foreword
With the continuous acceleration of urbanization and the improvement of residents' living standards, the amount of municipal solid waste is also increasing day by day.
construction background
With the acceleration of urbanization and the continuous improvement of people's living standards, the amount of municipal solid waste is also increasing year by year. Household garbage is "misplaced resources". Whether these "misplaced resources" can be handled well is related to the ecological environment of urban and rural human settlements. Comprehensive treatment and recycling are the inevitable requirements of urban development.
System Overview
The intelligent garbage sorting and processing system is based on information technologies such as the Internet of Things, GPS, cloud computing, and big data, combined with various intelligent devices (intelligent garbage sorting boxes, point cashing, vehicle-mounted all-in-one machines, etc.), and built using a distributed micro-service architecture , to conduct real-time supervision of the people, vehicles, objects and things involved in the whole process of garbage classification, and realize the active traceability of all links of garbage placement, collection, transportation and treatment.
System functions
Regional Data Overview
Smart monitoring data and sensor equipment data are connected to the large visualized screen of the digital map, and the garbage cans, collection and transportation vehicles, transfer stations, garbage treatment plants, etc. are all displayed on the GIS map, and the city can be viewed in the garbage classification and treatment control center of the day The total amount of garbage put in and garbage recycling rate, the number of facilities put in, the trend of garbage recycling, etc. Through the visualization of information statistics on the large screen, refined management and cost reduction and efficiency enhancement are realized.
video surveillance system
It supports seamless fusion of video monitoring functions, real-time video monitoring of sanitation vehicles and various venues, accurate positioning video camera viewing, and parallel viewing of multiple camera windows. Managers check the on-site situation through real-time video, and carry out real-time, transparent and global visual management of the jurisdiction area.
Intelligent delivery system
In the classified delivery scenario, based on cameras and sensors, when residents enter the identification area, the system can automatically perceive the behavior of garbage delivery, and use AI image recognition technology and voice broadcast to make garbage delivery more convenient. If residents place garbage in violation of regulations, functions such as voice reminders will be automatically triggered.
Clearing and recycling system
Based on the geographic information system (GIS), real-time visual monitoring of garbage classification and collection is supported, integrated video monitoring and monitoring data uploaded by sensors in real time, automatic identification of the overflow status of the garbage can, and real-time upload of information to the command and dispatch platform, and alarm according to the garbage can location, notify nearby garbage collection and transportation vehicles, and monitor the collection and transportation records in real time through video, and rely on IoT sensing to determine the type, frequency, and weight of collection to avoid mixed loading and transportation.
vehicle management system
Plan the operation area, formulate the operation path, monitor the position, trajectory, speed, and load of the vehicle online, and view the video in real time, which can prevent illegal behaviors such as dumping and parking, deviation from the standard video, and speeding. Solve problems such as "deviating from the operating area, not following the prescribed route, operating the vehicle in violation of rules and regulations, and monitoring the lack of fuel" during the vehicle operation process.
Intelligent alarm system
Automatically generate alarm information for violations such as overflowing garbage bins, failure to collect and transport on time, short stay time for collection and transportation, excessive load capacity, and unauthorized reduction during collection and transportation.
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(The above functions are for reference only, more system functions are subject to actual needs)
Development Platform
The smart waste classification visualization system is designed based on the Sovit3D visualization development platform, relying on the current advanced mobile Internet, big data, Internet of Things, cloud computing and other technologies to realize the active traceability of waste classification and placement, and to establish the environmental protection awareness of Chinese residents on waste classification. Further promote the enthusiasm of residents to participate in garbage sorting, improve the reduction, recycling, and harmlessness of garbage, and strive to make the best use of everything.
construction value
Incorporate waste sorting into the "one-net unified management" platform, use mature technologies to build waste sorting management application scenarios, realize closed-loop management of waste sorting issues, and implement "one-net unified management" for daily inspections of waste sorting, management of key groups, and punishment and tracking of violations. Further improve the regular and fixed-point classification and delivery system, carry out special rectification actions for small-package garbage, deepen the improvement of delivery points for the convenience and benefit of the people, promote the "one-net unified management" to empower the daily management of garbage classification, and improve the appearance of the classification environment.
Summarize
The smart waste sorting visualization system mainly focuses on the whole process of waste sorting, throwing, collecting, transporting, and processing. The whole life cycle of sorting waste can be checked, managed, and traced. The government, enterprises, and citizens interact online. change.