Background of using the automatic monitoring and recognition system for road cleaning quality assessment
With the continuous acceleration of urbanization, urban road cleaning, as an important part of ensuring a clean urban environment and improving the quality of life of citizens, has increasingly high quality requirements. The traditional evaluation of road cleaning quality mainly relies on manual inspections, which not only consumes a lot of manpower, material resources, and time costs, but also the evaluation results are easily affected by subjective factors, such as inconsistent standards, limited coverage, and feedback lag. For example, manual inspection is difficult to achieve real-time and comprehensive monitoring of all roads in the city, often only sampling inspection, which can easily lead to "missed detection" and "misjudgment" situations; At the same time, manual recording and data organization are inefficient, making it difficult to provide timely and accurate data support for optimizing cleaning operations, personnel assessment, etc.
In this context, in order to improve the scientific, objective, and efficient evaluation of road cleaning quality, an automatic monitoring and recognition system for road cleaning quality evaluation has emerged. The system utilizes high-definition cameras, sensors, artificial intelligence algorithms and other technological means to capture, intelligently analyze and accurately evaluate road cleaning conditions in real time, effectively filling the gaps of traditional manual evaluation and providing more reliable decision-making basis for urban environmental sanitation management departments, helping to achieve refined and intelligent cleaning operation management.
equipment introduction
OSEN-JC Road Dust Pollution Monitoring Navigation Monitoring Terminal is an online real-time monitoring device for particulate matter and dust raised by road vehicles in the atmosphere. Transfer the collected data information to the intelligent cloud platform for processing, and provide customers with monitoring information on various aspects including depicting the route map, particulate matter values at points, pollution cloud maps, etc.
Equipment features
High positioning accuracy: using mainstream positioning technology in the industry to obtain real-time vehicle location.
Accompanying viewing: Randomly equipped with a tablet app, travelers can view real-time changes in road data and modify configurations according to actual situations.
Core components: Equipped with imported particulate matter sensors and a unique dust-proof structure, it can simultaneously output PM1, PM2.5, PM10, and TSP.
Product composition
The road dust load navigation monitoring system consists of a particulate matter collection unit, a particulate matter monitoring unit, a data acquisition and transmission unit, a power supply unit, a vehicle positioning system, and auxiliary units (including meteorological parameter testers, video surveillance equipment, calibration equipment, etc.).
Navigation monitoring is conducted in key areas such as expressways, main and secondary roads, some branch roads, roads around construction sites, and industrial enterprises in the central urban area of the city. The data obtained can be transmitted to the platform management system through wireless networks, and real-time cruise trajectories, monitoring values, pollutant concentration fluctuation curves, and other content can be viewed through tablets, WEB terminals, etc., providing customers with valuable information in various aspects.
The platform integrates online monitoring, data calculation, map matching, video monitoring, data transmission, and automatic statistics functions, which can automatically monitor dust load data during normal vehicle driving. It has the advantages of not affecting traffic, high monitoring efficiency, and clear and visible results.
FEATURES
Integrating protection, measurement, signal, display and other functions; It has multiple protection functions such as short circuit, overload, and low voltage, and various functions can be selected;
Adopting advanced industrial grade chips, the bus does not come out of the chip, and the electrical isolation and electromagnetic shielding design comply with relevant standards, making the hardware system of the device highly anti-interference and reliable in operation; The detection, collection, and analysis principles are mature and reliable, and can withstand long-term on-site operation tests;
Real time display of dust monitoring at mobile points on vehicles, with no restrictions on monitoring locations; Free installation bracket: suitable for various vehicle models; The mainframe of the detector adopts internationally renowned brands;
When sampling with the detector, sampling a value every 1 second can ensure that the normal use of the road dust detector is not affected when the ambient temperature is between -10 ℃ and 40 ℃, the relative humidity is less than or equal to 80%, and the ambient wind force is below level 4;
On site testing data can be exported through platforms and other methods; The detector is equipped with GPS, and the raw data is exported with GPS point information; The data acquisition module controls the operation of the detection equipment and transmits data to the computer system;
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