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With the continuous improvement of the national economy, the generated waste is increasing day by day. If it cannot be properly disposed of in time, just burying it underground will cause great pollution to the ecological environment in the long run. At present, most cities in my country have special waste treatment units for management, but there are often cases of loss and outflow during transportation. If they cannot be found and disposed of in time, it will cause environmental pollution and even endanger human health. How to avoid this This kind of bad situation has been repeatedly banned, and feasible and effective supervision work is particularly important.
Shenyang Kaitai Technology Co., Ltd. uses the Internet of Things technology to realize the supervision of the transportation and treatment of waste through the identification and tracking of waste, to ensure that the waste is finally properly disposed of, and to play a safe and efficient supervision role.
Developed by Shenyang Kaitai Technology Co., Ltd. – waste transportation management monitoring solution, through computer, Internet, wireless communication technology andRFIDThe hardware equipment system is perfectly combined, using RFID automatic identification technology, video collection, mobile handheld data terminal technology to build a comprehensive management information platform, realizing one-point entry and whole-process sharing of transportation sludge information, and providing whole-process and data tracking query. It ensures that the relevant departments can supervise and manage the waste in the transportation process, so as to fully guarantee the safety of the waste in the transportation process, and at the same time provide real and effective information and data for the management departments at all levels in a timely manner to ensure foolproof management.
The software in the solution consists of four parts,HandheldSoftware, computer software of supervisory departments, software of sludge generating unit, software of sludge repurchase unit. The main hardware includes: handheld, computer, vehicle camera, camera capture card, scales, etc.
The hardware configuration is as follows:
Vehicle equipment
1. A handset;
2. An RFID tag (for car and handheld binding).
Sludge producing unit
1. One RFID tag, or multiple RFID tags, the method can be changed according to the needs;
2. Vehicle camera and capture card;
3. Computer (the unit has been equipped).
Sludge disposal unit
1. One or more RFID tags, the method can be changed according to the demand;
2. Vehicle camera and capture card;
3. Computer (the unit has been equipped);
4. Scale (unit is equipped);
5. Network environment (when transferring data over the network).
Regulatory unit
1. Computer (the unit has been equipped);
2. Network environment (when passing through the network transmission bureau).
In the supervision of the entire waste transportation management system: data collection and processing are carried out in units of vehicles, that is, a handheld computer is bound to each vehicle, and the handheld computer completes the tracking and monitoring of the entire transportation process. While collecting data, the handheld can also prevent the occurrence of cheating and fraud. In the event of an abnormality, the supervisory department can trace the responsibility of the corresponding responsible person based on the relevant data collected by the handset.
In order to prevent the handheld from being bound to different vehicles, an electronic tag will be installed in the car. Each time the handheld is activated, the electronic tag in the vehicle needs to be read once before authorizing the handheld to operate. Taking into account the diversity of user groups, the design of the handheld software tends to be simple and easy to use, and most operations can be achieved by pressing a card reader button.
The method of data supervision by relevant departments is not only a single method, but also takes into account the problems that may be encountered in actual operation, such as high network costs, product cost-effectiveness, ease of use and other factors. At the same time, the handset and computer software design also reserves the feasibility of future upgrades and expansion functions. Scalable features include:
GPS positioning function:
The GPS module is required for the handset, and the software needs to write GPS-related functions. It can perform operations such as reading and writing RFID electronic tags, connecting to computers, and recording routes. (The cost involved may be higher)
Network real-time monitoring function:
Each unit needs to have Internet support, as well as independent data servers. (The cost involved may be higher)
High security data encryption:
Each unit is required to be equipped with a large card reader to encrypt and correspond to each read-write device. (higher design cost)
The waste transportation supervision and management system has been put into use in a sludge disposal company in Shenyang. Since its operation, there has been no loss or outflow of waste during transportation, which has improved the supervision and efficiency and played an immeasurable role in environmental protection. effect.
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