With the rapid development of urban construction, garbage sanitation has always been a major focus of urban construction. Environmental management and services have always been particularly troublesome for various management departments. Therefore, there is an urgent need to establish sanitation informatization to strengthen its management and control. At present, most of the garbage disposal methods are adopting fixed vehicles to various locations for recycling at a fixed time every day, so that there is little information about the amount of garbage generated by each trash can and the operation of garbage collection, which causes the garbage in some areas to not be cleared in time, bringing inconvenience to surrounding citizens. For this, RFID technology can be used to implement informatization, improving the quality of the urban environment by this intelligent technology. Moreover, RFID technology allows urban waste to be easily dealt with and helps the rapid development of smart cities.
With the rapid development of urban construction, environmental sanitation has become a thorny issue. The number and distribution of environmental sanitation facilities, ensuring that the number of garbage collections are in place, ensuring daily garbage collection, timely garbage transfer, and timely dispatch will become important links in the supervision of environmental sanitation and collection. The sanitation work mainly uses RFID technology to collect information from all links, building a smart sanitation platform, thereby helping the development of smart cities.
A platform for collecting garbage information and facility information, transportation vehicle scheduling, garbage sorting and recycling, etc. is needed to realize centralized management and scheduling, rationally allocated resources, and optimize the efficiency of garbage collection and processing. Through the operation of various functional modules of the system, the collection of relevant data and information is realized, the real-time status of the trash can and the behavior of residents and households are monitored, and the management of cleaning and shipping is optimized, so as to realize the networked, intelligent and informatized management of garbage classification in residential areas.
With the development of society, the role of Sanitation is becoming more and more important. However, due to technical or management limitations, Sanitation has always lacked effective management ways and methods for the management of sanitation vehicles.
The main problems are as follows:
1. Unable to grasp the number and distribution of facilities.
2. There is no guarantee that the number of garbage collections will be implemented in place, and the garbage will be cleaned every day.
3. It is impossible to eliminate the problems of not collecting, cleaning and shipping, and over-speeding according to the prescribed route.
4. It is impossible to ensure the timely transfer and dispatch of garbage.
With the development of the integration of urban and rural sanitation, the accumulation of garbage in urban trash cans is serious, the workload of cleaning and shipping cannot be counted accurately, and the efficiency and quality of the operation tasks of relevant personnel cannot be grasped in time; the status information of sanitation vehicles cannot be obtained in real time. Problems such as not collecting and cleaning in accordance with the prescribed route occur from time to time. If the waste is not collected in time and the garbage spills, it will seriously affect the development of urban environmental sanitation.
The RFID reader can grasp the capacity status of the garbage collection facility in real time, and realize "full and clear". By installing RFID electronic tags in the trash can, and installing an induction device in the garbage collection truck, garbage truck can automatically sense the electronic tag ID of the trash can and related attribute information when it is collecting, and combine with the GPS positioning system to realize the quantitative assessment of the location of the trash can, the supervision of the collection process, and the results of the collection. The system can plan the collection route according to the overall layout of the trash bin location, monitor the garbage cleaning and shipping in real time, and provide a map warning for trash bins that have not been collected and transported in accordance with the regulations, and this map can visually show the information such as the location, name, and identification number of the trash can whose collection and transportation are not in accordance with the regulations.
The construction of smart cities is constantly being optimized, and environmental management and services have been accompanied by city construction, aiming to improve the quality of life of citizens. Use RFID technology to carry out informatization and intelligence to improve the quality of the urban environment. In a word, RFID technology allows urban waste to be easily dealt with and helps the rapid development of smart cities.