RFID Tag technology helps garbage collection

Everyone throws out a lot of garbage every day. In some areas with better garbage management, most of the garbage will be disposed of harmlessly, such as sanitary landfill, incineration, composting, etc., while garbage in more places is often simply piled up or landfilled. , leading to the spread of odor and contamination of soil and groundwater. Since the implementation of garbage classification on July 1, 2019, the residents have sorted the garbage according to the classification standards, and then put different garbage into the corresponding garbage cans, and then the sorted garbage cans are collected and processed by the sanitation truck. . In the process of processing, it involves the collection of garbage information, the resource scheduling of vehicles, the efficiency of garbage collection and treatment, and the rational use of relevant information to realize networked, intelligent and informatized management of residents’ garbage.

In today’s Internet of Things era, RFID tag technology is used to quickly solve the garbage cleaning operation, and the RFID tag with a unique code is attached to the classification trash can to record what kind of domestic garbage is in the trash can, the area of the community where the trash can is located, and the garbage. Bucket usage time and other information.

After the identification of the trash can is clear, the corresponding RFID device is installed on the sanitation vehicle to read the label information on the trash can and count the working conditions of each vehicle. At the same time, RFID tags are installed on the sanitation vehicle to confirm the identity information of the vehicle, to ensure the reasonable scheduling of the vehicle and to check the working path of the vehicle. After the residents have sorted and placed the garbage, the sanitation vehicle arrives at the site to clean up the garbage.

The RFID tag enters the working range of the RFID equipment on the sanitation vehicle. The RFID equipment starts to read the RFID tag information of the trash can, collects the classified household garbage by category, and uploads the obtained garbage information to the system to record the Domestic waste in the community. After the garbage collection is completed, drive out of the community and enter the next community to collect domestic garbage. On the way, the RFID tag of the vehicle will be read by the RFID reader, and the time spent collecting garbage in the community will be recorded. At the same time, check whether the vehicle is in accordance with the Designate a route to collect garbage to ensure that domestic garbage can be cleaned up in time and reduce the breeding of mosquitoes.

The working principle of the RFID electronic label laminating machine is to first bond the antenna and the inlay, and then perform compound die-cutting of the blank label and the bonded inlay through the die-cutting station. If the adhesive and the backing paper are made into labels, the data processing of the labels can be performed directly, and the finished RFID labels can be directly applied to the terminal.

The first batch of residents participating in the trial in Shenzhen will receive sorted trash bins with RFID tags. The RFID tags in these trash bins are bound to the residents’ personal identification information. When collecting the vehicle, the RFID electronic tag reader on the garbage collection vehicle can read the RFID information on the trash can, so as to identify the identity information of the residents corresponding to the garbage. Through this technology, we can clearly understand the residents’ implementation of garbage sorting and recycling.

After using RFID technology for garbage classification and recycling, the information of garbage disposal is recorded in real time, so as to realize the supervision and traceability of the whole process of garbage recycling, which ensures that the efficiency of garbage transportation and treatment has been significantly improved, and each garbage disposal information Recorded and provided a large amount of effective data for the realization of intelligent and informatization of garbage management.