Waste recycling and sorting equipment-material sorting and processing equipment

Waste recycling and sorting equipment usually includes conveyor belts, automatic identification systems, sorting robotic arms and other parts. During operation, waste is placed on the conveyor belt. After detection by the automatic identification system, the identification system judges the material, shape, size and other characteristics of the items and quickly transmits the data to the sorting robotic arm. Subsequently, the robotic arm sorts and puts various types of waste into designated recycling bins according to the instructions received.

Through the operation of these equipment, not only can the efficiency of garbage disposal be improved and the processing cost be reduced, but also the pollution to the environment can be reduced and the recycling of resources can be promoted.

1. Conveyor belt system: The conveyor belt system of solid waste sorting equipment plays the role of garbage transportation and positioning.

It can send garbage into the sorting area of ​​the sorting equipment at a certain speed and direction, ensure that the garbage can be evenly distributed during the sorting process, and improve the efficiency of subsequent sorting work.

2. Sensor technology: Sensor technology plays a vital role in solid waste sorting equipment.

Through infrared sensors, laser sensors, X-ray sensors and other sensor technologies, the equipment can accurately identify and classify garbage, separate different types of garbage, and provide basic data for subsequent reuse and processing.

3. Robotic arm and sorting system: In the process of solid waste sorting, the robotic arm can replace manual sorting.

The robotic arm is highly flexible and accurate, and can complete a large amount of work in a short time, greatly improving the sorting efficiency.

4. Optical sensor: Optical sensor is used for automatic identification of garbage.

By scanning the color, shape and other characteristics of the garbage, the optical sensor can accurately determine which category the garbage belongs to, and transmit its information to the robotic arm for sorting.

5. Sorter: The sorter is part of the robotic arm, which is used to put the identified garbage into the corresponding garbage classification bin.

The sorter adjusts the position and strength of the gripper according to the category and characteristics of the garbage to ensure that the garbage is accurately placed in the designated location.

6. Garbage sorting system: This is the core of the entire set of garbage sorting equipment.

The garbage sorting system classifies and distributes garbage to different storage or processing areas based on feedback from optical sensors and other sensors.

The classification system uses advanced algorithms and models, which can be adjusted according to the garbage classification standards of different regions.

7. Data collection and processing system: Garbage sorting equipment can not only complete the task of garbage sorting, but also collect and process relevant data.

The data collection and processing system can record various information in the sorting process, such as garbage category, quantity and sorting accuracy.

It can accurately grab and sort garbage based on the information provided by sensor technology, and put recyclable garbage, hazardous garbage and other categories into corresponding containers, which improves the accuracy and efficiency of sorting.

The optical sorting system uses optical technology to identify and classify garbage, further improving the accuracy and speed of sorting.

In addition to the above-mentioned solid waste sorting equipment itself, their operation is inseparable from the intelligent control system.

These systems can monitor the operating status of the equipment, the sorting of garbage, and promptly detect and handle faults to ensure the stable operation of the equipment.

Waste recycling and sorting equipment is constantly improving in technology, using advanced artificial intelligence algorithms and machine learning technologies to achieve higher recognition accuracy and faster sorting speed. Statistics show that after the introduction of automated sorting equipment, the processing efficiency of waste treatment plants has increased by nearly 70%, and the classification error rate has also dropped significantly.