network; The reflector is deployed across the road from the host, responsible for calibrating the host and receiving reflected ultraviolet, infrared light, etc., to cooperate with the host in detecting motor vehicle exhaust; The license plate recognition camera is responsible for road condition supervision and capturing and recognizing motor vehicle license plates; The video recognition camera is responsible for capturing videos and images of black smoke at the rear of motor vehicles; The video intelligent recognition system is responsible for analyzing and processing the videos and images captured by video recognition cameras, and combining intelligent algorithms to determine the Ringman blackness of motor vehicle exhaust.
Software section
Introduction to Platform Software Functions: The control software platform of the motor vehicle exhaust remote sensing monitoring system is responsible for processing the detection values transmitted by the front-end hardware of the remote sensing detection system;
Monitoring Preview: Real time monitoring of lane conditions, capturing vehicle license plate information, and detecting the composition, content, and speed acceleration of vehicle exhaust;
Real time data: Display real-time data of vehicle emission gas detection parameters CO, CO2, HC, NO, opacity luminosity, Ringman blackness, and vehicle identification information in a list format;
Statistical analysis: Comprehensive analysis of daily, monthly, or annual emissions of exhaust gases based on vehicle identification information. The query results can be displayed in a list format and exported.
Customer Value
1. Discovering vehicles that exceed the elevation and cause pollution
2. Exemption from standard cleaning vehicles
3. Filter yellow and green labeled cars
4. Vehicle condition evaluation, project evaluation
5. A survey on the exhaust emissions of motor vehicles
6. Improve the efficiency of motor vehicle exhaust testing and reduce the cost of manual testing
System deployment diagram
Emergency monitoring instruments, VOCs detectors, VOCs monitoring instruments, heavy metal detectors, oil detectors, water quality detection instruments, portable non methane total hydrocarbon analyzers, portable VOC detectors, portable heavy metal detectors, portable biotoxicity analyzers, UV oil detectors, biotoxicity detectors, portable environmental monitoring equipment, FID detectors, LDAR leak detection, portable gaseous pollutants, volatile organic compound detection, non methane detection, leak detection, VOC detection
